Enhanced Control Strategies of Permanent Magnet Synchronous Wind Power Generation System under Unbalanced Grid Voltage Conditions
Power and Energy Engineering Conference（2010）
摘要
This paper presents an analysis and control design of a permanent magnet synchronous generation (PMSG)-based wind generation system operating under unbalanced network conditions. A proportional-resonant current controller using stationary-frame is applied for current control of the system to achieve the control target of eliminating the negative sequence current input into the grid supply network and reducing the pulsations of both active and reactive power output from the overall system.
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关键词
machine control,synchronous generators,permanent magnet synchronous generation (pmsg),unbalanced grid voltage conditions,grid voltage unbalance,reactive power control,p-r controller,negative sequence current,electric current control,permanent magnet synchronous wind power generation system,permanent magnet generators,grid supply network,power grids,grid-side converter (gsc),reactive power output,voltage control,proportional-resonant current controller,wind power,enhanced control strategies,component,wind power plants,proportional control,control systems,reactive power,oscillators,permanent magnets,permanent magnet synchronous generator
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