Transcript MTU CFC Solutions

MTU CFC Solutions
Fuel Cell Technology for Buildings
MTU CFC Solutions
Torsten Bardewyck
The Company
DaimlerChrysler AG
Off-Highway
18 %
82 %
MTU Friedrichshafen
MTU CFC Solutions
RWE Fuel Cells
Fuel Cell Energy
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hotmodule® the product at a glance
No pollutants;
30-50% less
CO2 per kWhel
Integrated system for
distributed CHP
and tri-generation
Performance:
250 kW electrical
180 kW thermal
Total efficiency: > 90 %
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Hydrogen generation
by internal reforming
Use of natural gas,
residual gas and
biomass fuels
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High Performance
Electrical Efficiency (%)
70
60
hotmodule
 Today: ∽ 47%el
Target: > 50%el
Combined cycle
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Diesel and Gas
piston engines
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 Best in class of
250 kW units
Gasturbine
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 Superior to Conventional
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Solutions
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0
1
0,1
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100
1000
Typical Plant Performance MW
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Load Profile Diagram
Integration of
absorption chiller
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12 Month continuous operation
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Fuel Flexibility
Natural Gas
Sewage Gas
Biogas
hotmodule
Landfill Gas
Coal Mine Gas
Methanol
Coal Gas
Residual Gas
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HotModule Plants in Germany
Hamburg (2005)
Ahlen
(2005)
Bielefeld
16.000 h
21.800 h
Essen
Bad Berka
RHÖN-KLINIKUM AG
14.000 h
Grünstadt
Bad Neustadt
21.200 h
Spain/
Cartagena
Karlsruhe
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3.700h
19.000h
11.750 h
Krefeld (2004)
17. 800h
Berlin
Magdeburg
16.200h
Total operating hours:
>160.000 h
17.650 h
Munich
7 Projects funded by the ZIP
of the German Government
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IPF – Hospital in Magdeburg
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IPF – Hospital in Magdeburg
• Safe and clean
power generation
• No noise or vibrations
• Steam generation for
sterilization (CHP)
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Telecom – in Munich
• Back-up and premium power generation
• Direct current (DC) generation for
telecommunication and IT
• Efficient use of waste heat for
conditioning in summer
air
© DeTeImmobilien
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HafenCity – in Hamburg
• Onsite (distributed) power
generation
• Incremental growth according
to demand
• District heating & cooling
Fuel Cell CHP
(2005)
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CHP
CHP
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Wastewater Treatment Plant in Ahlen
hot
• Using renewable resources
• Higher efficiency than conventional
technologies
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Status 04.2005
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Fuel Cell Technology for Buildings
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hotmodule® plants worldwide
Fuel Cell Energy / USA
Coast Guard – CHP, barracks
Sheraton (2) – CHP, hotels
Ocean County College – CHP, university
Yale University – CHP, university
Zoot Enterprises (2) – reliability for critical load
Harrisburg Coal Mine – power from coal mine emissions
DFC/T (2) – Vision 21 combined cycle
Mercedes – power for general load
LADWP – power for office headquarters
LADWP – CHP, WWT
Grand Valley State University – CHP, university
Navy – land-based marine diesel application
AMP-Ohio – utility-scale grid support at substation
CAT Tech Center – grid-connected, training for engineers &
dealers
USCG Cape Cod – CHP,
Edison – CHP,
Parsippany – CHP
Yale - CHP
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MTU/Germany
University of Bielefeld – CHP, hospital
Rhon-Klinikum – CHP, hospital
RWE – CHP, energy park
IZAR – power, ship-builder
Deutsche Telecom – DC backup, telecom
EnBW/Michelin – electricity/steam, manufacturing
IPF Magdeburg – CHP, medical clinic
Gruenstadt Clinic/Pfalzwerke – CHP, medical clinic
Bad Berka – CHP, hospital
Vattenval Europe Berlin – CHP, bi-fuel
RWE Krefeld – CHP – housing
RWE Ahlen (2005) – Biogas CHP
Vattenval Europe Hamburg (2005) - CHP
Marubeni / Japan
Kirin Brewery – CHP, industrial
WWT
City of Fukuoka – CHP, municipal
WWT
Nippon Metal – CHP, natural gas
Epson 1 + 2
- CHP, natural
gas
Japex – CHP, natural gas
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