Transient Stability Improvement of Grid Connected DFIG based on Wind Farm

Abstract

Wind energy is playing a significant role in turning the world into a green source of energy. Therefore, the worldwide share of wind energy in the overall power capacity is soaring upwards. Lately, lots of attention has been directed towards the notion of a variable-speed wind turbine (WT) given its relatively high quality, controllability and efficiency. As a result of the rise in demand for variable speed WTs, the demand for control rises. Consequently, it is necessary to examine the wind turbine-generator systems (WTGSs) techniques that could precisely simulate the performance of the WTGS components.