Wind turbines play an increasingly important role in renewable power generation. To ensure
the efficient production and financial viability of wind power, it is crucial to maintain wind …

More than 40 years after fuzzy logic control appeared as an effective tool to deal with
complex processes, the research on fuzzy control systems has constantly evolved. Mamdani …

Continuous monitoring of wind turbine health using early fault detection methods can
improve turbine reliability and reduce maintenance costs before they reach a catastrophic …

Data-driven approaches have gained increasing interests in the fault detection of wind
turbines (WTs) due to the difficulty in system modeling and the availability of sensor data …

Reliability improvement of wind turbine power generation is the key issue that can turn the
wind power into one of the main power sources to respond to the world power demands …

A wind turbine (WT) is an electromechanical system that often operates under a wide range
of production conditions. These electrical systems are nowadays expanding rapidly, and …

This paper proposes an adaptive sliding mode observer (ASMO)-based approach for wind
turbines subject to simultaneous faults in sensors and actuators. The proposed approach …

Offshore wind turbine reliability, one of the industry's biggest sources of uncertainty, is the
focus of the present paper. Specifically the impact of uncertain component failure …

With the development of the wind energy industry, condition monitoring (CM) has become
one of the important ways to improve the reliability of wind turbines (WTs). A data driven …

Proportional integral derivative (PID) regulators are the most practical control schemes for
industrial wind turbines. The key to PID design is the determination of the control parameter …