基于GIS和SCADA系统的城市管网信息化建设——以沭阳县开发区供水管网为例  

作　　者：徐桂芳 许保海 

机构地区：[1]江苏国辅工程设计有限公司,江苏宿迁223800

出　　处：《科技创新与应用》2018年第23期190-192,共3页Technology Innovation and Application

摘　　要：目前城市给水排水管网GIS和SCADA系统已经得到广泛应用。随着更多的军事技术应用于民用工程,相应的导致遥测、远传等设备价格的下降,SCADA系统得到了更广阔领域的应用,并且已经应用于实际生活中,随着GIS技术的进一步完善,其宏大的空间数据管理和网络分析功能为城市给水排水管网水力计算模块提供了有效的数据管理和组织手段,简化了建立模型的过程。利用GIS的实际城市给水排水管网图构造出给水排水管网计算图形,并从GIS的属性数据库中提取有关数据进行城市给水排水管网建立模型,通过编制计算程序,可进行城市给水排水管网水力工况进行具体分析。对此文章以沭阳经济开发区为模型,采用管网GIS和SCA DA系统构建了供水管网信息化系统,并进行了相关应用试验,取得较好的效果。At present, GIS and SCADA system of urban water supply and drainage network have been widely used. With the application of more military technology in civil engineering, SCADA system, which leads to the decrease of equipment price such as telemetry and remote transmission, has been applied in a wider field, and has been applied in real life. With the further improvement of GIS technology, its great function of spatial data management and network analysis provides effective data management and organi zation means for the hydraulic calculation module of urban water supply and drainage network, and simplifies the process of establishing the model. The calculation figure of water supply and drainage network is constructed using the actual urban water supply and drainage network diagram of GIS, the relevant data are extracted from the attribute database of GIS to establish the model of urban water supply and drainage network, and the calculation program is compiled. The hydraulic condition of urban water supply and drainage network can be analyzed concretely. Taking Shuyang Economic Development Zone as a model, this paper uses GIS and SCADA systems to construct the information system of water supply pipe network, and carries on the related application test, and achieves a good effect.

关 键 词：管网信息化 管网GIS 传感器 

分 类 号：TU991.33[建筑科学—市政工程]