多星感应电机的解析与动力学研究

T. Guenenna, K. Ben Smida, A. Khedher
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摘要

本文对具有相同电机特性的多星感应电机进行了分析和动力学研究。首先建立了一般的数学模型,然后用解析表达式确定了定子电阻、定子漏感和转子与定子绕组之间的互感等模型参数。多星感应电机的仿真结果验证了该方法的有效性,以及该方法能够实现高质量的输出电流和电磁转矩。结果表明,当相数增加时,电机转矩脉动减小,损耗减小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analytic and dynamic studies of a multi-star induction machine
In this paper, an analytic and dynamic studies of multi-stars induction machines are presented with the same characteristics of motors. In the first time, a general mathematical model is developed and then the model parameters such as the stator resistance, the stator leakage inductance and the mutual inductances between rotor and stator windings are determined by analytic expression. Simulations results for multi-stars induction machine emphasize the effectiveness of this study and its capability to achieve high quality of the output current and electromagnetic torque. It is concluded that when the phase's number increases, the torque ripple and the losses in the machine are reduced.
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