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Research on the radial electromagnetic force of inverter-fed induction machine with different slot combination using FEM

机译:基于有限元法的不同槽形组合逆变式感应电机径向电磁力的研究

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摘要

Electromagnetic vibration is one of the vital factor causing noise and vibration of induction machine, especially in inverter supply. For inverter-fed induction machine, higher harmonic in stator current will worsen the electromagnetic noise and vibration. In this paper, a 2-D field-circuit coupling analysis by time-stepping finite element method (FEM) is conducted to get the radial electromagnetic forces in different slot combination. It focuses on the order and the frequency spectrum characteristics of radial electromagnetic force through the fft result in time and space domain. After the comprehensive analysis, it provides a proper kind of slot combination of inverter-fed motor to guide the industrial design
机译:电磁振动是引起感应电机噪声和振动的重要因素之一,特别是在逆变器电源中。对于由逆变器供电的感应电机,定子电流中的高次谐波会恶化电磁噪声和振动。本文通过时域有限元方法(FEM)进行二维场-电路耦合分析,以得到不同缝隙组合中的径向电磁力。它通过时空域中的fft结果重点研究了径向电磁力的阶数和频谱特性。经过综合分析,为变频器设计提供了合适的槽型组合,以指导工业设计。

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