Abstract: Continuity in the development of the human race ultimately needs sources of renewable or virtually inexhaustible energy such as wind renewable energy resource. The history of wind energy describes a general evolution from the utilization of simple, light equipment’s driven by aerodynamic drag forces; to heavy, material-intensive drag equipment’s; to a rise in the utilization of light, material-efficient aerodynamic lift equipment’s in the modern period. Wind energy is essentially looked at in the area of public policy, economics and managerial perspectives. Due to the increasing penetration of wind energy in the transmission system modern wind turbines are required to take over the control tasks, which were traditionally aligned to conventional power plants, and to contribute to power system stability. The most promising wind turbine concepts for the future market are investigated in the presented work, namely the doubly-fed induction generator wind turbine (DFIG) and the direct driven wind turbine using a permanent magnet excited synchronous generator (PMSG) connected via a full-scale converter.
Keywords: energy, light equipment’s, utilization, full-scale converter.
Title: ABC and TLBO Hybridized Algorithm -Based Reactive Power Compensation for DFIG Based Wind Farms - A Survey
Author: Shivaraj Kumar H. C, Dr. B.G Kumaraswamy, Gourishankar C
International Journal of Electrical and Electronics Research
ISSN 2348-6988 (online)
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