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Study on fuel cell performance and optimization of fuel cell electric vehicle systems by driving simulation

机译:通过驾驶模拟研究燃料电池性能和燃料电池电动汽车系统的优化研究

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The objective of this study was to estimate the optimization of fuel cell electric vehicle Systems by the driving simulation that we developed. The results of the driving simulation showed the power of fuel cell, battery and motor is 12, 18 and 15kW at the condition of 10-15 mode of the minimum fuel consumption. The fuel consumption of the series FCEV was more than the parallel FCEV because of the heavy vehicle weight of the series compared to the parallel. The numerical analysis showed that the FCEV performance is affected by the regenerative brake and the fuel consumption of the FCEV with the regenerative brake systems is 23% more than without them.
机译:本研究的目的是通过我们开发的驾驶模拟来估计燃料电池电动车辆系统的优化。驾驶仿真的结果显示燃料电池,电池和电动机的功率为12,18和15kW,条件为10-15模式的最小燃料消耗。由于序列的重量与平行相比,FCEV的燃料消耗量大于并联FCEV。数值分析表明,FCEV性能受再生制动的影响,并且使用再生制动系统的FCEV的燃料消耗量比没有它们的23%。

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