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Analysis of HEV components efficiency on fuel economy

机译:燃油经济性HEV部件效率分析

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A simulation has been developed at the Japan Automobile Research Institute to predict the fuel economy of HEVs, which are currently being developed in the advanced clean energy vehicle research and development project of MITI/NEDO (ACE Project). The ACE Project includes six types of HEV. The effect of hybrid components efficiency on fuel economy was evaluated by sensitivity coefficient. The results show that the fuel economy of HEVs can improve that of the base vehicle by two times. The sensitivity coefficient of the battery is largest in the FCEV, while that of the motor is largest in the series or series/parallel HEVs.
机译:日本汽车研究所开发了一种模拟,以预测HEV的燃油经济性,目前正在MITI / NEDO(ACE项目)的先进清洁能源汽车研发项目中开发。 ACE项目包括六种类型的HEV。通过灵敏度系数评价混合分量效率对燃料经济性的影响。结果表明,HEV的燃料经济性可以通过两次提高基础车辆的燃料经济性。电池的灵敏度系数在FCEV中最大,而电机的串联或串联/并行HEV在电动机中最大。

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