A Comparative Study of Brushless Non-salient Pole Monopolar Generators

E. Koptjaev, A. M. Marques Cardoso
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Abstract

This article presents the main results of the study of a brushless monopolar generator at various proportions of the main dimensions, as well as the experimental data necessary for the calculations. The design of the non-salient pole monopolar generator was used as a model; however, the main results can be applied to all three variants of the generator – with salient poles, nonsalient poles and the generator with longitudinal excitation. In the course of the study, a 3D model of the generator was used using finite elements; for better quality of the results and their clarity, the results are presented in 3D graphs for 3 parameters. The results generally confirmed the methodology of calculations, and also made it possible to compare different ratios of the length and diameter of the generators. The choice based on the length of the generator can be successfully made according to the formula, depending on the requested proportion of its dimensions. The dependence of losses in steel on the dimensions of a monopolar generator was revealed, which has implications for the generator efficiency studies.
无刷非凸极单极发电机的比较研究
本文介绍了无刷单极发电机在各种主要尺寸比例下的主要研究结果,以及计算所需的实验数据。以非凸极单极发电机的设计为模型;然而,主要结果可以应用于发电机的所有三种变体-具有凸极,非凸极和具有纵向激励的发电机。在研究过程中,采用有限元法建立了发电机的三维模型;为了提高结果的质量和清晰度,结果以3个参数的三维图形呈现。结果一般证实了计算方法,也使比较发电机长度和直径的不同比率成为可能。根据所要求的尺寸比例,根据发电机的长度可以根据公式成功地进行选择。揭示了单极发电机尺寸对钢损耗的依赖性,这对发电机效率的研究具有重要意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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