With the development of large-scale wind power bases

the restricted consumption of wind power remains a significant problem to be solved. A dispatch method including the intensive energy loads control is proposed based on the analysis of wind power consumption situation and the characteristics of intensive energy loads. As for the day-ahead dispatch

a control model is established to maximize the consumed wind power energy in the focused day with the full use of the regulating ability of discrete adjustable intensive energy loads. And the control model built for the intraday dispatch is to maximize the integrated wind power at the focal moment with the adjustment of continuously adjustable intensive energy loads. Then the dispatch method for the load-source coordination based on the rolling optimization of energy and power is illustrated

which may improve the wind power integration and ease the problem of the blocked wind power. The simulation results of Hexi power grid in Gansu Province have verified the feasibility and effectiveness of the proposed method.