Optimal utilization of UPQC using Rao-2 Algorithm

Swati Gade, Rahul Agrawal, Rakesh Jha, Dipak Patil
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Abstract

Nowadays for compensation for various power quality issues a unified power quality conditioner (UPQC) is found the most suitable and effective compensating device. Variable phase angle control method used to control both power electronic converters (PEC) improves the utilization making the UPQC efficient and economical. Rao-2 algorithm is used to optimize the utilization of UPQC in this research paper. The superiority of the Rao-2 algorithm over the JAYA algorithm is demonstrated through a comparison of the output results. This article will aid researchers in the development of improved control systems based on optimization techniques for the most efficient use of UPQC.
用Rao-2算法优化UPQC的利用率
目前,为了补偿各种电能质量问题,统一的电能质量调节器(UPQC)被认为是最合适和有效的补偿装置。采用变相角控制方法控制电力电子变流器,提高了电力电子变流器的利用率,提高了UPQC的效率和经济性。本文采用Rao-2算法对UPQC的利用率进行优化。通过输出结果的比较,证明了Rao-2算法相对于JAYA算法的优越性。本文将帮助研究人员在基于优化技术的改进控制系统的发展,以最有效地使用UPQC。
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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