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A developed control strategy for autonomous wind generation unit is presented. Optimization techniques based on bacteria foraging algorithm and genetic algorithms are used to tune the proposed control parameters. The proposed system mainly consists of induction generator driven by wind turbine, synchronous machine, consumer load, discrete dump load, and gate turn-off thyristor-based power electronics...
Recently, wind power generation has reached a significant penetration levels in some countries. This is the case for instance in Denmark, Spain and Germany. This imposes new challenges to the transmission system operators (TSOs). New grid requirements for wind generation are needed. These requirements stipulate that wind farms should contribute to power system control, much as the conventional power...
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