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Multifunctional Grid Connected Electrical Converter Interfaced with a Wind Energy Conversion System
Abstract
This study deals with a three phase multifunctional grid-connected electrical converter interfaced with a Wind Energy Conversion System (WECS) is represented. The studied system consists of a Permanent Magnet Synchronous Generator (PMSG) primarily based turbine, a rectifier and a three-phase voltage supply electrical converter connected to the utility at the purpose of common coupling. to make sure the multifunctional feature, we tend to propose an on the spot power management (DPC) that is applied to eliminate line current harmonics, compensate reactive power and feeding alternative energy into the utility. Simulation results ar provided to demonstrate the effectiveness of the projected system. The results show that the management rule of system is effective for eliminating harmonic currents, reactive power compensation and inject the active power out there from the PMSG turbine into the load and/or grid, that allowed United States of America to substantiate the strength of the projected strategy.
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References
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