Master-slave Game Trading Method Based on Coordinated Control of Wind Power and Thermal Storage Electric Boiler Load

Abstract

With the large-scale integration of wind power, the problem of obstructed wind power consumption caused by insufficient peak shaving capacity of conventional power has become prominent. Using the market incentive mechanism to tap the regulation potential of adjustable load to improve the wind power consumption capacity is an urgent research topic. Based on this, this paper proposes a master-slave game trading method based on the coordinated control of wind power and thermal storage boiler load. First, based on the technical feasibility of coordinated control of wind power and thermal storage boiler load, a bilateral transaction model of wind farm and thermal storage boiler enterprises is proposed, and the costs and benefits of wind farms and thermal storage power boiler enterprises are further analyzed and modeled; then, the wind farm and thermal storage boiler companies' Master-slave game relationship is analyzed; Finally, a master-slave game trading method based on coordinated load control of wind power and thermal storage electric boiler load is proposed. The simulation analysis of the actual operation data of a certain regional power grid validates the feasibility and effectiveness of the proposed method.