Active power line conditioner optimum placement using fuzzy controller

M. Kalantar
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引用次数: 7

Abstract

Application of APLC to minimize the load harmonic distortion in the power system is one of the most effective and useful techniques to conflict with harmonics. Previous papers on APLC focuses largely on minimizing harmonic voltage distortions across an entire network by using properly located APLC. This paper discusses the optimum placing of an APLC into the power system by designing a fuzzy system. The fuzzy system designed is very useful for this purpose. Optimal placing of an APLC not only depends on topology of network, constrained injection current and kind of objective functions but also depends mostly on the experiences obtained from an expert person and his ability to know the network. Application of fuzzy system having advantages of using fuzzy experiences are wide in the area of control theory and power system planning. Results of an fuzzy system designed to be used in active power systems are presented in this paper.
利用模糊控制器对有功电力线调节器进行优化布置
在电力系统中应用APLC来减小负荷谐波失真是解决谐波冲突最有效、最实用的技术之一。先前关于APLC的论文主要集中在通过使用适当位置的APLC来最小化整个网络的谐波电压畸变。本文通过设计一个模糊系统来讨论APLC在电力系统中的最佳配置问题。所设计的模糊系统在这方面是非常有用的。APLC的最优配置不仅取决于网络拓扑结构、约束注入电流和目标函数的种类,而且主要取决于专家的经验和对网络的了解能力。模糊系统具有利用模糊经验的优点,在控制理论和电力系统规划领域有着广泛的应用。本文介绍了一种用于有功电力系统的模糊控制系统的设计结果。
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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