A novel technique for shaping source current waveform using electronic circuit

M. Ganesh, R. Anju, Darsana M. Nair, S. Achu, Deepthy Thomas, Polly Thomas, Deepu E Koshy
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Abstract

All over the world, utilities of electricity and end users of electricity are becoming increasingly concerned about the quality of power. Power quality has become one of the most prolific buzzwords in the electric power industry since the late 1980s because widespread studies on harmonics and its impact. Most of the electrical devices are will fail or will be malfunctioned when exposed to one or more power quality issues. In this paper various reasons for power quality issues are discussed also specially focusing on a new method to minimize distortion with the help of a non critical load. During the entire cycle of operation, the critical load and non critical load are triggered alternatively to compensate the imbalance in the current waveform. Simulation is done using PowerSIM simulation environment. In this paper various reasons for power quality issues are discussed with particular focus on a new method to minimize one of the major causes of distortion. Traditional methods to reduce the causes for power quality issues are mentioned. A new control technique is used to control critical loads. Simulation is done using PowerSIM simulation environment.
一种利用电子电路整形源电流波形的新技术
在世界各地,电力公司和最终电力用户越来越关注电力质量。自20世纪80年代末以来,由于对谐波及其影响的广泛研究,电能质量已成为电力工业中最多产的流行语之一。当暴露于一个或多个电源质量问题时,大多数电气设备都将失效或故障。本文讨论了电能质量问题的各种原因,并着重讨论了一种利用非临界负载来减小失真的新方法。在整个运行周期中,临界负载和非临界负载交替触发,以补偿电流波形中的不平衡。仿真使用PowerSIM仿真环境进行。本文讨论了电能质量问题的各种原因,并着重讨论了一种新的方法,以尽量减少失真的主要原因之一。介绍了减少电能质量问题产生原因的传统方法。采用了一种新的控制技术来控制临界负荷。仿真使用PowerSIM仿真环境进行。
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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