Modern multi-megawatt wind turbines are currently designed as pitch-regulated machines,
ie, machines that use the rotation of the blades (pitching) in order to adjust the aerodynamic …

Structural loads vibration is a critical problem in WTs (wind turbines) due to many reasons
such as the complicated dynamics, structural coupling and diversity of the driving sources …

The reduction in power output associated with complex turbine-wake interactions in wind
farms necessitates the development of effective wake mitigation strategies. One approach to …

This paper proposes a wavelet multi-resolution based individual pitch control strategy for
spar-type floating offshore wind turbines (FOWTs) and investigates its performance under …

Individual pitch control has shown great capability of alleviating the oscillating loads
experienced by wind turbine blades due to wind shear, atmospheric turbulence, yaw …

Fault Diagnosis and Sustainable Control of Wind Turbines: Robust Data-Driven and Model-
Based Strategies discusses the development of reliable and robust fault diagnosis and fault …

In this brief, we present a method to estimate the tower fore-aft velocity based upon
measurements from blade load sensors. In addition, a tower dampening control strategy is …

As the maturity and complexity of wind energy systems increase, the operation of wind
turbines in wind farms needs to be adjustable in order to provide flexibility to the grid …

The use of upstream wind measurements has motivated the development of blade‐pitch
preview controllers for improving rotor speed tracking and structural load reduction beyond …

Offshore wind energy is a promising option for emission-free power generationbecause its
potential can satisfy the entire US energy demand. However, deep offshore wind energy is …