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A new control strategy based multi converter UPQC using fuzzy logic controller to improve the power quality issues

机译:一种新的基于控制策略的多变频器UPQC,使用模糊逻辑控制器来改善电能质量问题

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摘要

A design of multiconverter unified power quality conditioner to improve the power quality issues is presents in this paper. Modified SRF theory and fuzzy logic controller technique are incorporated in this modelling. This newly designed controller is connected to a source in order to compensate voltage and current in the two feeders. The expanded concept of UPQC is multi converter-UPQC; this system has two series voltage source converter (VSC) and one shunt VSC connected back to back. In the proposed system, the power can be conveyed from one feeder to another in order to mitigate the voltage sag, swell, interruption and transient response of the system. The control strategies of multi converter-UPQC are designed based on the modified synchronous reference frame theory with fuzzy logic controller. The transient response of the fuzzy logic controller in dc-link voltage controller will be very fast. The relevant simulation and compensation performance analysis of multi converter-UPQC with fuzzy logic controller is performed using MATLAB/Simulink software.
机译:本文提出了一种用于改善电能质量问题的多转换器统一电能​​质量调节器的设计。改进的SRF理论和模糊逻辑控制器技术被纳入该建模中。这个新设计的控制器连接到电源,以补偿两个馈线中的电压和电流。 UPQC的扩展概念是多转换器-UPQC。该系统有两个串联的电压源转换器(VSC)和一个并联的分流器VSC。在所提出的系统中,可以将电力从一个馈线传送到另一个馈线,以减轻系统的电压骤降,骤升,中断和瞬态响应。基于带模糊逻辑控制器的改进同步参考框架理论,设计了多变频器UPQC的控制策略。直流母线电压控制器中模糊逻辑控制器的瞬态响应将非常快。使用MATLAB / Simulink软件对带有模糊逻辑控制器的多变频器-UPQC进行了仿真和补偿性能分析。

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