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Core loss analysis for switched reluctance motor under hysterisis current control and single pulse modes

机译:滞后电流控制下开关磁阻电动机的核心损耗分析及单脉冲模式

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In this paper, a detailed core loss analysis for an 8/6 switched reluctance motor is conducted. A 2D Finite element model of the switched reluctance motor in Maxwell coupled with electrical circuit in ANSYS Simplorer is built for the core losses analysis. The flux density waveform and core loss associated with various stator and rotor areas are analyzed under hysteresis current control and single pulse mode operations. The turn-on and dwelling angle effects on the core loss are presented and discussed in these two operation conditions. In addition,harmonic analysis of flux density for various stator yoke areas are conducted to understand dewlling angle impact on core loss and optimal controlled parameters for minimum core loss is also discussed.
机译:在本文中,进行了8/6开关磁阻电动机的详细核心损耗分析。为核心损耗分析构建了Maxwell中麦克斯韦尔开关磁阻电动机的2D有限元模型,内置了ANSYS Simporer中的电路。在滞后电流控制和单脉冲模式操作下分析了与各种定子和转子区域相关联的磁通密度波形和芯损。在这两个操作条件下提出和讨论了对核心损耗的导通和居住角度影响。此外,还讨论了对各种定子轭区域的通量密度对各种定子轭区域的谐波分析,并讨论了对核心损耗的脱水角度影响,并且还讨论了最小核心损耗的最佳控制参数。

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