This paper proposes a strategy for hybrid control of variable speed wind turbines connected
to the electrical grid, using a Double Fed Induction Generator (DFIG). An efficient validation …

In speed control, double-fed-induction generator (DFIG) has attracted attention in wind
energy conversion systems (WECs). These systems can offer higher performances by …

This paper study a robust fuzzy sliding mode second order control for a horizontal axis wind
turbine with DFIG (doubly fed induction generator) supplied directly in stator by grid and …

The paper studies the problem of robust tracking of the fuzzy systems in the presence of
uncertainties. A robust feedback controller based on the linear matrix inequality (LMI) is …

This paper proposes a robust protection technology to enhance the grid-connected
capability of the doubly fed induction generator (DFIG) based on wind turbines (WTs) under …

The current study of robust sliding mode second-order controller (SMSOC) based on super-
twisting adaptive neuro-fuzzy inference system (ST-ANFIS) algorithm applied to an HWTS …

In this paper, the robust strategy based on the coupling of two controllers (sliding mode &
fuzzy logic) is concerned to ameliorate the robustness and the performances of a variable …

This paper study the robust nonlinear sensor-less sliding mode control (SMC) of the wind
turbine chain associated with doubly fed induction generator (DFIG), the energy transfer …

Wind energy generation provides one of the best and economical solution to the growing
power demand. Doubly Fed induction generator is one of the most important variable speed …

The current study proposed a robust sensor-less sliding mode second-order based on a
super twisting algorithm (STA-SMSO) approach using a new observer Model Reference …