Voltage and Reactive Power Control and Power loss Reduction in Distribution Networks in Presence of Distributed Generation Sources Using Fuzzy Logic

The purpose of this article is to propose and simulate a simple and applied method without complex and time-consuming calculations to control the voltage and reactive power and power loss reduction in distribution networks in presence of Distributed Generation (DG) using Fuzzy logic.Moreover, the DG active and reactive power calculation equations proportional to the electric power distribution network includes airlines conductors and will be calculated so that do not lead to the voltage increase in at the point of connection to network.Therefore, in order to prove the equations and correctness of the proposed method simulations were implemented based on,43 NODE TEST FEEDER IEEE network in ETAP software, and the effects of capacitive structure compensation and DG installed were analyzed in different upload situations in three different scenarios and the best utilization scenario was achieved.Whilst result show that, In this method power loss reduction %67 improved comparision with conventional methods

Keywords:

Distributed generation , Voltage control , Reactive power control , Voltage profile improvement , Reduce losses , Fuzzy logic