The influence of wind power fluctuations on the grid can not be ignored. Adding hybrid energy storage system to wind power grid system can effectively reduce the effects of wind power on the grid. First of all, according to the requirements of fluctuations in the amount of wind power network, this paper estimates the amount of forecast wind power fluctuations on a moment. Then, it establishes a fuzzy controller based on the wind power forecast fluctuations power and battery current energy state, outputs stabilizing coefficient K1, and calculates the actual output power of the hybrid energy storage system and grid power of the wind storage. Thirdly, it utilizes the hybrid energy storage SOE variation and super capacitor current energy state, establishes a fuzzy controller, outputs distribution coefficient K2, calculates the actual output power of the super capacitor and battery, and updates the energy state of hybrid energy storage in real time. Finally, an example proves that coordination control algorithms are reliable and effective in hybrid energy storage capacity under the condition of sufficient and insufficient, and is able to adequately resolve the contradiction between the service life of the hybrid energy storage and wind power fluctuation degree of ease. This work is supported by Fundamental Research Funds for the Central Universities (No. 00-800015G2).