Analysis and study of total harmonic distortion in five phase PWM inverter using LC filter with neutral point DC link capacitor voltage balancing scheme

Manjesh, A. Ananda
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引用次数: 16

Abstract

Most of the researchers working on power electronic converters and inverter system, in the present technology power electronic converters and inverters have many limitations in industrial applications. Industrial applications needs high torque, long life and high reliability power electronic systems. It is very difficult task of designing the power electronic system to meet the industrial demands, although many factors and parameters which are adversely contribute to minimize the efficiency and life time of the system. The major factors involved to obtain an efficient power transmission, are the dominant factor of harmonics that disturb the required voltage waveform. This work highlights the methods and analysis of harmonics and THD of the five Phase PWM drive, the reduction harmonics has been obtained by the PWM Inverter, this is done by studying THD with LC filter and DC level capacitor voltage balancing scheme using MATLAB programming. The harmonic distortion has been reduced and compared with normal PWM drive is presented in this paper.
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采用LC滤波器和中性点直流链路电容电压平衡方案的五相PWM逆变器总谐波畸变分析与研究
大多数研究人员都致力于电力电子变换器和逆变系统的研究,在目前的技术条件下,电力电子变换器和逆变器在工业应用中存在许多局限性。工业应用需要高扭矩、长寿命和高可靠性的电力电子系统。设计满足工业要求的电力电子系统是一项非常艰巨的任务,许多因素和参数都对系统的效率和寿命产生不利影响。获得有效电力传输所涉及的主要因素是干扰所需电压波形的谐波的主要因素。本文重点介绍了五相PWM驱动的谐波分析方法和三次谐波分析方法,并利用MATLAB编程研究了带LC滤波器和直流电平电容电压平衡方案的五相PWM逆变器,得到了四次谐波的减少。本文对其谐波失真进行了降低,并与普通PWM驱动进行了比较。
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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