With the wide application of high proportion of distributed clean energy in regional microgrids, the issue of maximizing the utilization of renewable energy among multi-microgrids has become a research hotspot. Based on the proposed multi-microgrids' energy collaborative optimization and complementation model, a multi-microgrids' energy real-time optimization management and dispatch strategy is proposed that fully considers the real-time complementarity of renewable energy between multi-microgrids and achieves the best coordinated dispatch of energy. Two typical scenarios were set up in the IEEE 33-bus network model for verification, and the synergistic effects of different schemes were compared and set up. The data obtained demonstrate that the dispatch and management strategy proposed in this paper can achieve the maximum integration of renewable energy and the lowest operating cost among multi-microgrids, and it also validates the real-time, feasibility, and effectiveness of the proposed strategy.

中文翻译：

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基于多微网能源协同优化互补模型的实时能源调度策略

随着分布式清洁能源在区域微电网中的广泛应用，多微电网间可再生能源的最大化利用问题已成为研究热点。基于所提出的多微电网能源协同优化互补模型，提出了充分考虑多微电网之间可再生能源实时互补性并达到最优的多微电网能源实时优化管理与调度策略。能源协调调度。在IEEE 33总线网络模型中设置了两个典型场景进行验证，并比较和建立了不同方案的协同效应。所得数据表明本文提出的调度管理策略能够实现多微电网中可再生能源的最大整合和运行成本最低，也验证了所提策略的实时性、可行性和有效性。