Abstract: With the large scale wind integration in power system and the increasing wind penetration, frequency control with only traditional power supply cannot satisfy system stability requirements. It is necessary that wind power has the ability to coordinate with traditional power in power system frequency control. Firstly, a multi-area interconnected power system model with large scale wind power cluster and traditional power was established taking into consideration of several nonlinear physical constraints; Secondly, a Laguerre function based distributed model predictive control strategy concerning the ultra-short term forecasting information of wind power was proposed, which operated online rolling optimization using wind farm forecasting data to realize advanced frequency control; Finally, a Nash equilibrium coordination online optimization algorithm was proposed to solve the distributed model predictive control strategy using Laguerre functions, which realized online fast optimization of multivariable systems with constraints. The simulation results demonstrated the feasibility and effectiveness of the proposed strategy and algorithm.