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Performance Analysis of Switched Reluctance Motor for 24/7 Working Environment

机译:开关磁阻电动机在24/7工作环境下的性能分析

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Switched Reluctance Motor is a stepper motor that runs by reluctance torque. Power is delivered to winding of stator. It is used in bi-directional control, self-starting and high speed applications. It has simple structure, inexpensive manufacturing, high reliability and high efficiency. It does not require maintenance because it is a brushless motor. The windings are present only on stator. Therefore, it is easy to cool down. To meet desired speed, torque ripples are required to be reduced because torque and speed are inversely proportional to each other. Proportional Integrator and Fuzzy logic are implemented in this research to improve performance of switched reluctance motor. MATLAB/ Simulink are used to carry out simulation analysis of switched reluctance motor using proportional integrator and Fuzzy logic controllers.
机译:开关磁阻电动机是一种通过磁阻转矩运行的步进电动机。功率传递到定子绕组。它用于双向控制,自启动和高速应用。它具有结构简单,制造便宜,可靠性高和效率高的特点。它是无刷电机,因此不需要维护。绕组仅存在于定子上。因此,很容易冷却。为了满足期望的速度,需要减小转矩脉动,因为转矩和速度成反比。为了提高开关磁阻电机的性能,在本研究中实现了比例积分器和模糊逻辑。 MATLAB / Simulink用于使用比例积分器和模糊逻辑控制器对开关磁阻电机进行仿真分析。

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