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Research on the bi-layer low carbon optimization strategy of integrated energy system based on Stackelberg master slave game

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Global Energy Interconnection 2023年第4期6卷 389-402页

作者： Lizhen Wu Cuicui Wang Wei Chen Tingting Pei College of Electrical and Information Engineering Lanzhou University of TechnologyLanzhouGansu730050P.R.China School of Electrical and Data Engineering (University of Technology Sydney)NSWAustralia

With increasing reforms related to integrated energy systems(IESs),each energy subsystem,as a participant based on bounded rationality,significantly influences the optimal scheduling of the entire IES through mutual learning and imitation.A reasonable multiagent joint operation strategy can help this system meet its low-carbon *** paper proposes a bilayer low-carbon optimal operational strategy for an IES based on the Stackelberg master-slave game and multiagent joint *** studied IES includes cogeneration,power-to-gas,and carbon capture *** on the Stackelberg master-slave game theory,sellers are used as leaders in the upper layer to set the prices of electricity and heat,while energy producers,energy storage providers,and load aggregators are used as followers in the lower layer to adjust the operational strategy of the *** IES bilayer optimization model based on the Stackelberg master-slave game was ***,the Karush-Kuhn-Tucker(KKT)condition and linear relaxation technology are used to convert the bilayer game model to a single ***,which is a mathematical program solver,is used to solve the equilibrium problem and the carbon emission trading cost of the system when the benefits of each subject reach maximum and to analyze the impact of different carbon emission trading prices and growth rates on the operational strategy of the *** an experimental demonstration,we simulated an IES coupled with an IEEE 39-node electrical grid system,a six-node heat network system,and a six-node gas network *** simulation results confirm the effectiveness and feasibility of the proposed model.

关键词： Integrated energy system Stackelberg master-slave game power-to-gas system Carbon capture systems

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