Safe pitch angle-based pole–zero–gain scheduling, and controller blending of H∞
controllers for a variable-speed variable-pitch wind turbine in the full load region are …

A comparative study of the effectiveness of an innovative optimised nacelle on fatigue loads
alleviation and performance improvement in both upwind and downwind configurations has …

The efficiency of a vertical-axis wind turbine is remarkably less than a horizontal-axis wind
turbine and consequently, the most important challenge of the former one is to enhance its …

A novel opto-mechanical platform to measure the dynamic response of a multi-megawatt
wind turbine is developed and applied. This opto-mechanical platform measures the blade …

A robust multivariable strategy for pitch and torque control design of variable‐speed variable‐
pitch wind turbines in the full load region is introduced in this paper. The pitch and torque …

在基于叶片根部载荷的PID 独立变桨控制的基础上, 引入激光雷达并提出优化的独立变桨控制
方法. 利用激光雷达可重建风力机前方风场信息的特点, 对风力机前方风速进行提前测量 …

A novel experimental study on the use of individual pitch control to extend the fatigue life of
wind turbines is conducted. The experiment is accomplished using a sub-scale model of a …

The theoretical feasibility of the power output strategy based on rotor cone angle control for
ultra-scale downwind wind turbines is studied in this paper via the Open FAST simulation …

A wind shear estimation method based on fore‐aft moment is proposed to estimate wind
shear strength without a Doppler lidar. We construct wind shear estimation models (WSEMs) …

For large offshore wind turbines, pitch control is usually used for regulating generated power
to the rated value and for mitigating the dynamic loads that at the wind speeds above the …