Transcript Maximize Efficiency!

Maximize Efficiency!
Solutions for sustainable, efficient
and comfortable buildings
Vesna Mikulovic,
Siemens Building Technologies,
Central and Eastern Europe
© Siemens Schweiz AG 2007
The World is Changing
Global Warming
Global Greenhouse Gas Emissions
Global average temperature
Industry (direct
primary energy
consumption)
22%
Industry (electricity)
11%
Buildings (electricity)
13%
0.7
0.5
40Gt CO2e
Forestry
14%
0.0
Agriculture/
waste
18%
-0.5
1850
1900
2000
1950
Transportation
14%
 Climate change and unpredictably
rising energy costs influence decision
making:
 Politics
 Industries
 Individuals
Rising Energy Costs
US$ / Barrel crude oil
Buildings (direct
primary energy
consumption)
8%
60
50
40
30
20
10
0
1960
1970
1980
1990
2000
2010
© by www.tecson.de
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 Buildings waste a lot of energy and
ewith unnecessary greenhouse gases
Maximize Efficiency!
© Siemens Schweiz AG 2009
Building Technologys / Construction
Scientific Facts about Buildings
40% of the world energy consumption*
21% of the global green house gas
emissions***
Industrie(Elektrizität)
Industry
(Primary energy)
Mobility
28%
Buildings
41%
11
22
13
Forrestry
%
14
Industry
31%
Agriculture
Waste
18
8
Buildings
(Electricity)
Buildings
(Primary energy)
14
Mobility/Transportation
Energy accounts for 40% of the building operation cost**
20%
Cost
Years 1 - 2
80%
2-5
Design / Build
20 - 40
0-1
Operate & maintain, renovate & revitalize
*International Energy Association, auf weltweiter Basis, im Jahr 2002 / ** Dena Congress, Berlin, 2008 / *** „Global Mapping of Greenhouse Gas Abatement Opportunities up to 2030”,
Building Sector deep dive, June 2007, Vattenfall AB, basiert auf Information von IEA, 2002, % der weltweiten Treibhausgasemissionen; Total 40 Gt CO2e
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Deconstr.
© Siemens Schweiz AG 2009
Building Technologys / Construction
Green Buildings initially cost more
but are cheaper in operation
Goverment and NGOs take Action
Stakeholder
Investors
 New building codes and regulation
Often do not pay the energy bill and have
little incentive to promote energy efficiency
 Establishment of green building
labels
Architects
 LEED, GreenBuilding, BREAM,
Minergie, Passivhaus etc.
set their focus more on esthetics and tradition
than on sustainability and operational
excellence
General contractors
Are interested in fulfilling the specifications
with the least amount of money
(initial cost focus)
Planning offices
do not have a real incentive to promote
green buildings
Energy savings alone make green building cost effective. Energy
savings alone outweigh the initial cost premium in most green buildings.
The present value of 20 years of energy savings in a typical green office
ranges from $7/sf (certified) to $14/sf (platinum), more than the average
additional cost of $3 to $8 per square feet for building green.
Source: Good Energys “Landmark International Green Building Study Finds Benefits of Building
Green Outweigh Cost Premium”; Does Green Pay Off? By Norm Miller, Jay Spivey and
Andy Florance1 Draft date Nov. 19, 2007
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© Siemens Schweiz AG 2009
Building Technologys / Construction
Sustainable Energy Efficiency is achieved by a holistic
approach
 correct order &
holistic approach 
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
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Building envelope
Energy supply
Energy distribution
Heating, Airconditioning,
Air quality: Comfort +
Health
Lighting
Water
Building automation
User motivation
Operational staff
Energy management
Maintenance
30-40% Energy savings can be sustainable realized!
Quelle: Dena Congress, Berlin, 2008
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© Siemens Schweiz AG 2009
Building Technologys / Construction
The Influence of Building Automation
to the Overall Energy Efficiency of Buildings
Efficiency classes of building automation control systems (EN 15232)
A: High energy performance BACS and TBM
A
• Networked room automation, automatic demand control
