一种新的单相VSI磁滞电流控制技术

Asim Kumar Dey, T. Mohapatra, K. K. Mohapatra
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引用次数: 3

摘要

针对单相VSI (SPVSI)实现了几种HCCT和改进的HCCT (MHCCT)。本文提出了一种适用于同一变换器的新型HCCT,它同时具有单极和双极开关技术的优点。这种新型HCCT降低了开关损耗,通过降低高次谐波消除了电磁干扰效应,进一步降低了负载电流的次谐波和间谐波(SIH)。作者还将所提出的控制技术的结果与一些现有的HCCT进行了比较。文中给出了该控制技术与现有控制技术的仿真结果、负载电流谐波分析并进行了比较。用该控制方法对负载电流的硬件结果进行了投影,并与电机负载的仿真结果进行了匹配。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Novel Hysteresis Current Control Technique (HCCT) for Single Phase VSI
Several HCCT and modified HCCT (MHCCT) are implemented for Single Phase VSI (SPVSI). This paper suggests an novel HCCT for the same converter which provides the benefit of both unipolar and bipolar switching technique. This novel HCCT reduces switching loss, eliminates the EMI effect by reducing the higher order harmonics and further more diminishes the Sub and Inter Harmonics (SIH) of the load current. Authors also compared results of the proposed control technique with some of existing HCCT. The simulation results, harmonic analysis of the load current of the novel control technique and other existing techniques are proposed and compared in the article. Hardware result of load current with the novel control technique is projected and also matched with simulation results for a motor Load.
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