FSEC赛车电池模组和采集板设计及其线束优化  

Design and wiring harness optimization of FSEC racing car battery module and acquisition board

作　　者：常士广 方彦奎 赵天祥 刘梓楷 胡昊 Chang Shiguang;Fang Yankui;Zhao Tianxiang;Liu Zikai;Hu Hao(Guangzhou City University of Technology,Guangzhou 510800,China)

机构地区：[1]广州城市理工学院汽车与交通工程学院,广东广州510800

出　　处：《汽车知识》2024年第11期48-50,共3页AUTOMOTIVE KNOWLEDGE

基　　金：广州城市理工学院质量工程项目(J3124184);广东省广州城市理工学院飞驰*华广新能源汽车校企联合实验室(JY220201)。

摘　　要：基于中国大学生电动方程式大赛(FSEC),本文设计了一款电池模组和采集板,并对其采集线束进行优化设计。该采集板进行无线束化设计,使用的压紧装置可实现将采集板与电池模组进行快速分离。利用EPLAN Harness proD软件优化电池箱采集线束路线布局,大大降低了装配电池箱的成本,提高了检修电池箱的效率,同时提高了大学生电动方程式大赛电气检查的通过率。Based on the Formula Student Electric Competition(FSEC)in China,this paper designs a battery module and a collector board,and optimizes the design of its collector harness.The collection board is designed without a wire harness,and the compression device used can realize rapid separation of the collection board from the battery module.Using EPLAN Harness proD software to optimize the layout of the battery box collec-tion harness route greatly reduces the cost of assembling the battery box,improves the efficiency of overhauling the battery box,and at the same time improves the passing rate of the electrical inspection in the Formula Stu-dent Electric Competition.

关 键 词：电池模组 采集板 压紧装置 线束优化 

分 类 号：U46[机械工程—车辆工程]