Обчислювальна модель для прогнозування корисної потужності паливного елементу протонообмінної мембрани

Автори:
1
Amirkabir university of technology (Tehran polytechnic), Department of energy engineering and physics
2
Department of Energy Engineering and Physics, Amirkabir University of Technology (Tehran Polytechnic)

Показано збільшення електричної енергії внаслідок збагачення киснем. З метою максималізації кількості кисню у всіх областях каталітичного шару (CL), для питомої ефективної площі мембрани (MEA) змодельовано поле потоку (FF). За розробленою моделлю 3DCFD спрогнозована швидкість приросту електричної енергії за підвищення кількості кисню в CL на 1 %. Змодельовано зволожену повітряну суміш на паливному елементі протонообмінної мембрани (PEMFC). Показано, що аналітичні та розрахунковий гідродинамічний метод дають подібні результати, а похибка моделі CFD становить приблизно 1,9 % порівняно з аналітичним методом.

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