The aim of Energy Internet is to realize the utilization and shearing of large-scale renewable energy. With the theme of “openness

equality

collaboration

and sharing”

this paper proposes a wide-area coordination and consumption strategy of large-scale wind power based on the non-zero-sum game. This strategy can make regions distribute the created benefits further

so that their enthusiasm for wind power consumption can be increased. Firstly

the equivalent cost of the region is set as the game factor to generate a non-zero-sum game dual-cost matrix. Secondly

the discrete particle swarm optimization algorithm and the strategy iterative game method are used to find out the Nash equilibrium point and the mixed strategy Nash equilibrium. Finally

the Pareto optimal analysis is used to determine the Schelling points. The result of the example shows that the proposed strategy can realize the rational distribution of interests among regions while balancing the economy of interconnected systems

so the enthusiasm of the wind power consumption area can be improved and large-scale wind power can be accommodated further.