【摘要】 针对双碳目标下新能源高渗透接入微电网群，导致的能源缺乏管理、能源流失等问题，提出了一种基于合作博弈的多源配微协同能量管理交易方法。构建含能量管理系统、新能源、博弈论等多方协调的微电网群交易模型，建立风光互补性、负荷特性和储能系统等多种约束，通过优化算法对交易模型进行优化，并采用Shapley值对合作联盟收益进行合理分配，仿真结果表明该方法可有效提高电网对新能源的管理能力。更多还原

【Abstract】 In response to the challenges of energy shortage management and energy loss caused by the high penetration of new energy sources into microgrid clusters under the dual carbon goals, a cooperative game-based energy management trading approach for Multi-source micro-coordination. Establishing a transaction model for microgrid clusters that integrates coordination among multiple factors, including energy management systems, new energy sources, and game theory. This model incorporates various constraints such as wind-solar complementarity, load characteristics, and energy storage system constraints. By employing optimization algorithms, the transaction model is optimized, and Shapley values are utilized for a fair allocation of cooperative alliance profits. The simulation results indicate that this method can effectively enhance the grid’s management capabilities for new energy sources.更多还原