电力系统自动化2025，Vol.49Issue(13)：16-31,16.DOI:10.7500/AEPS20231014002
面向韧性提升的综合能源系统规划与运行调度研究综述
Research Review of Planning and Operation Dispatch of Integrated Energy System for Resilience Enhancement
摘要
Abstract
The increasingly frequent occurrence of extreme events highlights the necessity and urgency of resilience enhancement of integrated energy systems.Currently,the resilience enhancement of integrated energy systems usually focuses on the planning or operation dispatch stage,and proposes corresponding solutions.As the two core sectors that support and complement each other in the implementation process of the integrated energy system,if the resilience concept can be implemented throughout the planning and operation dispatch process,through multi-sector coordination,the overall resilience enhancement may be achieved at a lower cost.In this paper,the ideas and methods for enhancing the resilience of integrated energy systems are examined from both system planning and operation dispatch viewpoints.On one hand,the research results on enhancing the resilience of integrated energy systems during the planning phase have been comprehensively reviewed from four aspects:equipment redundancy configuration,multi-energy integration,multi-region interaction,and cross-system coupling.On the other hand,resilience enhancement strategies for the operation dispatch phase of integrated energy systems are analyzed from three dimensions,namely,pre-disaster defense,disaster response,and post-disaster recovery.Finally,based on the current trend of energy transformation,taking cross-border integration as the basic concept,while employing both physical and data-driven methods,the resilience of integrated energy systems can be enhanced through planning and operation coordination.关键词
综合能源系统/韧性/极端事件/规划/运行调度/跨界融合Key words
integrated energy system/resilience/extreme event/planning/operation dispatch/cross-border integration引用本文复制引用
任洪波,张宇晨,吴琼,李琦芬..面向韧性提升的综合能源系统规划与运行调度研究综述[J].电力系统自动化,2025,49(13):16-31,16.基金项目
上海市青年科技启明星计划资助项目(22QA1403900) （22QA1403900）
国家自然科学基金资助项目(71804106). This work is supported by Shanghai Rising-Star Program(No.22QA1403900)and National Natural Science Foundation of China(No.71804106). （71804106）
