Abstract:

This paper mainly focused on uncertainty in power systems due to the penetration of renewable energy resources and consumer deviation. The focus is on making decisions for reasonable convencing choice an electric power generated by inductor/reactor that takes into account the uncertainties in wind farm generation and consumer requirement. To achieve this, the project proposes a stochastic optimization framework that uses an optimization-based representation to obtain optimal results. The proposed procedure is compared with popular evolutionary methods to assess its effectiveness in handling uncertainties and achieving optimal solutions. Overall, this project contributes to the literature on decision making in power systems under uncertain conditions. It provides a practical framework for power system engineers to make critical decisions on reactive power dispatch that can help prevent stability problems in the power system. uncertainties are disturbances in electrical power system. Where different kind of power generation plants are interconnected , then several problems araised. This paper presents uncertainities or disturbances of electrical power system when wind power generation plant is introduced.

Description:

Hybrid electric power system, Distribution Generators, Reactive power Dispatch