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The Pitch Control Algorithm of Wind Turbine Based on Fuzzy Control and PID Control

机译:基于模糊控制和PID控制的风力发电机变桨控制算法

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Due to the special features of great inertia, pure lag and non-linearity provided with wind turbine, coupled with complex and variable working condition, it is difficult to achieve satisfactory control results simply by employing traditional PID, which has the drawbacks such as adjustment inconvenience, poor anti-interference, and large overshoot, and prolonged adjust span. This paper puts forward one type of improved controller combining Fuzzy Control with PID Control. With larger speed deviation, the controller emphasizes Fuzzy Control to speed system response; with less speed deviation, the controller emphasizes PID Control to improve control accuracy. Simulation Test directing at the algorithm is based on the Bladed software, with the positive result of improved dynamic and static performance of wind turbine under large disturbance.
机译:由于风轮机具有惯性大,纯滞后,非线性等特点,加上复杂多变的工况,仅采用传统的PID很难获得满意的控制效果,具有调节不便的缺点。 ,抗干扰性差,超调量大以及调整范围延长。提出了一种将模糊控制与PID控制相结合的改进型控制器。速度偏差较大时,控制器强调模糊控制以提高系统响应速度。在速度偏差较小的情况下,控制器强调PID控制以提高控制精度。针对该算法的仿真测试基于Bladed软件,在大扰动下提高了风机动态和静态性能的积极结果。

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