Analysis of Different Speed Control Techniques for A Six-Phase Asymmetrical Induction Motor Drive

Vrutant Patel
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引用次数: 1

Abstract

Recently induction motor drives have numerous high power submissions. These submissions demand high power converter but the cost of the converter is very high. To resolve this, for some specific high power application multiphase induction motor drive found suitable alternative. In this paper, mathematical modelling of widely accepted multiphase machine, i.e., six-phase asymmetrical machine is carried out first. The mathematical model is used to perform simulation analysis for adjustable drives applications. Under this, various scalar control techniques referred as SPWM, conventional SVPWM techniques are analyzed. Simulation analysis in relations of Stator current THD and torque ripple are presented.
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六相非对称感应电动机驱动的不同速度控制技术分析
最近,感应电机驱动器有许多高功率提交。这些提交要求高功率转换器,但转换器的成本非常高。为解决这一问题,针对一些特定的大功率应用,找到了多相感应电机驱动的合适替代方案。本文首先对被广泛接受的多相电机即六相不对称电机进行了数学建模。该数学模型用于可调驱动器应用的仿真分析。在此基础上,分析了各种标量控制技术(SPWM)和常规的标量控制技术(SVPWM)。对定子电流THD与转矩脉动的关系进行了仿真分析。
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