基于DSTATCOM的直流电机和二极管整流器等不平衡负载三相四线滞后电流控制器分析

Nagesh Kumar, V. G, Ramana, V. K., S. Kiran, Ghasem Hosseini Aghdam
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引用次数: 1

摘要

不平衡和畸变负载会对源电压和其他邻近负载产生很大的干扰。像灯或电脑这样的负载是敏感的,它们可能会闪烁或引起内部发热,并可能提前失去寿命。对于控制不平衡负载,DSTATCOM、DVR和UPQC等定制电源器件应用最为广泛。在此分析中,在三相中放置了电阻负载、二极管整流负载和直流电机负载三种不同的负载。电阻负载会产生正常的电压和电流,二极管整流器负载会产生扭曲的电压和电流,直流电动机负载会同时扭曲电压和电流波形。在分析中,这些负载被认为具有不同的额定功率,因此产生不平衡的电压和电流。本文采用带滞回控制器的DSTATCOM来补偿不平衡电压,降低源电压和源电流的总谐波失真。
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Analysis of three phases four wire hysteresis current controller for unbalanced loads like DC motor and diode rectifier on different phases using DSTATCOM
Unbalanced and distorted loads create lot of disturbances in source voltages and other neighboring loads. The loads like light or computers are sensitive, they may flicker or cause heat internally and may loses its life earlier. For controlling unbalanced loads, custom power devices like DSTATCOM, DVR and UPQC are most widely used. In this analysis, in three phases, three different loads like resistor load, diode rectifier load and DC motor load is placed. The resistor load gives normal voltage and current, diode rectifier load voltage and current which will distort voltage waveform and DC motor load will distort both voltage and current waveforms. In the analysis, these loads are considered with different power ratings, so unbalanced voltages and currents are produced. In this paper, DSTATCOM with hysteresis controller is used for compensating unbalanced voltages and to reduce total harmonic distortion (THD) in source voltage and current.
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