SRM作为电机/发电机运行时的电压控制

A. Silveira, D. Andrade, A. Fleury, L. Gomes, C. Bissochi, R. J. Días
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引用次数: 6

摘要

本文讨论的是一般用途的开关磁阻电机/发电机驱动。采用典型的半桥变换器拓扑来实现电机的工作模式。尽管如此,变流器的拓扑结构被战略性地修改,使发电机的运行模式成为可能。它是通过继电器自动实现的,因此相位退磁产生功率给负载。开关角度控制必须同时提供。当机器作为发电机运行时,这里提出了三种技术来控制负载电压。它们都对机器的磁化水平起控制作用。本文给出了一些仿真结果,表明所提出的技术能够成功地处理。显示了开关磁阻电机作为电机/发电机装置的适用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Generated voltage control of the SRM operating as motor/generator
This article treats the switched reluctance motor/generator drive for general purpose. A typical half-bridge converter topology is used to attain the motor operation mode. Although, the converter topology is strategically modified to make possible the generator operation mode. It is achieved automatically through a relay and so the phase demagnetization generates power to the load. Also the switching angles control must be simultaneously provided. Three techniques are proposed here to control the load voltage when the machine is operating as a generator. All of them exert control on the machine magnetization level. Some simulated results are presented here to show that the proposed techniques are capable of been dealt with successfully. It is showing the applicability of the switched reluctance machine as a motor/generator device.
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