基于模糊逻辑技术的配电系统电能质量控制新策略

Subramani Chinnamuthu, P. C. Babu, R. Bayindir, S. DashS, M. Mohanty
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引用次数: 7

摘要

针对多变流器统一电能质量调节器(MC-UPQC)运行的双馈三相四线配电系统(3P4W),提出了一种新的控制结构。在新型控制器的设计中主要采用了改进的同步参考系理论(MSRF)。该系统设计并应用于带有UPQC的两条3P4W馈线。该系统采用三电压源变换器,通常与两个馈线配电系统相连。采用3P4W对该控制方案进行了仿真,在线性和非线性负载条件下均能有效补偿电压暂降,降低总谐波畸变。利用模糊控制器实现了直流链路电容的快速动态响应。该系统实现后,双馈线串联变压器中性点电流为零。
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A new control strategy with fuzzy logic technique in distribution system for power quality issues
This paper proposes a new control structure for two feeders, three phase four wire distribution systems (3P4W) operating with multi-converter unified power quality conditioner (MC-UPQC). The modified synchronous reference frame theory (MSRF) is mainly used in the new controller design. The proposed system is designed and applied for two feeders of 3P4W with UPQC. This system employed with three voltage source converter which is connected commonly to two feeder distribution systems. The proposed control scheme is simulated with 3P4W and it is efficiently compensate the voltage sag and reduce the total harmonics distortion under linear and nonlinear load conditions. The fast dynamics response of dc link capacitor is achieved with the help of Fuzzy logic controller. The neutral current flowing in series transformers of the two feeders is zero with the implementation of proposed system.
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