Control of a PMSG based wind power system using abc-frame under distorted and asymmetrical voltage conditions
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Universidade Federal de Minas Gerais
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The power network of wind farms is characterized by weak grid, where voltages may be heavy distorted and asymmetrical challenging the inverters current controllers that must be impervious to such disturbances. Then, this paper proposes to evaluate the operation performance of a wind power system based on permanent magnet synchronous machine using a control scheme devised in abc-frame under non-ideal voltage conditions. Such system may also perform load current compensation aggregating more functionality and increasing its cost-benefit.
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Parque eólico, Sistemas elétricos de potência
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Stators , Torque , Wind power generation , Voltage control , Generators , Mathematical model , Inverters, PMSG , abc-frame , asymmetric , distorted , wind-speed , MPPT, Power System , Voltage Conditions , Asymmetric Conditions , Permanent Magnet Synchronous Generator , Asymmetric Voltage , Control Strategy , Inverter , Permanent Magnet , Wind Farm , Synchronous Motor , Permanent Magnet Synchronous Motor , Current Compensation , Weak Grid , Permanent Magnet Synchronous Machines , Power Generation , Direct Control , Control Loop , Wind Turbine , Microgrid , Maximum Power Point Tracking , Stator Current , Grid Current , Mechanical Speed , Dc Bus Voltage , Synchronous Frame , Maximum Power Point , Electrical Angle , Field Flux , Speed Regulation
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https://ieeexplore.ieee.org/abstract/document/8333638