摘要
运用MATLAB/GUI设计模块搭建了混合动力汽车部件选型平台。该平台以汽车理论经济性动力性分析部分的内容为理论基础,根据用户的设计要求对发动机、驱动电机、动力电池等关键部件进行选型;通过相应的程序和Simulink模型对满足设计要求的匹配方案进行对比分析,得到满足用户性能需求的最佳匹配方案。提出的部件选型平台为混合动力汽车部件选型工作提供快速、稳定、可靠的程序化开发工具。
Platform of components selection for HEV （Hybrid Electric Vehicle ） was set up applying design module of MATLAB/GUI. The platform was based on the theory of the economy and power performances in the Automobile Theories, and the key components, such as vehicle engine, motor and batteries were selected according to the user＇s requirements in economy and power performances. The matching schemes which met the performance requirements were conducted for comparative analysis by the relative program and Simulink model, which aimed to get the best matching scheme to satisfy the user＇s performance requirements. The platform of components selection in this paper provided a fast, stable and reliable programming development toel for HEV.
出处
《农业装备与车辆工程》
2015年第3期5-9,共5页
Agricultural Equipment & Vehicle Engineering
基金
国家自然科学基金资助项目(51105001)
