… As a result, if the closed loop system is stable, the suggested … the locked system’s stability.
Simulation results demonstrate … A direct torque control associated with an artificial neural …

… Mainly due to its control stability, since it is possible to access to the stator and rotor … steps
imposed to the system satisfied the requirement for a grid-connected DFIG wind energy system …

… wind farm is connected to bus 40, which is then connected to … -WT, the study of the stability
of adaptive MPC for DFIG-WT, … model predictive control for DFIGbased wind power generation,…

… stable control strategy based on the finite-control-set model-… of wind energy conversion
systems to stay connected to the … proposed for the Doubly Fed Induction Generator (DFIG) system…

… connection, the auxiliary grid support capacity of wind energy system should be exploited
for the grid stability … technique for DFIG-based wind energy systems with improved transient …

… a 9 MW wind farm of six 1.5 MW wind turbines connected to a 120 … This farm consists of six
1.5 MW DFIG-based wind energy … of the model predictive control and power circuit of the SDC-…

… are verified, and the control technique is very efficient, enhancing system stability for the …
via the use of model predictive control (MPC) in this article. To accomplish the control goals, the …

… related to the adaptive state feedback, and u 1 and u 2 are related to the robust predictive
control. … equilibrium and robust predictive control to ensure stability in the face of uncertainties. …

… DFIG to meet grid connection requirements. The proposed method uses model-based predictive
control (… penetration of wind energy has raised significant security and stability issues for …

… in instability for certain conditions due to a mismatch in the values. Therefore, it is mandatory
to determine the acceptable degree of parameter variation to maintain system stability. …