电工技术学报Issue(2)：64-73,10.
计及负荷与储能装置协调优化的微网可靠性评估
Reliability Evaluation of Microgrids Considering Coordinative Optimization of Loads and Storage Devices
摘要
Abstract
For microgrids, coordinative optimization of loads and storage devices is an important approach that promotes the utilization of renewable energy and economic operation. However, the optimization directly changes the customers’ consumption habits and the operation status of storage devices, and affects the reliability of microgrids. This paper establishes optimization models for loads and storages, which are integrated into the reliability evaluation of microgrids by a sequential Monte Carlo method.The integration realizes the consideration of the coordinative optimizationin reliability evaluation of microgrids.Besides, new reliability indices are defined to quantify the impacts of the optimization on the reliability of customers, storage devices and microgrids. Extensive results indicate the effectiveness and accuracy of the presented models and methods. With consideration of the load and storage optimization, the results are of significance to make microgrid operation plans andimprove the reliability and economy of microgrids.关键词
微网/可靠性评估/可靠性指标/负荷与储能装置协调优化/时序蒙特卡罗模拟Key words
Microgrids/reliability evaluation/reliability indices/coordinative optimization of loads and storage devices/sequential Monte Carlo simulation分类
信息技术与安全科学引用本文复制引用
别朝红,李更丰,谢海鹏..计及负荷与储能装置协调优化的微网可靠性评估[J].电工技术学报,2014,(2):64-73,10.基金项目
国家自然科学基金资助项目（51077108）。 （）
