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- Solid
Oxide Fuel Cells Introduction
ceramic fuel cells
fuel cell systems
fuel cell technology
fuel cells
high-temperature fuel cells
SFC
SFC systems
SFC technology
SOFC
SOFC systems
SOFC technology
solid oxide fuel cells
stationary fuel cells
tubular fuel cells
tubular SOFC
tubular SOFC technology
tubular solid oxide fuel cell
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Power Plants
Power Plants - Solid
Oxide Fuel Cells Introduction
Welcome to
...
... one of the world's leading specialists in
planning, construction and upgrades of power plants; development,
production and supply of components and systems; comprehensive plant
services, I&C solutions and energy management systems; fuel cells,
turbines, compressors and full-scope solutions for industrial plants, in
particular for the oil & gas business. With the acquisition of the Danish
company Bonus Energy we have also become one of the world's leading
vendors of wind energy systems.
ceramic fuel cells
fuel cell systems
fuel cell technology
fuel cells
high-temperature fuel cells
SFC
SFC systems
SFC technology
SOFC
SOFC systems
SOFC technology
solid oxide fuel cells
stationary fuel cells
tubular fuel cells
tubular SOFC
tubular SOFC technology
tubular solid oxide fuel cell
is the
world leader in SOFC. This is due largely to the unique tubular cell and
the simple design of the stack. The stack is cooled using process air, and
during normal operation consumes no external water. It also has integrated
thermally and hydraulically within its structure a natural gas reformer
that produces the hydrogen and carbon monoxide utilized by the cell. Also,
except during start up, no external heat source is needed.
Global in vision, Capabilities and
Performance - fuel cell technology - fuel cell systems
tubularsolidoxidefuelcell
tubularsolidoxidefuelcell
tubularsolidoxidefuelcell
tubularsolidoxidefuelcell
With the experience gained by a
total installed plant capacity of 607 GW (January 2002) we serve our
customers as a true partner - throughout the entire power plant life-cycle:
beginning with planning, project administration and project financing,
supply of products and systems, continuing through turnkey construction
and on to comprehensive service including plant operation and maintenance.
ceramic fuel cells
fuel cell technology
fuel cell systems
fuel cells
high-temperature fuel
cells
SFC
SFC systems
SFC technology
SOFC
SOFC systems
SOFC technology
solid oxide fuel cells
stationary fuel cells
tubular fuel cells
tubular SOFC
tubular SOFC technology
tubular solid oxide fuel
cell
tubular solid oxide fuel
cells
Products & Solutions for Enhanced
Competitiveness
In today's complex power market you need a partner who can provide you
with competitive solutions to improve customer plant profitability.
Solid Oxide Fuel Cells
Introduction
Solid Oxide Fuel Cells Introduction
Today there is tremendous interest in distributed because
it promises to be environmentally friendly and offers new ways to supply
cost-effective power in a competitive, deregulated marketplace.
Distributed energy sources also hold great promise in meeting increased
demand for higher quality, more reliable power.
And by its design, distributed generation can provide companies with
greater control over their power supply and opens the door to new methods
of producing power. Scaled for smaller plants, these methods can offer
more efficient use of natural resources and lower emissions.
For more than 40 years and Westinghouse have been
performing basic research and product development of an energy conversion
technology that is clean, highly efficient and ideal for providing high
quality power at small distributed sites. That technology is the solid
oxide fuel cell, or SOFC.
Westinghouse Power Corporation is developing tubular SOFC
technology with the support of the US Department of Energy's (DOE)
advanced fuel cell research program and by the German Ministry of
Economics and Labor (BMWA).
and Westinghouse have formed a new
business division, the Stationary Fuel Cells (SFC) division, dedicated to
completing the commercialization of solid oxide fuel cells. SFC is
currently in the pre-commercial phase of its business plan and expects to
have its first commercial product available in 2008.
Westinghouse tubular SOFC
technology
The Westinghouse solid
oxide fuel cell (SOFC) is made up of an electrolyte and two electrode
layers in a unique tubular design. This design eliminates the need for
seals required by other types of fuel cells, and also allows for thermal
expansion. In a tubular SOFC design, air flows through the interior of the
cell, and fuel flows on the outside of the cell. At elevated temperatures,
the oxygen in the air ionizes and the resulting ions flow through the
electrolyte and combine with the fuel on the cell's exterior. This is an
electrochemical reaction, so electrons are released. With proper
connections, they can flow through an external circuit as electricity.
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