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Research on Rotor excitation neural network PID control of variable speed constant frequency wind turbine

机译:变速恒频风力发电机转子励磁神经网络PID控制研究。

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The key of variable speed constant frequency wind turbine operating control is the rotor excitation control, This article state the double-fed generator stator magnetic field direction detection control principle, discussed the stator magnetic field localization and the rotor position definite method, The rotor excitation uses neural network PID control which realizes easily in DSP, and has developed the DSP rotor excitation control device, has conducted the double-fed generator rotor excitation neural network PID control experimental study. The test result indicated that, the double-fed generator uses the neural network PID control strategy The test result indicated that, the double-fed generator uses the neural network PID control strategy is effective, not only it can realize the active power and the reactive power independent control, but also has the good static adjustment characteristic and the dynamic characteristic.
机译:变速恒频风力发电机运行控制的关键是转子励磁控制,本文阐述了双馈发电机定子磁场方向检测的控制原理,讨论了定子磁场定位和转子位置确定方法,转子励磁采用神经网络PID控制在DSP中很容易实现,并开发了DSP转子励磁控制装置,进行了双馈发电机转子励磁神经网络PID控制的实验研究。试验结果表明,双馈发电机采用神经网络PID控制策略。试验结果表明,双馈发电机采用神经网络PID控制策略是有效的,不仅可以实现有功,无功。功率独立控制,还具有良好的静态调节特性和动态特性。

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