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Switched reluctance motor performance in continuous-current operation mode

机译：连续电流运行模式下的开关磁阻电机性能

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摘要

In this paper, switched reluctance motor (SRM) performance in continuous-current operation mode is investigated. Using Continuous Current Method, which is feasible through commutation angle control, the constant power region for SRM is extended. Although, it can be achieved by reducing the number of turns in phase winding, the torque per current at low speeds will be compromised. Therefore, in applications in which the high torque per current at low speeds, and rated power at high speeds, are required, the continuous current method is the best solution. Besides, for these applications, SRM is designed with high number of turns in phase winding. In order to simulate the proposed method, a 4.5 kW SRM is modeled using finite element analysis. The verified model is used to evaluate the SRM performance in continuous-current operation mode.
机译：本文研究了开关磁阻电动机（SRM）在连续电流运行模式下的性能。使用通过换向角控制可行的连续电流方法，可以扩展SRM的恒定功率区域。尽管可以通过减少相绕组的匝数来实现，但低速下的每电流转矩将受到损害。因此，在需要低速时每电流大转矩和高速时需要额定功率的应用中，连续电流法是最佳解决方案。此外，对于这些应用，SRM设计为具有高匝数的相绕组。为了模拟所提出的方法，使用有限元分析对4.5 kW SRM进行建模。经过验证的模型用于评估连续电流运行模式下的SRM性能。

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