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Self-tuning Fuzzy Adaptive PID Pitch Control of Wind Power Systems

机译:风电系统自调整模糊自适应PID控制

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A large variable speed constant frequency (VSCF) wind power system usually adopts the variable pitch control technology to ensure the output power is steady to ensure the safety of the wind power system above the rated wind speed. But the strong nonlinear and large moment of inertia of wind turbine result in the difficulty of variable pitch control, both simple fuzzy control and conventional PID control can not achieve a good control effect. Concerning this issue, variable pitch control algorithm is proposed based on self-tuning fuzzy adaptive PID control strategy. According to the dynamic model of VSCF, a simulation model of wind turbine control system is built in this paper with Matlab/Simulink. When the wind speed is random variable above the rated speed, the simulation results show that the proposed control strategy can keep the output power of the system around the rated power.
机译:大型变速恒定频率(VSCF)风电系统通常采用可变音高控制技术,以确保输出功率稳定,以确保风电系统的安全性高于额定风速。但是风力涡轮机的强烈非线性和惯性惯性的大时刻导致可变间距控制的难度,既简单的模糊控制和传统的PID控制都无法达到良好的控制效果。关于此问题,基于自调谐模糊自适应PID控制策略提出了可变音高控制算法。根据VSCF的动态模型,本文用MATLAB / Simulink建立了风力涡轮机控制系统的仿真模型。当风速是随机变量高于额定速度时,仿真结果表明,所提出的控制策略可以保持系统的输出功率围绕额定功率。

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