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Modeling and Rotor Current Control of Doubly-fed Induction Machine with Complex Signal Flow Graphs

机译:具有复杂信号流图的双馈感应电机的建模和转子电流控制

摘要

Doubly fed induction machine can be used for wind energy generation. The control of rotor currents can facilitate variable speed constant frequency operation at unity power factor. A model based on complex signal flow graph is developed. This leads to a physically insightful control structure of the machine. A rotor current control strategy based on the complex signal flow graph is developed to facilitate fast current control. The paper gives the analysis, design and simulation for rotor current control in doubly fed induction machine.
机译:双馈感应电机可用于风能发电。转子电流的控制可以促进以恒定功率因数进行的变速恒频运行。建立了基于复杂信号流图的模型。这导致了机器上物理上有见地的控制结构。开发了基于复杂信号流图的转子电流控制策略,以促进快速电流控制。本文给出了双馈感应电机转子电流控制的分析,设计和仿真。

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