Features of the operation of the training stand “Electric vehicle motor” in determining the operation characteristics of electric transport

A. R. Safin, Z. M. Shakurova, L. V. Dolomanyuk, V. A. Gavrilov, N. V. Denisova
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Abstract

In the modern world, the problem of the ecological state of our planet is acute. The environmental situation depends on many factors, these include both natural phenomena and human actions. One solution to this problem is to replace traditional internal combustion engines with more environmentally friendly electric vehicles.THE PURPOSE. The objective of this study is to analyze the internal structure of an electric vehicle, based on the training stand “Electric Vehicle Motor”, as well as to study the functions of this device, located at the Kazan State Energy University.METHODS. The authors of the article processed and analyzed the capabilities of modern laboratory equipment that simulates the operation of a particular component of an electric vehicle.RESULTS. The technology of the laboratory bench operating the electric vehicle, together with the DVT Customer software, allows for full control of the electric motor, as well as monitoring and changing a large number of parameters that affect the operation of the entire device as a whole.CONCLUSION. Since electric vehicles are gaining more and more popularity every year, the demand for people capable of diagnosing, repairing, and even improving existing ones and developing new components and assemblies in the field of electric vehicles is growing significantly. Using the “Electric Vehicle Motor” stand for teaching technical subjects and conducting research work can serve as a good basis for the formation of a general knowledge base about electric transport, its structure, the operating principle of all the main elements, monitoring and diagnostics of an electric vehicle.
在确定电动交通工具运行特性方面,"电动汽车发动机 "培训台的运行特点
当今世界,地球生态状况问题十分严峻。环境状况取决于许多因素,包括自然现象和人类行为。解决这一问题的方法之一就是用更加环保的电动汽车取代传统的内燃机。本研究的目的是在喀山国立能源大学 "电动汽车发动机 "培训台的基础上分析电动汽车的内部结构,并研究该设备的功能。 文章作者对模拟电动汽车特定组件运行的现代实验室设备的功能进行了处理和分析。操作电动汽车的实验室工作台技术与 DVT Customer 软件相结合,可实现对电动马达的完全控制,以及对影响整个设备运行的大量参数进行监控和更改。由于电动汽车的普及率逐年提高,因此在电动汽车领域,对能够诊断、维修、甚至改进现有电动汽车以及开发新的组件和总成的人才的需求也在大幅增长。利用 "电动汽车电机 "展台进行技术科目教学和研究工作,可以为形成有关电动交通工具、其结构、所有主要元件的工作原理、电动汽车的监测和诊断等方面的常识奠定良好的基础。
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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