摘要
混合动力汽车可以通过协调不同的动力来源和回收制动能量来满足电力需求,从而优化能源使用效率和汽车行驶性能。首先对串联式、并联式和混联式这三种混合动力汽车动力系统结构进行了深入分析,接着讨论了能量管理策略,最后研究了制动能量回收和能量计算,以及制动回收能量结构与流程和影响能量回收的因素。希望为后续从事相关工作的研究者做出参考贡献。
Hybrid vehicles can optimize energy efficiency and vehicle driving performance by coordinating different power sources and recovering braking energy to meet the demand for electricity.Firstly,the power system structure of series-type,parallel-type and hybrid hybrid electric vehicles was deeply analyzed,and then the energy management strategy was discussed.Finally,the braking energy recovery and energy calculation,as well as the structure and process of braking energy recovery and the factors affecting the energy recovery were studied.It is hoped to make reference contribution to the subsequent researchers engaged in related work.
作者
崔建锋
安永峰
CUI Jianfeng;AN Yongfeng(Zhengzhou Institute of Aviation Industry Management,Zhengzhou 451200,China)
出处
《微电机》
2024年第10期62-67,76,共7页
Micromotors
关键词
混合动力汽车
动力系统结构
能量管理策略
制动能量回收
hybrid electric vehicle
power system structure
energy management strategy
braking energy recovery
