MARRA D

Abstract Previous studies at the plant scale have shown that thermal management is a crucial point in molten carbonate fuel cell operation optimisation. At the local scale, the principal mechanisms controlling the temperature map on the cell plane have been analysed and it has been shown that the fluid dynamics of the anodic and cathodic gases...

gas temperature of at least 855K is necessary to guarantee good ionic conduction inside the cells. Maximum local temperatures higher than 960K should be avoided because they can cause problems such as electrolyte loss and corrosion. The first limit can easily be managed, while the second can only be managed through taking many...

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