Investigation of Leakage Inductance Influence on Torque Characteristic of Different Types of Induction Machines

I. Reva, M. Zagirnyak, M. Vukotić, D. Miljavec, S. Čorović
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引用次数: 1

Abstract

The main objective of this study was to investigate the influence of leakage inductance of different types of induction machines on the resulting torque characteristic. The study was focused on three phase induction machines that are most often used in the industry with special emphases on the induction machine configuration with squirrel cage rotor. Based on the known analytical solutions the leakage inductance components were calculated for different types of stator and rotor geometry slots and winding profiles. Special emphasis was put on analysis and comparison of analytical solutions proposed by Pyrhönen and Boldea-Nasar. Based on the analyzed analytical solutions we developed a programing Matlab script code, which can serve as an important tool in designing and analysis the induction machine characteristics.
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漏感对不同类型感应电机转矩特性影响的研究
本研究的主要目的是研究不同类型的感应电机的漏感对产生的转矩特性的影响。本文以工业上最常用的三相感应电机为研究对象,重点研究了鼠笼转子感应电机的结构。在已知解析解的基础上,计算了不同类型定子、转子几何形状、槽形和绕组轮廓的漏感分量。特别强调了Pyrhönen和Boldea-Nasar提出的解析解的分析和比较。在分析解析解的基础上,我们开发了一个可编程的Matlab脚本代码,它可以作为设计和分析感应电机特性的重要工具。
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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