BeyWatch: Building EnergY WATCHer ICT for Energy Efficiency in Buildings 10th-11th December 2009 Ganesh Sauba & Alberto Muñoz Gallego Company's Logo Index Project Summary & Goals - What.
Download ReportTranscript BeyWatch: Building EnergY WATCHer ICT for Energy Efficiency in Buildings 10th-11th December 2009 Ganesh Sauba & Alberto Muñoz Gallego Company's Logo Index Project Summary & Goals - What.
Slide 1
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 2
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 3
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 4
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 5
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 6
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 7
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 8
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 9
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 10
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 11
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 12
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 13
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 14
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 15
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 16
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 17
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 18
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 19
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 20
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 2
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 3
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 4
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 5
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 6
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 7
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 8
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 9
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 10
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 11
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 12
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 13
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 14
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 15
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 16
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 17
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 18
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 19
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Slide 20
BeyWatch: Building EnergY WATCHer
ICT for Energy Efficiency in Buildings
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo
Index
Project Summary & Goals
- What is BeyWatch?
- Innovation areas & partners
- Main Project Goals
Relevant Innovation Activities
- Hierarchical Agent/Supervisor Architecture
- Agent & Supervisor Software Stack
- BeyWatch BSS Concept
Detailed & Quantified Objectives
- Qualified Objectives
- Smart Objectives
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
2
Company's
Logo
BeyWatch: Building EngergY WATCHer
Project Summary & Objectives
BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and
energy efficiency. It proposes an energy-aware and user-centric solution, able to provide
intelligent energy monitoring/control and power demand balancing at home/building &
neighbour level.
The system will:
A)
Interconnect legacy professional/ consumer electronic devices with a new generation of
energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling
will be applied (based on power demand, network conditions and personal preferences).
B)
Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water
and energy, which will be used at home or at peak hours fed to the electricity network.
The proposed system will function in a two layers hierarchy:
—
Micro-management plane: interactive monitor/control of all the devices in the home, and
RES power generation in order to achieve amortization of loads and peak suppression of
small-scale power consumption.
—
Medium-management plane: medium-level control and coordination of the energy
resources at larger geographical regions.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
3
Company's
Logo
BeyWatch: Building EngergY WATCHer
Innovation areas & partners
1
Intelligent energy-aware
white goods
Reduced energy
Consumption
2
Ultra low-cost in-home
communications
Power demand
balancing
3
Devices’ monitoring &
personalized control
Mutual beneficial
contracts
4
Hybrid Photovoltaic/
solar home system
Contribution to
standards
5
Modelling & control
of power distribution
in local areas
6
Business Support Systems
and new business models
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Contribution to
Energy & environmental
Sustainability EU vision
Reduced pollution &
CO2 emission
4
Company's
Logo
BeyWatch: Building EngergY WATCHer
Main Project Goals
Design ultra-low energy-consumption white-goods
Implement methods, techniques and services to reduce the power
consumption in smart/green homes/blocks/neighbours by intelligent
control of electrical devices
Generate hot water and electricity from RES at building level, leading
to further power savings and energy consumption/production
optimisation services
Elaborate business plans and BSS applications that will help the
