CFDRC has developed state-of-the art simulation tools for
conceptualizing, analyzing, and optimizing the fundamental fuel cell components
and systems. Our staff has extensive experience using these tools to develop
new technologies by investigating:
- Voltage-current characteristics for fuel cells (polarization curves)
- Overpotential and loss mechanisms
- Temperature distribution and thermal stress
- Species concentrations and water management (liquid and vapor distributions)
- Effects of pressure, relative humidity, temperature, porosity, tortuosity
and catalyst loading
- Fuel manifold distribution in stack-level design
- And many other effects.
We are continually applying and improving our technology for analysis
and development of biofuel cells, Direct Methanol (DMFC), Solid
Oxide (SOFC), and Proton Exchange Membrane (PEMFC)
fuel cells. Follow the links for more information on how we can impact
design and operation of specific fuel types.
Plase contact us for more information
about our fuel cell modeling capabilities.
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