面向受损环境的韧性微电网资源规划配置与系统恢复研究

随着自然灾害现象增多以及社会矛盾激化，构建与优化韧性微电网系统已成为当今社会实现稳定、可靠能源供应保障的迫切需求。项目遵循以系统韧性评价为研究基础、以防御资源规划和分布式电源优化配置为系统韧性提升方法、以系统维修调度和拓扑重构优化为能力快速恢复手段的研究思路，运用系统工程理论、复杂系统优化建模、智能求解算法等先进理论和方法，开展面向受损环境的韧性微电网资源规划配置与系统恢复系列重要问题研究，包括：1）面向多受损场景模式下的微电网系统韧性评价研究，2）随机受损环境下韧性微电网资源预防规划与实际调配优化研究，3）基于区域划分的韧性微电网系统恢复与资源配置联合优化研究，4）模型算法应用验证研究。项目研究将为提高韧性微电网受损环境下生存性水平以及能源供应保障效能奠定理论依据和技术基础，同时也为我国应急能源保障系统规划、设计与建设，以及我军用微电网系统的战场智能防御与高效运维提供有力的支撑和保障。

As the increase of natural disaster and the intenseness of society contradiction, construction and optimization of the resilient microgrid is in active demand nowadays, which can provide the stable and reliable energy supply for society. This project research is based on the system resiliency evaluation, treats the defense resource planning and distributed generator allocation as the improving way of system resiliency, and uses the maintenance scheduling and topology reconfiguration as the rapid way of system restoration. And the researches use the theory and technologies of system engineering, complex system optimization modeling, and intelligent optimization algorithm, to study the problems of the resource planning, allocation and system restoration for the resilient microgrid in damage environment. The researches include: 1) the microgrid resiliency evaluation under multiple damage scenario mode, 2) the defense resource planning and real scheduling optimization for resilient microgrid in the stochastic damage environment, 3) the joint optimization on the system restoration and resource allocation for resilient microgrid based on the districting, and 4) the application of the model and algorithm. The research can provide the theoretical foundation and technological base for improving the survivability and energy supporting efficiency of resilient microgrid in the damage environment, which also provides solid support to the planning, design and construction of the country emergency energy support system, and the smart battlefield defence and effective operation of the military micrgrid.