Large-scale integration of intermittent renewable energy brings great challenges to power system’s operation and control. The reasonable utilization of time-space complementary characteristics of wind energy can effectively decrease the effect of wind power fluctuation. Based on the wind power output data of one regional power grid, this paper analyses the influence of complementary characteristics of wind power on dynamic reserve, peak shaving, frequency control and tie line power control. Then, a multi-level coordinated scheduling and control scheme is proposed, featured with multi-time scale coordination, multi-area resource sharing, unified frequency control and full advantage of demand response. Finally, the differences between the new scheduling scheme and the existing scheduling mode are discussed.