users and the providers to reach beneficiary contracts
Motivate user’s awareness, towards less CO2 emissions on the
whole energy value chain (production, transportation, distribution,
supply) and cleaner environment.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
5
Company's
Logo
BeyWatch: Building EngergY WATCHer
Hierarchical Agent/Supervisor Architecture
Hierarchical Architecture
Service
Center
HPS/RES
Watcher
Supervisor
Green House with
legacy and ultra
energy efficient
white-goods &
appliances
Agent
Power
Distribution
Network
Home
Network
Personalized
Energy Control
User Profile
Network
Infrastructure
Energy efficient/
aware appliances
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Home
Network
Home
Network
6
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
Agent & Supervisor SW Stack
Service
Personalisation
User
Profiles
Plug & Play
Manager
Home Control &
Automation
Management
& UPnP
Network
Devices
AV & Voice
Applications
JVM & OSGi
Framework
Native Applications
System
Applications/
Bundles
Embedded
Operating
System
OS Kernel, Device Drivers, Networking Protocols
Home Automation Interfaces
LonWorks ZigBee
Home Power
Management
Home Network Interfaces
PLC Bluetooth IEEE 802.3
OA&M
Statistics
Downstream
PLC
Electricity
Control
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
Ethernet
xDSL
Neighbour Pow
Management
BSS
Network
Topology
WiFi
Access Interfaces
Native
Applications
System
Applications/
Bundles
JVM & OSGi
Framework
Embedded
Operating
System
OS Kernel, Device Drivers
Upstream
GPRS
FTTH
Low
Level
Drivers
Low
Level
Drivers
xDSL
7
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
BeyWatch BSS Concept
The User
CPS
BeyWatch
Agent
Aggregator/
BeyWatch Supervisor
Utility
CPS
The User
BeyWatch
Agent
CORE NETWORK
BSS
Aggregation Tools
CPS
The User
BeyWatch
Agent
Service Provider Stakeholder Telecommunication, Aggregator and Broker
Domain
Stakeholder Domain
User and Home installation Stakeholder
Domain
• Neighbourhood Energy Information
• Customer BSS interface & applications &
Billing Information
• User and Service provider management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
• Energy Meter
• Energy Consumption
• Energy Generation
8
Company's
Logo
BeyWatch: Building EngergY WATCHer
Relevant Innovation Activities
3rd party information
providers
Electricity
Network
Simulator
12 DB-access or file- 13 web service
(HTTP)
based or other nearreal-time
BeyWatch
Supervisor
11 HTTP
weather
prediction web
service
Electrical Utility Company
BeyWatch
Control Terminal
Billing / BackOffice
Utility
employee
10 web service
(HTTP)
9 web service (HTTP)
8 HTTP
BeyWatch M2M Architecture
Service Provider
BeyWatch Agent
1 ZigBee
2 ZigBee
Smart
Smart
Smart
Smart
Meter
Meter
Meter
Meter
Dish Washer
3 ZigBee
Washing Machine
4 ZigBee
Water Heater
5 WiFi
Refrigerator
7 proprietary
User Terminal
BeyWatch
home user
Home / Office / Outdoors
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
6 RS-232
Intelligent Meter
Home
9
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
1. Study and specify the energy consumption and power demand models taking into
consideration:
• Building/Domain type (i.e. house, office, hotel, hospital, etc)
• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)
• User needs and requirements as a function of the season/environment conditions.
• Consumption, preferences and modify the operational status of the device
• Special requirements for various domains (i.e. health-care, elderly people, outdoors
installations, etc)
2. Design and prototype three ultra-low power consumption white-products:
• Refrigerator (electronic controlled)
• Dishwasher and a washing machine (efficient management of hot water).
• Integrate “Watcher” functionality
3. Specify applicable services and develop the interconnection methods,
• the M2M interfaces
• the primitive-based communication.
4. Design and develop the BeyWatch “Agent” platform.
• Communicate with the various white-goods and energy-consuming devices
• Calculate and display in real-time, the instant energy-consumption of the
home/domain
• Remote control the energy aware devices
• Communicate with the BeyWatch Supervisor
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
10
Company's
Logo
BeyWatch: Building EngergY WATCHer
Qualified Objectives
5.
6.
Design and implement an intelligent user-oriented SW “Agent”.
•
OSGi-compatible open programming interfaces for personalised services creation and instantiation
•
Automatically capture/model user’s behaviour and preferences.
•
Utilise the user profile to control the white goods and energy-consumption devices.
Design and implement the BeyWatch “Supervisor” system.
•
Distributed system/platform for the management and control of energy consumption and power
demand at a local/square or urban geographical level.
•
Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns
•
Remotely control their consumption based on the network conditions, the electricity requirements
forecast and the customer contract.
7.
Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system.
•
Produce electrical energy and hot water for the house
•
Supply hot water to the energy-aware white goods
•
Communicate with eth BeyWatch Agent in order to act according to energy management rules
•
Feed the home and the public electricity network on peak hours.
