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Power Flow in an Induction Machine Based Electrical Variable Transmission

机译:基于电气变速器的感应机电流

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An electrical variable transmission (EVT) is an electromagnetic device with dual mechanical and electrical ports. In hybrid electric vehicles (HEV's) it is used to split the power to the wheels in a part coming from the combustion engine and a part exchanged with the battery. The most important feature is that the power splitting is done in an electromagnetic way. This has the advantage over mechanical power splitting devices of reduced maintenance, high efficiency and inherent overload protection. Depending on the operating point part of the power is transmitted in an electromagnetic way, while the rest is transmitted electrically using two back to back inverters. The power flow determines the power rating of the inverters, the cooling and the machine design. This paper gives an overview of the different operating points and the corresponding power flow.
机译:电气变速器(EVT)是具有双机械和电气端口的电磁器件。在混合动力电动车辆(HEV)中,它用于将来自燃烧发动机和与电池交换的部件的部件分开到车轮的动力。最重要的特征是功率分裂以电磁方式完成。这具有对维护,高效率和固有的过载保护的机械功率分裂装置的优势。根据电源的操作点部分以电磁方式传输,而其余部分使用两个回到后反向逆变器电气电气传输。电流确定逆变器的功率额定值,冷却和机器设计。本文概述了不同的操作点和相应的电源流程。

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