Authors: Sonu Kumar, Radha Tyagi
Abstract: Wind energy is one of the most reliable, efficient, and developed renewable sources of energy. The most extensively utilised concept nowadays is a slip ring induction generator (SRIG) based on a wind farm. The dynamic modelling and control of a slip ring induction generator (SRIG) based on wind turbine systems were reviewed and investigated in this study. Many authors and researchers work on various projects and analyses based on the power control of warped grid voltage for slip ring induction generators. The dynamic performance of a doubly fed induction generator is investigated under a variety of operating situations, including stability, grid voltage distortion, and no distortion. This research examines the direct power control (DPC) technique for a doubly fed induction generator (DFIG)-based wind power generation system with and without warped grid voltage. Different literature surveys are also used to look into the harmonic component analysis of the electrical grid.
Keywords: Warped grid voltage, power electronics, DFIG, Slip Ring Induction Generator
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