Transcript LSZ Branchenkonferenz Energiewirtschaft Wien 12.04.2012

Smart metering in Europe
Challenges and key learnings
based on actual Meter Rollouts
Dr. Wolfgang Domann
Senior Vice President Energy&Utilities CEE
14-11-2012
Your
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Powering progress
Smart
energy.technologists.
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©
© Confidential
Confidential
22-Feb-2012 | Jacques Martin | India Smart Grid Forum
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17/07/2015
Atos the
global powerhouse
▶ Annual revenues
of € 8,5 billion 2012
▶ Almost 78,000 business
technologists worldwide
in more 48 countries
▶ Worldwide headquarters
in Bezons / Paris, France
Number of employees by country
2
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The New Atos
we’re not just technologists – we’re business technologists
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Smart Metering and Smart Grid
references
17/07/2015
Alliander (Netherlands) hardware
Security POC for end to end AMM – from
2011
Greenlys (France) Smart Grid R&D project
(ASGS) – from 2012
Linky: ERDF (France) Smart Grid
functions – from 2010
Umetriq (Germany) – Meter to Cash
800.000 metering points for electricity,
gas, water, heat from 2010
Linky: ERDF (France) AMM for 35 Million
residential meters – from 2008
2010-2011 300 0000 meters Pilot 2012:
beginning of massive roll out
EnBW ODR (Germany)– from 2011 –
Meter to Cash 250.000 metering points
SAR: ERDF (France) AMM for 500 000 C&I
meters – from 2000 (currently in
maintenance)
Montenegro roll out solution (MRA) –
from 2011
VICTOR: GRTGaz (France) Metering Data
Reference Platform from 2005 (currently
in maintenance)
Shenzhen (China) AMM for 130000
meters (ASGS) – from 2011
DPSCL (India) Meter to Cash with AMR
for 545 HV consumers – 2011
LUC: Storengy (France) Underground
storage Metering Data Data Reference
DB from 2008 (currently in maintenance)
A2A I(taly) AMM for 940 000 residential
meters + C&I and gaz meters + MRA –
from 2006 to 2010
ENDESA (Spain) AMM for 17000 meters –
from 2005 to 2008
Dolomiti Energie (Italy) for 390 000
residential meters + MRA – from 2008 to
2010
OpenNode (Spain) Smart Grid EU R&D
project – from 2010
Smart Metering
Smart Grid
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Smart Grid Challenges:
Network management relies on 3 major Pillars
Distribution Network Management will be impacted
dramatically due to:
▶ Distributed Generation development
▶ Non permanent character of Wind Farms and
Photovoltaic panels
▶ Electrical Vehicles load
SCADA
DMS
Impacts covers:
▶
▶
▶
▶
▶
▶
Sizing of Transformers and cables (risk of overload)
Load balancing at Distribution level
Energy fluctuation
Energy storage management
Load control
Feeder voltage peaks
AMI
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Smart
grid
GIS
Major expectations of Smart metering 17/07/2015
is to support the 20/20/20 targets in Europe
▶ To reduce emissions of greenhouse gases by 20% by 2020.
▶ To increase energy efficiency to save 20% of EU energy
consumption by 2020.
▶ To reach 20% of renewable energy in the total energy
consumption in the EU by 2020.
Expected Benefits of Smart Grid/Meter
Infrastructure in the Distribution Network:
▶ Support renewable power generation Cope with non permanent character of
Wind Farms and Photovoltaic panels
▶ Electrical Vehicles load
▶ Load and peak load management
▶ Improve network operations & services
▶ Improve energy efficiency at consumers
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Legal basis for smart metering
Rollout in Europe
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▶ Third Legislative Package for Electricity (2009/72/EC) and Gas
(2009/73/EC) – Installation by 2020
– optimize the use of electricity, by providing energy management services, developing
innovative pricing formulas, or introducing intelligent metering systems or smart grids.
– where roll-out of smart meters is assessed positively, at least 80 % of consumers must
be equipped with intelligent metering systems by 2020,
– those metering systems must be interoperable at a national level and use appropriate
standards.