• Scheduled maintenance and energy monitoring
• Sustainable energy optimization
B: Advanced BACS, specific TBM functions
B
• Networked room automation, no automatic demand control
• Energy monitoring
C: Standard BACS (today’s installed base)
• Networked building automation of primary plants
C
• No el. room automation, thermostatic valves for radiators
• No energy monitoring
D: Non energy efficient BACS
D
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• No networked building automation functions
• No el. room automation
• No energy monitoring
March 2011
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© Siemens Schweiz AG 2009
Building Technologys / Construction
EN 15232:
Efficiency Factors For Different Building Types
Thermal Energy
Electrical Energy
Classes
D
C
B
A
D
C
B
A
Offices
1,51
1
0,80
0,70
1,10
1
0,93
0,87
Lecture halls
1,24
1
0,75
0,50
1,06
1
0,94
0,89
Educational buildings
(schools)
1,20
1
0,88
0,80
1,07
1
0,93
0,86
Hospitals
1,31
1
0,91
0,86
1,05
1
0,98
0,96
Hotels
1,31
1
0,85
0,68
1,07
1
0,95
0,90
Restaurants
1,23
1
0,77
0,68
1,04
1
0,96
0,92
Wholesale and retail
buildings
1,56
1
0,73
0,60
1,08
1
0,95
0,91
Residential buildings
1,10
1
0,88
0,81
1,08
1
0,93
0,92
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Building Technologys / Construction
Comprehensive Energy Management
 Coordinating All Systems Levels
Management Station
 Data archiving and evaluation
 Energy Consumption Controlc
Metering
Data
Coordination Energy Production / Distribution / Consumption
Primary Air Plant
Meters
Energy Production
And Distribution
Integrated
Room
Automation
Coordination of Primary Air
and Room Automation
© Siemens Schweiz AG 2009
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Building Technologys / Construction
We also help you “Talk-the-Walk"
Green Building Monitor™
 The Siemens solution to inform building
users about actual sustainability initiatives
and achievements
 Motivation of building users to contribute in
their daily life
 Clarify impact of personal behavior
 Tips how individuals may contribute
 Window for building operators to
demonstrate their performance
 Possibility to include further information,
such as weather forecast or stock prices
Green Building Monitor™ at the
Siemens Building Technologies
Division Headquarters in Zug, CH
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Building Technologys / Construction
Advantage Operation Centers (AOCs)
 Efficient remote access
 Remote commissioning
 Event handling (proactive services)
 Secure remote access (reactive
services)
 Energy monitoring and analysis
 Performance assurance
 Activity tracking and documentation
Ensure optimum performance throughout the building life cycle
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Building Technologys / Construction
Technology
Sustainability through Energy Management
Energy consumption in buildings
1. Precondition:
Components with high efficiency
Envelope and energy consumers
2. Orchestrating the technical
equipment
Energy management systems coordinate
the energy consumption and generation
in buildings
3. Energy monitoring as process
Continuous commissioning and
controlling sustain the efficiency
No BMS
100%
90%
BMS without
energy monitoring
80%
BMS with
energy monitoring
70%
BMS with
efficiency
measures
60%
time
4. Continuous improvement
With a high system transparency it is
easy to identify economical mornization
steps at an early point in time
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Sustainable efficiency means
continuous optimization!
© Siemens Schweiz AG 2009
Building Technologys / Construction
SMART Buildings
 Smart Design – Holistic Approach
 Smart Communication Infrastructure – Building Technologies
 Smart Real-time Monitoring
 Smart Operation
 Smart Users – User Motivation
Green buildings have to be smart
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© Siemens Schweiz AG 2009
Building Technologys / Construction
Picture of the future SMART Buildings
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© Siemens Schweiz AG 2009
Building Technologys / Construction
Energy & Environmental Solutions & Services:
Achievements worldwide

