摘要
研究了综合能源系统多市场主体参与新能源消纳的博弈行为分析问题。建立了从综合能源系统电、气、热供给到终端用户电、热、冷需求的多能流供应、转换、存储、消费的多级竞标策略优化模型,提出了涉及多能源趸售-零售-终端环节的Cournot-Stackelberg两层主从博弈结构;提出了相应的迭代求解算法,并在定价机制、多能互补、储能配置等方面对博弈均衡结果进行了算例分析。
This paper focuses on the gaming behaviors analysis of multi-market entities participating in renewable energy accommodation under the integrated energy system.A multi-level bidding strategies optimization models for production,conversion,storage and consumption in multi-energy flow from electricity,gas and heat supply of integrated energy system to electricity,heat and cold demand of terminal users is established.A cournot-stackelberg game structure involving multiple energy sales-retail-terminals and an iterative algorithm are presented in this paper.Based on this game model,the equilibrium results in different pricing modes,multi-energy complementarity,and energy storages are discussed at the end of the paper.
作者
姚高瑞
刘西林
YAO Gaorui;LIU Xilin(School of Management,Northwestern Polytechnical University,Xi’an 710072,China;School of Business,Xi’an University of Finance and Economics,Xi’an 710100,China)
出处
《计算机工程与应用》
CSCD
北大核心
2019年第7期226-233,共8页
Computer Engineering and Applications
基金
中国(西安)丝绸之路研究院科研项目(No.2017SY01)
国家统计局全国统计科学研究项目(No.2018LY49)
