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Modeling Multi-Phase Induction Machine for Torque Improvement

机译:建模多相感应电机以改善扭矩

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摘要

Induction motors has become a dependable industrial process component, yet the power demand by induction motors is high comparedto other power appliances. Therefore, the efficient use of energy in the application of consuming appliances is solicited by powerproducers. There is a need to physically redesign the induction motor to make them more energy efficient than the normal motors. Onethe ways of doing this is to convert the normal three phase machine into multiphase. Common among the multiphase systems is the sixphase due the ease of conversion from the normal three phase to six phase. The merits of multiphase compared to the three phasecounterpart are numerous. Therefore, this paper investigates torque improvement using a six phase induction machine. The paper modelsand simulates six phase induction machine and compares the results with that of a simulated three phase machine. The results show that,there is torque improvement in the six-phase machine, a merit that could be deployed in industrial drive systems.
机译:感应电动机已经成为可靠的工业过程组件,但是与其他动力设备相比,感应电动机的功率需求很高。因此,电力生产商要求在消费电器的应用中有效地利用能量。需要在物理上重新设计感应电动机,以使其比普通电动机更节能。一种方法是将普通的三相电机转换为多相。在多相系统中常见的是六相,因为它易于从正常的三相转换为六相。与三相相比,多相的优点很多。因此,本文研究了使用六相感应电机改善转矩的方法。本文对六相感应电机进行建模和仿真,并将结果与​​仿真三相电机进行比较。结果表明,六相电机的转矩有所提高,可在工业驱动系统中应用。

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