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Fuel Cell and Energy Storage Using Ion Conduction in Ceramics

update:2018-12-10
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Solid oxide fuel cell is a highly efficient power generation system operating at high temperatures using ion conducting ceramics. We conduct basic and multi-aspect research on the electrochemical and mechanical behaviors of the materials for further improving the efficiency, cost, and reliability of solid oxide fuel cells. We are also interested in the reverse operation of fuel cells which enables the storage of the electricity from renewable sources into hydrogen or methane, etc.

Researchers

Graduate School of Environmental Studies

KAWADA, Tatsuya , Professor
Doctor of Engineering

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