电力系统联合励磁六相同步电机宏观模型研究

A. Feshin, E. Popkov, A. S. Adalev, V. Kuchinskiy, L. A. Koshcheev
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引用次数: 0

摘要

建立了在磁场绕组和永磁体磁通共同激励下的相位坐标系下的六相同步电机宏观模型。给出了描述这种机器的电磁和机电过程的方程。永磁体对相绕组的影响通过感应电动势的谐波近似加以考虑。对联合励磁的六相同步电动机励磁绕组端子处的短路进行了仿真。计算结果证明了所提宏观模型的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Macromodel of a Six-Phase Synchronous Machine with Combined Excitation for Electric Power Systems Processes Study
A macromodel of a six-phase synchronous machine has been developed in the phase coordinate system, which is excited by a magnetic flux from both the field winding and permanent magnets. Equations are presented that describe the electromagnetic and electromechanical processes in such a machine. The effect of permanent magnets on the phase windings is taken into account by a harmonic approximation of the induced EMF. A short circuit simulation at the field winding terminals of a six-phase synchronous motor with combined excitation is carried out. The results obtained prove the efficiency of the proposed macromodel.
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