Application of DFACTS for the Improvement of Penetration Capacity of Distributed Generation (original) (raw)

AI-generated Abstract

Distributed generation (DG), particularly from renewable sources, presents challenges related to transmission losses, reliability, and power quality, particularly with high penetration levels. This paper investigates the use of Distributed FACTS (DFACTS) devices to enhance the maximum allowable penetration of DG into power networks. Utilizing Monte Carlo simulations, the study evaluates the optimal configuration and placement of DFACTS, demonstrating their effectiveness in alleviating restrictions on DG's capacity and location. The results indicate significant improvements in managing distributed power generation, enabling higher integration of renewable energy sources into existing power systems.

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