电子交通本科课程教学与开发项目

Steven Koning, T.D. Soons, T. Ypma, E.D. Zatya, D. Zuidervliet, P. V. van Duijsen
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引用次数: 0

摘要

为了向本科学生传授电子移动性,建立了一个由学生承担的开发项目。目的是通过实际的实验室任务来探索电子机动性的各个方面。在项目的第一阶段,组装了一辆eKart。在项目的这个阶段,实现了电子控制。为了最终在eKart中实现线控驾驶,速度控制、通信和驾驶员显示都实现在一个方向盘上。与速度控制器和电池管理系统的通信必须包含在这个方向盘中。通过在单个方向盘内实现所有控制,通信以及驾驶员显示,简化了最终的eKart设计。通过单个SPI接口进行通信减少了eKart内部的布线,并且在维护或升级期间更容易进行交换。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Teaching and development project for an eMobility bachelor course
To teach eMobility to bachelor students, a development project was set-up, to be undertaken by students. The aim is to explore the various aspects of eMobility by practical laboratory tasks. In the first phase of the project, an eKart was assembled. In this phase of the project, the electronic controls are implemented. To finally implement drive-by-wire in an eKart, the speed controls, communication and the drivers-display, are implemented in a single steering wheel. Communication with the speed controller and the battery management system, has to be included in this steering wheel. By implementing all controls, communication as well as the drivers display inside a single steering wheel, simplifies the final eKart design. Communication via a single SPI interface reduced the wiring inside the eKart and allows easier exchange during maintenance or upgrades.
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