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 …

Abstract Model-based methods are widely used for the fault diagnosis of stochastic dynamic
systems by simply using the input–output relationship of the system. Despite encouraging …

This paper presents a test benchmark model for the evaluation of fault detection and
accommodation schemes. This benchmark model deals with the wind turbine on a system …

This paper deals with fault prognosis of wind turbine in presence of multiple faults. First, a
physical model is presented and used for structural analysis, sensor placement, and clusters …

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

In wind turbine systems, early diagnosis and accommodation of faults are crucial for the
reliable and cost effective operation of wind turbines and their success as viable renewable …

A methodology to calculate process risk in combination with a data based fault detection
method is proposed in this paper. The proposed approach aims to identify and screen the …

In this paper a set-membership approach for fault detection of a benchmark wind turbine is
proposed. The benchmark represents relevant fault scenarios in the control system …

This paper proposes an approach for warnings and failures detection based on fuzzy
clustering and the Mahalanobis distance. Both techniques are developed in a real wind farm …

This paper develops a fault diagnosis (FD) and fault-tolerant control (FTC) of pitch actuators
in wind turbines. This is accomplished by combining a disturbance compensator with a …