Active and Reactive Voltage Control for DFIG Interface

Abstract

As the demand for load compensation increases, renewal energy systems are rapidly evolving as a favorable approach in addition to the traditional energy system. Renewable Energy systems are developed to compensate demanded energy based on the renewable resource availability such as the wind, solar, tidal etc. wherein renewable resources are dynamic in nature, the power generation is highly variable and this limits the usage of renewable resource efficiently. Among the renewable power generation, wind power generation has gained higher attention and research is made on the development of new controllers for the design development of new induction generator to improve the generation capability. This paper develops an approach of design of a doubly fed induction generator (DFIG) and its model and presents simulation of method of control.