模糊逻辑在可再生发电系统并联有源滤波器中的实现

J. F. Roseline, N. Sahoo, Ayush Abhinav
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引用次数: 4

摘要

并联有源电力滤波器(SAPF)是一种现代的电力补偿方法。本文的研究重点是通过在控制器中引入模糊逻辑控制技术来消除电力系统母线的总谐波失真。这与非线性负载(RL、直流电动机和感应电动机)下PID型控制器的预测控制技术进行了比较。引入可再生能源发电系统(风能、太阳能)作为外部电源进行电力补偿,重新定义了现代输电系统。采用三支路电压源逆变器(VSI)作为功率变换器,与其他变换器相比,负载侧谐波较小。只有进行功率补偿,母线内的电压规律和电能质量才能得到改善。
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Implementation of fuzzy logic in shunt active power filter for renewable power generation system
Shunt active power filter (SAPF) is a modern methodology for the power compensation. The primary focus of this paper is to eliminate the total harmonics distortions (THD) from the power system buses by implementing fuzzy logic control technique in the controller. This is compared with predictive control technique in the PID type controller with Non linear loads (RL, DC motor and Induction Motor). Introducing renewable power generations systems (Wind energy, solar energy) as external power supply for power compensation redefine the modern power transmission systems. Using of three leg voltage source inverter(VSI) as power converter posses less harmonics at load side compare to other converters. The voltage regulations and power quality in the bus bars is improved only after power compensations.
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