文档介绍：电动汽车概论课程报告---- 混合动力汽车关键技术电动汽车概论课程报告 1 摘要混合动力电动汽车( HEV )的核心是混合动力驱动系统。 HEV 系统具有高度的复杂性, 混合动力系统设计的关键是系统结构的选择、整车能量管理策略的开发和系统参数的确定。功率分配是系统能量管理策略研究的关键, 随着研究的深人, 自适应控制、模糊逻辑控制、神经元网络控制等方法也得到了有效的运用。文中对子系统的关键技术及整车试验方法和评价体系的建立等方面进行了讨论. 关键词:混合电动汽车电池管理驱动系统逆变器电动汽车概论课程报告 2 ABSTRACT Hybrid electric vehicle (HEV) isthe core ofthe hybrid drive system. HEV system with plexity, hybrid system design isthe key tothe choice of the structure ofthe system, the vehicle energy management strategy of development and the system ofparameters. Power allocation system energy management strategy isthe key. With the deep research, adaptive control, fuzzy logic control, work control method isalso effectively used. Inthis paper, the technology and subsidiary system vehicle test method and evaluation system ofthe establishment are discussed inthe paper. Key words :Hybrid electric vehicle battery management drive system inverter 电动汽车概论课程报告目录 1绪论..................................................................................................................................... 1 课题研究背景............................................................................................................... 1 混合动力汽车分类及技术特点................................................................................... 1 串联式混合动力汽车( SHEV ) ........................................................................ 1 并联式混合动力电动汽车( PHEV) ................................................................ 1 . 3混联式混合动力电动汽车(PSHEV )................................1 . 4外接充电式混合动力汽车( PHEV )................................1 混合动力汽车的特点.................................................1 本文研究概要...................................................... 22 混合动力汽车国外发展现状............................................................................................. 3 日本............................................................................................................................... 3 概况.........................