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In the construction of clean and low-carbon community energy management systems, the challenges of the new era of low-carbon community development lie in monitoring and utilizing the massive panoramic information obtained from physical equipment within the community, constructing digital twin models of intelligent clean energy systems, and achieving multi-energy complementarity and energy conservation and emission reduction. Based on the optimization and complementarity of multi-energy interconnected systems and the coordinated operation control technology of “sourcegrid-load-storage,” this paper designs a digital twin-based green and low-carbon community energy system operation management platform that integrates the needs of multiple business scenarios. By integrating modeling, simulation, artificial intelligence, and hierarchical control across multiple temporal and spatial scales through digital twin technology, this platform offers functions such as energy planning, operation and control, demand response, distributed energy trading, and carbon neutrality services. It addresses the issues of information barriers hindering the development of clean energy systems such as “source-grid-load-storage integration” in energy systems, effectively supporting key aspects of integrated energy systems, including planning and design, optimized operation, online safety analysis, and equipment health management.
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