This article presents a model prescient control (MPC) system for variable speed wind energy transformation framework (VS_WECS) based lasting magnet coordinated generator (PMSG). The prescient control is applied for ideal activity of a PMSG wind turbine (WT). The PMSG is attached to the utility framework through a three-stage consecutive (BTB) converter. The greatest force accessible from the WECS is collected by applying the control calculation to the machine side converter (MSC). The dc-interface voltage guideline is accomplished utilizing the framework side converter (GSC). A model of straightforwardly determined PMSG based variable-speed WECS is created and imitated utilizing MATLAB/SIMULINK climate. The MPC gives great unique execution under wide wind speed variety. The viability of the proposed control approach is approved through broad reenactment results. The THD (total harmonics distortion) of the grid current is maintained under the limit of an IEEE-519 standard.