▶ Energy End-use Efficiency and Energy Services Directive
(2006/32/EC) – cost reflective tariffs
– Customers are provided with competitively priced individual meters that accurately
reflect their actual energy consumption and that provide information on actual time of
use;
– Billing is based on actual energy consumption, is performed frequently enough to enable
customers to regulate their own energy consumption and is presented in clear and
understandable terms.
▶ Security of Supply Directive (2005/32/EC) 2006/32/EC or 2005/89/EC–
advanced metering systems
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Update on
Energy Efficiency Directive
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On 25 October 2012, the EU adopted the Directive 2012/27/EU on energy
efficiency.
▶ This Directive establishes a common framework of measures for the promotion of energy
efficiency to ensure the achievement of the Union’s 2020 20 % target on energy efficiency
and to pave the way for further energy efficiency improvements beyond that date.
▶ It lays down rules designed to remove barriers in the energy market and overcome market
failures that impede efficiency in the supply and use of energy, and provides for the
establishment of indicative national energy efficiency targets for 2020.
http://ec.europa.eu/energy/efficiency/eed/eed_en.htm
▶ Main relevant topics:
– Mandatory targets for energy
saving and increased energy efficiency
– Increased usage smart metering
– Make use of technology to help the
customers to monitor their
energy consumption and help them to save energy
EC Recommendation for the roll-out
http://ses.jrc.ec.europa.eu/
http://eur-lex.europa.eu/LexUriServ/LexUriServ.do?uri=CELEX:32012H0148:EN:NOT
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The way forward from European
Commission point of view
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▶ EU policy drivers demand new requirements in energy supply and retail
markets:
– Future energy supply scheme will dramatically change to a decentralized mix and active
customer
– Increase flexibility for customers needs and increased quality of supply
– Appropriate incentives necessary
– Matching two worlds: Energy and ICT Telco
– Exploitation the Potential of demand response
▶ The advent of “smartness” calls for a revision
of the market model and the options for
existing, viable business models and
consumer services in the energy sector –
a consumer centered vision is coming up
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EC Recommendation for
Common minimum functionalities
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Manuel Sánzches, PHD, Smart grid Team Leader, European Commission, DG Energy
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Levels of implementation of
Smart Metering in European countries
Source: Geert-Jan Van der Zanden, GTM research
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Possible smart meter architecures
– Independent from HW vendors
– Homogenous system
– Lowest TCO
– Interchangeability of all HW comp.
Meters
Vendor A
Meters
Vendor A
Meters
Vendor B
Meters
Vendor B
Meters
Vendor A
Smart Concentrators
Vendor A,B,C
▶ Interoperability through open
standards
Meters
Vendor A
Concentrators
Vendor B
– High operation fee
Meters
Vendor A
Concentrators
Vendor A
▶ Different vendors connected to one
Universal Head End (UHE)
– Independent from HW vendors
– Complex architecture
– Complex processes
Concentrators
Vendor A
▶ Everything from one vendor
– Homogenous system
– High dependency on one vendor
– High TCO
Meters
Vendor B
Meters
Vendor B
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Head End
Vendor A
Central
Information
System
Head End
Vendor A
Adapter for
Vendor B, C
Central
Information
System
Universal
Head End
Vendor
independent
Central
Information
System
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Linky, a simple and robust
architecture
= System Integrator responsible for the full value
chain
Meter
LAN = PLC
Data
Concentrator
WAN = GPRS
(mainly)
DSO
Meter CIS
Central
Information
systems
Customer
LV network
MV / LV
Secondary
Substation
Telco
network
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Control room
Suppliers
Key learnings of the Linky project
in France - Interoperability
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Project
Key Learnings
▶ Implementation of a Smart Metering
System with 200k meters in the city of
Lyon and 100k meters in the rural area of
Tourraine
▶ The central information system is key to
support all processes from the day when
the first meter is going to be installed!
