Development of a ROS controlled chassis dynamometer for lightweight, single seater EVs

Savas Piperidis, Iason Chrysomallis, Stavros Georgakopoulos, Theodoros Stefanoulis, Nikolaos Ghionis, Vasileios Katsifas, N. Tsourveloudis
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引用次数: 1

Abstract

TUCer team developed a prototype, portable chassis dynamometer capable of carrying out experimentation with alternate scenarios of acceleration, constant speed and deceleration, in a fully automated way. A controller scheme based on Robot Operating System was programmed, using open source tools. The testing scenarios are implemented using a motor/generator and an electronically controlled load, embedded on the dynamometer. Extensive testing during TUCer systems' development and real race conditions proved the dynamometer's reliability and functionality.
用于轻型单座电动汽车的ROS控制底盘测力仪的开发
TUCer团队开发了一个原型,便携式底盘测功机,能够以全自动的方式进行加速,恒定速度和减速的替代方案的实验。利用开源工具,编写了基于机器人操作系统的控制器方案。测试场景使用嵌入在测功机上的电机/发电机和电子控制负载来实现。在TUCer系统开发和实际竞赛条件下进行的大量测试证明了该测功机的可靠性和功能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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