关于智能化应急发电保障调度体系的研究

Research on Intelligent Emergency Power Generation Security Scheduling System

主要通过网管侧通过动环监控及无线网管、传输网管分析相结合的方式,由系统先分析出故障的原因,并结合网络拓扑,给出需要发电保障的任务优先级;在调度侧,同时结合维护员的实时位置信息及油机状态,对发电路径及站点进行分析,一次给一组维护员最合理的2个发电任务。目的是一方面减少市电中断或传输中断故障原因的误判;另一方面结合现场维护队伍的保障能力及实际位置,调度发电任务,减少发电路程及任务转派的损耗,进而提高发电任务调度效率。

The main research in network management through dynamic environment monitoring and wireless network,transmission network analysis methods, first by the system analysis of the reason of fault, and combined with the network topology, task priority is given to guarantee the power; in scheduling side, combined with the maintenance of thereal-time position information and status of oil machine, power generation path and the site is analyzed, a maintenancestaff to a group of the most reasonable two generation tasks. The purpose is to reduce a power interruption or transmis-sion interruption failure causes miscarriage of justice; on the other hand, combined with on-site maintenance sup-port capability of team and the actual position, the task of generating scheduling, reduce power loss of the journey andtask dispatch, to improve Generation task scheduling efficiency.