Wind Driven Induction Generation Energy Saving of Single Phase Induction Motor Drives Using Multi Objective Genetic Algorithm Optimization

The paper presents a novel self adjusting wind energy utilization scheme using a modified single phase operation of the three phase induction generator. The proposed scheme is supplemented by a voltage stabilization switched filter compensation schemes which is controlled by a dynamic Multi Objective Genetic Algorithm MOGA error driven self adjusting PID controller. The Green Plug Filter Compensator GPFC schemes are equipped with a dynamic online error driven optimally tuned PID controller that ensures improved power factor, reduced feeder losses, stabilized voltage, minimal current ripples and efficient energy utilization/conservation with minimal impact on the host electric grid security and reliability. The scheme is suitable for small scale applications of wind energy utilization in the range from 5-25 KVA.