Comparative study of SVM and hysteresis control strategies for grid side converter of PMSG
India Conference（2014）
摘要
This paper deals with dynamic simulation of a directly driven Permanent Magnet Synchronous Generator (PMSG) with a full scale converter interfaced to the grid. A comparative assessment of two control strategies is the main focus of this paper. The first is the SVM based voltage oriented control strategy and the second is the hysteresis current control strategy. Maximum power point tracking and pitch angle control is also modeled. The controller performance is analyzed through simulation results with various changes in wind velocity.
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关键词
control engineering computing,electric current control,electric machine analysis computing,machine control,maximum power point trackers,permanent magnet generators,pitch control (position),power control,power grids,support vector machines,synchronous generators,voltage control,pmsg,svm,full scale converter interface,grid side converter,hysteresis current control strategy,maximum power point tracking,permanent magnet synchronous generator,pitch angle control,voltage oriented control strategy,wind velocity,hysteresis current control,pitch control,voltage oriented control,generators,reactive power,wind speed,wind turbines,hysteresis
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