Because of the applicability challenges of power/torque control technology near the rated wind speed for large wind turbines

this paper proposes a fuzzy-based electrical power and load cooperative control strategy for large wind turbines in the full-generation stage. Firstly

a fuzzy algorithm is used to intelligently judge the rotation speed change trend of the generator's speed change during full-generation stage. Secondly

maximum/minimum torque coefficients and power switching coefficients are proposed

and different control strategies are flexibly selected based on the trend of rotation speed change of generat or. That achieve the organic combination of constant-power and constant-torque control method. Finally

the effectiveness of the proposed method is verified through simulation experiments. This method can not only maintain relatively stable of electrical power and ensure the operation safe of wind turbines and the grid

but also effectively reduce the fatigue loads on the major components of wind turbines

which can extend its service life.