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Novel Self Regulating Power Filter Compensation Schemes for Small Wind Driven Induction Generation Used in Residential...
ISSN: enPublisher: author   
Novel Self Regulating Power Filter Compensation Schemes for Small Wind Driven Induction Generation Used in Residential...
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Abstract
The growth in environmental concerns, and the rapid increase on the electric power demand, increased the interest in renewable energy. Wind energy source has the ability to provide electric power in rural or isolated areas. The variation of output power with the variation of wind speed can cause significant power quality issues, especially in the case of a standalone generation system. The paper presents a number of novel self adjusting wind energy utilization schemes using the modified single phase operation of the three phase induction generator supplemented by novel voltage stabilization switched filter compensation scheme. The family of series-parallel switched capacitor filter schemes is controlled by a dynamic Particle Swarm Optimization PSO and Genetic Algorithm GA search techniques error driven self adjusting controller to ensure voltage stabilization, minimum impact of the electric load excursions and wind variations on termi...
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International Category Code (ICC):
ICC-0202
Adel A. A. El-gammal, Adel M. Sharaf
International Article Address (IAA):
IAA.ZONE/en6802en
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