摘要
针对配电网灾后突发多处故障快速制定应急抢修方案的问题,建立了含分布式电源(DG)的配电网多小队抢修优化策略模型。模型中考虑派遣应急发电车为重要负荷供电,提高抢修效率。在协调控制配网控制中心、抢修小队、负荷以及DG的基础上,将多代理技术应用到配电网多故障抢修当中,构建了由控制中心代理、N个抢修小队代理以及信息采集代理组成的多代理系统,快速得到应急抢修策略。系统考虑抢修现场突发新故障情况,通信正常时由控制中心代理根据全局信息修改网络拓扑,实时更新抢修策略;通信不利则由抢修小队代理按照各小队预计抢修时间修改网络拓扑,独立更新抢修策略,完成抢修任务,最终实现动态抢修。仿真结果验证了所提方法的有效性和正确性。
In terms of the problem that many faults were caused by natural disasters in the distribution system, a multi-faults rush-repair optimization model with distributed generators（DGs） was built. In this model, temporary power supply by the generated cars was used to improve the rush-repair efficiency. On the basis of coordinating control of distribution network control center, rush-repair teams, loads and DGs, a multi-agent system, which consists of central control agent（CAG）, N rush-repair team agents（RAGs） and information collection agent（IAG）, was built to establish emergency repair strategy. Considering new faults on the repair site, when communication was normal, the CAG updated the rush-repair strategy according to global information, otherwise the RAG modified the network topology according to the estimated repair time, then updates the rush-repair strategy, and finally dynamic repair was achieved. The results proved the effectiveness and correctness of the proposed method.
出处
《电工技术学报》
EI
CSCD
北大核心
2013年第8期48-55,共8页
Transactions of China Electrotechnical Society
基金
国家自然科学基金资助项目(61071201)
关键词
配电网
分布式电源
多故障抢修
多代理
应急发电车
Distribution network, distributed generators, multi faults rush repair, multi-agent,generated car