▶ Technical operation of the HW in the field
is challenging and complex. Additional
tools are needed to manage the field
rollout properly
▶ Interoperability and Interchangeability are
key to reduce costs in purchasing and in
operation
Scope
Atos is Prime Contractor of Smart Metering
project deployment in charge of:
▶ Central Information System (scalable up
to 35 million meters)
▶ Design of Smart Concentrator, Single
Software for Data Concentrator
▶ WAN and M2M solution as a service
managing 3 GPRS Telco’s
▶ PLC open specifications
▶ Interoperability laboratory
▶ End-to-end security
100,000 meters
2500 Concentrators
100,000 meters
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100,000 meters
2500 Concentrators
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Key learnings of the Smart meter
projects in Italy – Multi Client Software
Project
Key Learnings
▶ Implementation of Central Information
System to support the meter rollout and
to provide the collection and Management
of meter data for 3 mio. meters
(residential and C&I electricity and gas) in
the North of Italy
▶ The Meter rollout requires very detailed
Workflow Engine to support the process,
optimize the subcontractors and
performance of fitters and reduce the cost
▶ One Universal head end can be used to
integrate different protocols
▶ Multi-Utility approach with additional
processes for gas can be managed in one
system
▶ Sharing one system in a private cloud is
possible, using the same software
functionality in several instances for more
than 30 large and small Utilities
Scope
E-utile developed and operates the
▶ Central Information System: Universal
head end, Automated Meter Management
and Meter data management for 30
Utilities, Integration with SAP
▶ Meter Rollout Accelerator to support
Rollout and Field Operation
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The Linky business case
at ERDF in France
Benefits for
the society
Linky « straight »
ERDF business
0
(EV, renewables,
services, …)
IS & others
Asset management
Performance of
interventions
purchase
installation
Non technical
losses
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The major cost leavers
for Smart Metering rollouts are
▶ Standardization in the field leads to
– Low HW costs due to competition of vendors
– Low operations costs due to the focus of
knowledge in operation
▶ Low communication cost
– intelligent mix of PLC ( Prime, G3 ), wired
radio, IP over Internet and GPRS tariffs
limit the communication cost
▶ Automation in Deployment
– Special Contract and Workforcemanagement
process can reduce the deployment costs
by half – Meter Replacement Accelerator
▶ Central operation wherever possible
– Central communication platform for the whole
country like UK
– Central information system AMM and MDM
for the whole country like France
– Central steering of field management:
system monitoring for incidents and events,
steering of field intervention
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Our offering
ASGS – Atos Smart Grid Suite
Central Information System
(CIS)
Advanced Meter
Infrastructure
Customer
IT environment
Portal
Meter Data
Management
BPM
Orchestration
Enterprise
Service Bus
Supervision
Alert&Eventmanagement
Administration /
Reporting
Assetmanagement
Fraud&Loss
Meter Rollout
Accelerator
Prepayment
optional
Testlab
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MDUS, Web
Services, others
e2e Security
Concentrator/
Smart Grid Node
AMM/Universal
Head End
Smart Grid – Integrated Architecture
With Smart Concentrators
SCAD
A
DMS
GIS
Smart
grid
AMI
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CIM Objects
ASGS
GIS
SI Communication
Scada
61850 protocole
Cosem/DLMS
Cosem/DLMS
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DMS
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Real-time intelligence for the
power industry
▶ A Smarter Grid needs full interaction between all stakeholders
Transformation Solutions
▶Marketplace
Wholesale and Retail
Advanced Smart Billing
Fraud & Loss
Loyalty programs
DG and Distributed Storage
Physical Dispatching
HV SCADA EMS
MWFM
Home Energy
Management
OMS
Smart Grid
DSM
EAM
QoS
EV
GIS
Advanced Distribution Automation
Physical Dispatching
MV SCADA Advanced DMS
Smart
Metering
AMI
Predictive
Maintenance
Instrumentation
and Control
Long-Term Service
Maintenance
Simulation
Global Optimization
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Green IT Solutions
End-to-End Security
Self-Healing Network
CRM
Thank you
Atos IT Solutions and Services GmbH
Dr. Wolfgang Domann Tel: +43 676 3636600
Siemensstraße 92
A-1210 Wien
[email protected]
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Atos Cloud and Atos WorldGrid
are registered trademarks of Atos SA. June 2011
© 2011 Atos. Confidential information owned by Atos, to be used by
the recipient only. This document, or any part of it, may not be
reproduced, copied, circulated and/or distributed nor quoted without
prior written approval from Atos.
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