In this paper, a fault-tolerant control structure is suggested in the full-load region of wind
turbine systems to compensate for the effects of both actuator and sensor faults. This method …

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 …

In a distributed generation system, the nonlinear dynamics of a grid-interfaced inverter (GII)
cause dynamic instability and power quality issues. Because traditional linear approaches …

The installed wind energy generation capacity has been increasing dramatically all over the
world. However, most wind turbines are installed in hostile environments, where regular …

Motivated for improving the efficiency and reliability of wind turbine energy conversion, this
paper presents an advanced control design that enhances the power regulation efficiency …

Maximum power extraction and transfer from wind energy conversion systems (WECS) to
the power grid depends on a high-performance control system. This paper proposes a …

The predictive control for a fixed speed wind turbine in the partial load area in investigated in
this study. Using the predictive control parameterized by Laguerre functions based on a …

This research presents an observer-based adaptive fault-tolerant control for wind turbine
systems subject to the pitch angle sensor fault. The design mechanism is based on …

This paper studies the application of estimation error signals frequency domain analysis in
the fault detection field. The estimation error signals of actuators are derived from the …

This paper addresses the problem of robust sensor faults detection and isolation in the air-
path system of heavy-duty diesel engines, which has not been completely considered in the …