300 Mio EUR turnover/year

310 employees worldwide

Above~1’900 realized energy projects since 1994

Energy Savings ~1.5 Billion EURO during the 10
years saving period

CO2 Savings for all realized projects from
~2.45 Mio. tons CO2 per year
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Building Technologys / Construction
Short Introduction of the Center of Competence “Life Cycle
Management” Central Eastern Europe (LCM CoC CEE)
 Energy Optimization implemented in more than 200
buildings
 >40 Mio. EUR contract volume
 >4 Mio. EUR guaranteed savings/year
 Member of Main Association for Energy Contracting
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Building Technologys / Construction
Referencea - Design & Build :
LEED Platinum Rating, 60% energy savings
Sierra Nevada College (USA)
 Research and public education center
 5,000 m2
Siemens Solutions
 Monitoring and control of:
 Indoor air quality
 Rainwater filtration system
 Solar domestic hot-water system
 Cogeneration heat recovery
 Thermal storage
 High-accuracy sensors
 Chilled water production
Achievements
 LEED Platinum building including a
LEED Platinum laboratory
 60% energy savings over ASHRAE 90.1
 65% water savings over traditional automation
systems
 7% higher upfront cost pay back in 15 years
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© Siemens Schweiz AG 2009
Building Technologys / Construction
Reference Design & Build:
Süddeutsche Zeitung München
 Total Building Solution:
 800 rooms, 2’000 compartments
 60’000 data points
 For variable use all rooms can be
controlled by a LON room automation
solution
 Room occupants (2’000) control /
optimize room comfort directly from
their office workstations over a web
based interface:
 Ambient light dependent
dimmable lights (Dali)
 Blinds
 Fan coil units
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© Siemens Schweiz AG 2009
Building Technologys / Construction
Reference Design & Build:
Crown Plaza, Copenhagen Towers: EU Green Building
4-star Hotel with 366 rooms:
 Completely CO2 neutral without
compromising on quality and comfort
 Low-energy appliances and lighting
 First groundwater-based cooling and
heating system in Denmark reduce
the energy consumption by almost
90%
 All sunny surfaces covered with ultra
thin and high technology solar panels
(170,000 kWh power on a yearly
basis)
 Demand control through integration of
room reservation system
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Building Technologys / Construction
Reference Design & Build:
University Campus Rijeka, Croatia
University Campus Rijeka, Croatia
 Research and public education center
 23,4 ha
Siemens Solutions
 Monitoring and control of:
 Mechanical equipment
 Electrical equipment
 Metering concept
 Energy monitoring & control
 Cogeneration plant for the whole campus
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Building Technologys / Construction
Reference – Operation and maintenance
30% energy savings
Borås Schools (Sweden)
 Two schools (Erikslund and Komvux)
 1,100 students
 12,500 m2
Advantage™ Services (BPO)
 Joint development and realization of an
optimization plan with customer
 Training of the technical staff on site
 Establishment of an ongoing optimization
process
Achievements
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30% district heat savings within 2 years
8% electric power savings
22% water consumption savings
Reduction of 824,000 kg CO2 per year
Payback time of only a few months
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Building Technologys / Construction
Reference – Operation and maintenance
28% energy savings
Universität der Künste Berlin
(Germany)
 Built 1880-1975
 98,700 m2
Energy Savings Performance
Contracting
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HVAC equipment and distribution
Hot water processing
Lighting
Building automation system
Achievements
 28% energy savings (4,870 MWh/a)
 1,180 t CO2 per year
 GreenBuilding Partner
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Building Technologys / Construction
Reference – Operation and maintenance
6-8% energy savings
Branimir centar, Zagreb
 Built 2003.
 44,000 m2
 Cinema Center, Hotel Arcotel,
Offices, Shops, Restaurants
Energy Optimization Services
Contract
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Metering system
Energy monitoring
Energy Analysis
Energy Optimization
Achievements
 6-8% energy savings
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Building Technologys / Construction
Reference Design & Build:
Siemens Gebze Facilities, TR: LEED Gold
 First green building certificate
(LEED Gold) of Turkey.
 Healthy environment for its
employees
 Efficient usage of natural
resources (and money):
 25 percent energy saving
through innovative systems in
applications such as lighting,
heating, cooling and
ventilation
 50 percent water saving in
buildings with usage of
batteries with sensors and
collection and revaluation of
rain water.
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Maximize Efficiency!
© Siemens Schweiz AG 2009
Building Technologys / Construction
Thank you for your attention!
Contact:
Vesna Mikulovic
Business Developer
Siemens Building Technologies
LCM CoC CEE
E-Mail: [email protected]