The invention discloses a wind power cluster integrated frequency control method based on hierarchical distributed model predictive control, which comprises the following steps of: establishing a hierarchical distributed model predictive control H-DMPC controller; The multi-time scale coordinated variable granularity frequency control framework of wind power cluster is established in the tertiaryfrequency modulation layer, the secondary frequency modulation layer and the primary frequency modulation layer. The rolling optimization models are established on the spatial scale in the tertiary frequency modulation layer, the secondary frequency modulation layer and the primary frequency modulation layer respectively. In the aspect of wind power prediction error correction, the feedback correction link is established to realize the closed-loop operation of integrated frequency control through the feedback correction of grid operation state and prediction data. The invention establishes a feedback correction link according to the real-time operation state of the system, realizes the closed-loop operation of the integrated frequency control strategy, and the proposed control strategy caneffectively realize the wind power cluster to participate in the system frequency modulation, and can consider both the economy and the safety objectives of the system.