This article investigates a new sliding mode control structure for a variable speed wind
turbine, in order to maximize the captured wind energy and to reduce the transient loads …

In this paper, a fault tolerant model predictive control scheme is proposed for wind turbines
in the partial-load region to meet the control objectives in the presence of disturbances …

This article deals with nonlinear model‐based control design for wind turbines. By
systematically integrating several mechanical degrees of freedom in the control design …

The output regulation of DC–DC converters is a challenging problem due to the fast
switching behavior in the presence of the uncertainty/variation in the model, input, and load …

This paper investigates the simultaneous design of a controller and Luenberger state
observer for systems with time-delays, external disturbances, uncertainties, modeling errors …

It is challenging to precisely control the attitude of a satellite when performing a fast and
large-angle maneuver, for instance, in the staring mode. To solve this issue, this paper …

This paper presents a contribution related to the control of nonlinear variable-speed marine
current turbine (MCT) without pitch operating below the rated marine current speed. Given …

This study addresses the problem of reliable power generation in wind turbines subject to
actuator and sensor faults in the presence of disturbances and uncertainties. For this …

A novel approach for increasing the sustainability and reliability of energy conversion in a
wind turbine (WT) system in the presence of uncertainties/disturbances and sensors fault is …

The mechanical power of the wind turbine has a cubic relationship with wind speed.
Therefore, during high wind speed, the output power of wind turbine driven permanent …