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A Heuristic Approach to Design and Analyze the Hybrid Electric Vehicle Powertrain and Energy Transmission Systems

机译:混合动力电动汽车动力总成和能量传输系统设计与分析的启发式方法

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The Hybrid Electric Vehicle (HEV) powertrain, and an efficient power conversion and energy transmission process, are significant factors to reduce conventional fuel consumption and vehicle gas emission. The scale of gas emission of an HEV depends on an efficient design process for the powertrain and an optimal energy management system. Therefore, this paper models an efficient powertrain and energy transmission process for both series and parallel HEVs, which can contribute to the emission reduction process. Different power conversion stages, energy transmission paths, emissions, and a systems response corresponding to the driver's profile are analyzed systematically. Finally, the emission of the proposed system is compared with the European standard of vehicle gas emission.
机译:混合动力电动汽车(HEV)的动力总成以及有效的动力转换和能量传输过程,是减少传统燃料消耗和减少汽车废气排放的重要因素。混合动力汽车的气体排放规模取决于动力总成的有效设计过程和最佳的能源管理系统。因此,本文对串联和并联混合动力电动汽车的有效动力总成和能量传输过程进行了建模,这可以有助于减少排放。系统地分析了不同的功率转换阶段,能量传输路径,排放以及与驾驶员档案相对应的系统响应。最后,将拟议系统的排放与欧洲车辆气体排放标准进行比较。

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