Wind turbine installation is growing consistently and fast. Wind turbines are getting bigger in
size and power, what incurs that a simple unit breakdown causes large energy losses. They …

In this paper, a robust data-driven fault detection approach is proposed with application to a
wind turbine benchmark. The main challenges of the wind turbine fault detection lie in its …

This review article examines the range of sensors that have been proposed for monitoring
wind turbine blade loads for the purpose of active load control over the past decade. Wind …

Modern wind turbine controllers use wind speed information to improve power production
and reduce loads on the turbine components. The turbine top wind speed measurement is …

High operations and maintenance costs for wind turbines reduce their overall cost
effectiveness. One of the biggest drivers of maintenance cost is unscheduled maintenance …

Wind turbines are increasingly growing larger, becoming more complex, and being located
in more remote locations, especially offshore. Interest in advanced controllers for normal …

Under the detrimental effects of sensor and actuator faults, the blade pitch system is found to
be the least reliable subsystem. Therefore, to apprehend required level of reliability and …

This study focuses on the dynamic responses of land‐based and floating wind turbines
under blade pitch system fault and emergency shutdown conditions. The NREL 5 MW …

A proportional multi‐integral (PMI) observer scheme is used to reconstruct actuator and
sensor faults in large‐scale wind turbines. For the nonlinear full‐load region, a PMI observer …

This paper presents a new approach to active sensor fault tolerant tracking control (FTTC)
for offshore wind turbine (OWT) described via Takagi–Sugeno (T–S) multiple models. The …