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Theoretical and experimental investigation of the self-excited rotating power electronic induction machine

机译:自激式旋转功率电子感应机的理论与实验研究

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This paper presents the theoretical model and analysis of a novel topology of the self-excited induction machine using rotating power electronic converters. The power electronic converters are connected to the rotor of the induction machine and it is shown that the machine operates at unity power factor at variable load conditions including rated load. Special control strategy of the two converters helps in magnetization of the induction machine from the rotor. The experimental analysis is conducted in the industry using 11kW induction machine and close agreement is found between the theoretical model and the experimental results. Besides, the rotor resistance is varied and its effect on the power factor and performance of the machine is studied and analyzed.
机译:本文介绍了使用旋转功率电子转换器的自激感应电机新型拓扑的理论模型和分析。功率电子转换器连接到感应电机的转子,显示出该电机在可变负载条件下(包括额定负载)以统一的功率因数运行。两个转换器的特殊控制策略有助于使感应电机从转子磁化。在工业上使用11kW感应电机进行了实验分析,并且在理论模型和实验结果之间找到了一致的结论。此外,还研究了转子电阻的变化,并研究了其对电机功率因数和性能的影响。

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