8.
Study, analyse, evaluate and validate the results, as well as the conduction of case studies
and business models for the wider adoption of the platform and the proposed services.
•
Perform extended energy modelling and simulation on state of the art platforms and real
laboratories
•
Creation of flexible business models and shaping of a dynamic energy market.
9. Participate and contribute in standardization efforts, special guidelines and regulations for
the monitoring and control of energy consumption and power demand.
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
11
Company's
Logo
BeyWatch: Building EngergY WATCHer
Smart Objectives
Objective
Indicator
Trial
Fagor
24-hour/weekly measurements
Madrid/Paris
Ultra-low power consumption dish washer
Fagor
24-hour/weekly measurement
Madrid/Paris
Ultra-low power consumption refrigerator
Gorenje
24-hour/weekly measurement
Madrid/Paris
Machine-to-machine (M2M) interfaces
MOV
Inter-devices communication/
Control of legacy devices
Madrid/Paris
“Agent” Platform
Synelixis
Personalised remote-management of appliances
Madrid/Paris
“Supervisor” Platform
Synelixis
Electricity metering/remote control of urban areas
Madrid/Paris
Combined Photovoltaic/Solar system
UniPa
24-hour/weekly measurement of energy/hot water
Palermo/Par
is
Analysis/control of power distribution
Advantica
Measurements, statistical data & simulation analysis
Paris
Business Model SW
TID
Measurements, statistical data & simulation analysis
Madrid/Paris
Smart Home Demo
TID
In-home laboratory demo
Madrid
Integrated BeyWatch Demo
EDF
Integrated BeyWatch laboratory demo
Paris
Dissemination/Public Awareness
Sigma
Brochures, web site, workshops, exhibitions
Standardization Activities
Fagor
Follow/contribute to standards
Ultra-low power
machine
Leading
Partner
consumption
washing
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
12
Company's
Logo
BeyWatch: Building EngergY WATCHer
Consumption/Generation Model
Suite of Modelling Software made-up of:
SynerGEE Electric
• Network design and analysis tool
Forecaster
• Future demand based on history and prediction {including weather pattern}
Energy Models
• Data files for scenarios and input conditions to be adopted
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
13
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town
Loughborough
Contains a good mix of different energy user groups.
It is small enough to allow construction of an asset and
demand model which meets the requirements of the project.
Project staff has local knowledge of the area which benefits
the accuracy of the base model.
Good range of dwellings - both size and age
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
14
Company's
Logo
BeyWatch: Building EngergY WATCHer
Application
Single Dwelling
Street
Estate
Town
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
15
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Size
No. of Bedrooms
%
No. Implied
Bedsit
0.5
102
One
8.8
1790
Two
22.1
4496
Three
48.1
9785
Four
16.4
3336
Five or more
4.1
834
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
16
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Town – House Distribution by Age
Built Date
%
No. Implied
Before 1919
13.2
2685
1919 to 1944
16.1
3275
1945 to 1964
21.3
4333
1965 to 1990
21.9
4455
After 1990
19.1
3886
Unknown
8.4
1709
Total
100
20343
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
17
Company's
Logo
BeyWatch: Building EngergY WATCHer
Analysis Criteria
Take-up Rate
20%
50%
100% ( Eco-Town)
Scenarios
Appliance Selection
Frequency of Use
Energy Management
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
18
Company's
Logo
BeyWatch: Building EngergY WATCHer
Model Outcome
Customer Expected Savings
Comparison based on BeyWatch/non-BeyWatch System
• Financial
• Energy
• Environmental
Utilities/Service Providers
Benefits from local generation
•
•
•
•
Peak shavings
Multi-tariff management
Network loading
Reduction in network size (Eco-Town)
10h-11th December 2009 – ICT21 - EE
BeyWatch Consortium Proprietary
19
Company's
Logo
Thank You!
www.BeyWatch.eu
[email protected]
[email protected]
10th-11th December 2009
Ganesh Sauba & Alberto Muñoz Gallego
Company's
Logo