感应电动机深饱和时钢损耗的测定

V. Chenchevoi, O. Chencheva, S. Serhiienko, Maksim Bezuhlyi, V. Kutsevol, O. Salenko
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引用次数: 0

摘要

本文指出,现有的感应电机钢损测定方法仅适用于磁化曲线的初始直线(不饱和)段,在饱和模式下误差较大,或含有大量未知元素,计算结果繁琐,难以实际应用。所提出的方法是对众所周知的确定钢材损失方法的进一步发展。这考虑了磁化电感的变化。这允许它在高饱和度模式下使用。确定钢的损耗的表达式是磁通、电动势和电流的函数,适用于实际应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Determination of Losses in Steel of an Induction Motor at Its Deep Saturation
The paper shows that the existing methods for determining steel losses of an induction machine are suitable only for the initial rectilinear (unsaturated) section of the magnetization curve, which gives a significant error in the saturation mode, or contain a large number of unknown elements, which makes it cumbersome and difficult to use the results in practical purposes. The proposed method is a further development of the well-known approach to determining steel losses. This takes into account the change in the magnetization inductance. This allows it to be used in high saturation mode. The expressions for determining steel losses are presented as a function of magnetic flux, EMF and current, which makes them suitable for practical use.
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