基于GIS的煤矿井下电力监控管理系统

摘要

In accordance with requirements of unified space-time model of mine Internet of Things,underground power monitoring and management system based on GIS was developed.The system sets up internal structure model and interconnected geographic topology model of devices of distribution points and power subsystems,translates CAD drawings of underground power system into GIS topology diagrams,and combines graphics software with database to describe and manage parameter attributes and geometric topological relations of various power equipments.The system uses multi-world spatial associated expression and realizes a map management of underground distribution grid and its assets.%按照矿山物联网统一时空模型的要求,开发了基于GIS的煤矿井下电力监控管理系统.该系统建立了各配电点和供电子系统设备的内部结构模型及其相互联系的地理拓扑模型,将井下电力系统CAD图转换为GIS拓扑图,将图形软件和数据库相结合来描述和管理各种电力设备的参数属性及几何拓扑关系;采用多世界空间关联表达,实现了井下配电网络及其资产“一张图”管理.