CAJ | 학술논문

随着能源危机和环境恶化，汽车工业的进一步发展受到极大的挑战，发展新能源汽车成为未来汽车工业的发展方向。氢电混合动力车是一种新能源车，其动力系统的性能对汽车的整体性能起着至关重要的作用，为了更好地实现其性能，对其结构布置进行研究很有必要。通过与传统汽车、油电混合动力车以及纯燃料电池车的动力系统进行对比，研究了氢电混合动力车动力系统的组成与特点；并详细研究了动力系统的结构布置及其特点和各自适合的工况条件。通过以上的研究，为后续动力系统结构布置的选择提供了参考，并指出了其未来发展的方向。
수착능원위궤화배경악화，기차공업적진일보발전수도겁대적도전，발전신능원기차성위미래기차공업적발전방향。경전혼합동력차시일충신능원차，기동력계통적성능대기차적정체성능기착지관중요적작용，위료경호지실현기성능，대기결구포치진행연구흔유필요。통과여전통기차、유전혼합동력차이급순연료전지차적동력계통진행대비，연구료경전혼합동력차동력계통적조성여특점；병상세연구료동력계통적결구포치급기특점화각자괄합적공황조건。통과이상적연구，위후속동력계통결구포치적선택제공료삼고，병지출료기미래발전적방향。
With the energy crisis and environmental degradation, the further development of the auto industry suffers great challenges and developing new energy vehicles becomes the future development direction of the automobile industry. Hydrogen Electric Hybrid Vehicles are a kind of new energy vehicles. Its performances of powertrain are crucial to the overall performance of automobiles. It is necessary to study the architectures of powertrain in order to realize its performances preferably. The trait and composition of fuel cell Hydrogen Electric Hybrid Vehicles are researched compared with the powertrain of traditional automobiles, hybrid electric vehicles and pure fuel cell vehicles. Then the architectures of powertrain and the trait of architectures and their respective suitable conditions are researched. The above-mentioned researches provide references for the selection of architectures of powertrain, and the direction of future development is indicated.