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A review of research and development on switched reluctance motor for electric vehicles

机译:电动汽车开关磁阻电动机的研究与发展综述

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Energy crisis and the environmental pollution all over the world have forced the developed countries to pay attention to the research and development of electric vehicles which can save energy and also reduce environmental pollution problems. The internal combustion engine (ICE) automotive vehicles have extremely low overall efficiency of 20–30% and they contribute majorly to environmental pollution in urban centres. The electric vehicles, on the contrary, are highly efficient and can offer zero emission. These qualities made the electric vehicles a better option than the traditional ICE automobiles. The electric machine is a key part of the electric vehicles. Comparing various types of motor the switched reluctance motor has a lot of merits over the other types. These make it the preferred machine for electromechanical power train application. The switched reluctance motor drive system is at first briefly described in this paper and subsequently followed by the summary of the research progress on the drive system. The progress summary includes the SRM design, control strategy, the position detection technology and the vibration and noise. The paper ends with suggestion for further research work.
机译:全世界的能源危机和环境污染迫使发达国家关注电动汽车的研究与开发,这种电动汽车既可以节省能源,又可以减少环境污染问题。内燃机(ICE)汽车的整体效率极低,仅为20%到30%,并且它们是造成城市中心环境污染的主要因素。相反,电动汽车是高效的并且可以提供零排放。这些品质使电动汽车成为比传统ICE汽车更好的选择。电机是电动汽车的关键部分。比较各种类型的电动机,开关磁阻电动机比其他类型的电动机有很多优点。这些使其成为机电动力总成应用的首选机器。本文首先简要介绍了开关磁阻电机驱动系统,然后总结了该驱动系统的研究进展。进度摘要包括SRM设计,控制策略,位置检测技术以及振动和噪声。本文最后提出了进一步研究的建议。

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