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 …

For a horizontal-axis wind turbine (HAWT), a dynamic nonlinear model with four degrees of
freedom is derived and transformed into a Takagi-Sugeno (TS) model structure using the …

In this paper a multivariate control strategy for regulating generator power and minimizing
rotor blade loads during high wind speed is proposed. Due to high demand on wind energy …

The challenges related to the monitoring, diagnosis and control of a wind farm are
presented. First, Wireless Sensors Networks are investigated, from an Internet of Things …

Structural loads of wind turbines are becoming critical because of the growing size of wind
turbines in combination with the required dynamic output demands. Wind turbine tower and …

In this paper, two alternative Linear Matrix Inequality (LMI) approaches were used to derive
a decentralised control for an innovative 5 MW wind turbine with a hydrostatic transmission …

In this paper, we would like to propose an improved PID multimodel approach for two bases
with four and eight models for variable-speed horizontal axis wind turbine. This turbine uses …

This paper considers the neural network controller design problem for variable pitch wind
energy conversion systems (WECS) with non‐Gaussian wind speed disturbances in the …

In this paper, a model-based control is proposed for an innovative 5 MW wind turbine with a
hydrostatic transmission and a permanent magnet synchronous generator (PMSG). The …

In this paper, a decentralised control approach for an innovative 5 MW wind turbine with a
hydrostatic transmission is presented that covers the whole range from low to very high wind …