抄録
This paper proposes two-layered neighborhood tabu search for determining the optimal allocation and output of D-FACTS device in a distribution system with uncertain wind power generation. In recent years, wind power generation is positively introduced into distribution systems as clean and inexhaustible distributed generation. However, the distribution system with wind power generation often encounters the reverse flow due to the uncertain output performance of wind power generation. As a result, it is afraid that the voltage variation becomes much larger. In this paper, two-layered neighborhood tabu search is proposed to determine the optimal allocation and output of D-FACTS devices. To consider the uncertainty of wind power generation, this paper carries out the Monte-Carlo simulation to evaluate the probabilistic voltage assessment in the distribution system with uncertain wind power generation. The proposed method is successfully applied to a sample system.
