DAMPING CONTROL OF DISTRIBUTED POWER FLOW CONTROLLER FOR IMPROVING THE TRANSIENT STABILITY USING FUZZY LOGIC CONTROLLER

The basic knowledge of the FACTS devices, which will be applied in this paper, is the most encouraging one, which is known as the Distributed Power Flow Controller (DPFC). Because of the control ability of various types of Power flow controlling devices, the pattern is that mechanical PFCDs are progressively being supplanted by Power Electronics (PE) Devices. The main theme of this paper is to build up another PFCD that offers a similar control ability as the UPFC, at a low cost and with an expanded reliability quality. The new device, namely Distributed Power Flow Controller (DPFC), is proposed in this paper and the performance of the NFIS explored here in the Fuzzy control of a DPFC. NFIS is utilized as a part of specific learning calculation as a controller. This paper determines the criteria to introduce the DPFC in perfect area with optimal parameters and after that outlines of an AI based damping controller for improving power flow system with dynamic execution. The proposed supplementary control in view of the fuzzy rationale will be varied in damping power signals.