Abstract
This work focusses on the optimal sizing analyses of embedded hydrogen system including metal hydride (MH) hydrogen storage tank and proton-exchange-membrane (PEM) fuel cell. Since PEM fuel cell and MH tank are thermally coupled and heat exchange control is necessary for energy efficient improvement and life span extending. The influence of heat exchange on the dynamic response and performance of hydrogen system is analyzed, and the size of MH hydrogen storage device and PEM fuel cell which meet the power load requirement is designed. As a result, with an active thermal management system, the optimized size of hydrogen system is determined.
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