The high penetration of renewable energy sources introduces uncertainty, posing significant challenges to the secure operation of multiple microgrids interconnected through lower
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It explores the integration of hybrid renewable energy sources into a microgrid (MG) and proposes an energy dispatch strategy for MGs operating in both grid-connected and standalone modes.
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In order to solve the dilemma of achieving local high energy efficiency in multi-energy microgrids, which require large-capacity ESS and involve high investment costs, Ref. [13] proposed
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Taking the microgrid in a certain area of Northwest China as an example, the effectiveness of the proposed strategy and configuration scheme is verified.
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This paper takes the SESS connecting multiple microgrids as the research object, and proposes a robust optimal scheduling method considering double uncertainty, so as to better achieve
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In this paper, an operation optimization strategy of multi-microgrids and shared energy storage system is proposed, which considers the uncertainty of energy output and the difference of
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Finally, through case study simulations of an actual microgrid in Southwest China, the feasibility and effectiveness of the proposed ES optimization strategy are verified.
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To address power mutual support and local consumption of renewable energy in grid-connected multi-microgrid systems, this study proposes a two-stage optimized operation strategy
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Firstly, a multi-objective master–slave game optimization model is developed with the objective of maximizing the revenue earned by shared energy storage operators while
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As microgrids evolve towards integrating diverse energy sources and accommodating interactive competition among various stakeholders, conventional centralized optimization methods
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