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Solid Oxide Fuel Cell History

photo of solid oxide fuel cell bundle, 1999.

"1.5-meter solid oxide fuel cells bundle, Westinghouse"
 
Image from the National Energy Technology Laboratory

The following excerpt is from the Federal Energy Project Center's sheet "Project Facts: Solid Oxide Fuel Cell Project."

"The solid oxide concept uses ceramics, which requires the SOFCs to operate at higher temperatures than other fuel cells. The high exhaust temperature and pressurization potential of the Siemens Westinghouse design make it particularly suited for combined cycles and high efficiencies, producing more energy per unit of fuel and far less carbon dioxide (a greenhouse gas).

"Siemens Westinghouse cell configuration is a tube composed of multiple ceramic layers bonded together. Multiple tubes link to form bundles; bundles link to form sub-modules for small power systems; and submodules link to form a generator module for larger power plants."

If you have information about this fuel cell image, or SOFC technology in general, please fill out the Collecting History questionnaire accessible through the link at the top of the previous page.
 

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