本文将向用户介绍如何将地理、客户和监控与数据采集（SCADA）信息与网络建模实际集成，以加强配水系统的管理。通过有效利用这些运营系统中的信息，可以对未来的资产规划和目标投资以及网络的日常运营做出经验证的决策，以实现稳定、低成本的供应。本文给出了以下方面的实例:使用综合地理信息系统（GIS）和建模软件包，支持实施一个主要的地区计量计划，以减少泄漏，从初始设计到最终调试； 对客户信息进行分析，以地理方式按类型和使用情况显示消费者，以支持配电系统线路维护的风险评估，以及如何使用相同的数据突出未计费的物业；分析网络维修、维护和爆破活动，以针对基础设施更新和压力管理计划；分析客户投诉数据，与校准的所有干管模型相联系，以改善压力和水质管理，以及基础设施规划；以及系统开发工作的进展，以进一步整合地理信息、客户信息、SCADA和建模信息，以改进改进- 在线决策支持和离线规划。包括数字。

This paper will give the user perspective on how geographic, customer, andsupervisory control and data acquisition (SCADA) information can be practicallyintegrated with network modeling to enhance the management of water distributionsystems. By effectively utilizing information from these operational systemsimproved decisions can be made both on future asset planning to targetinvestment, and the day to day current operation of the network to achievestable, low cost supply. The paper gives practical examples on: the use ofintegrated geographic information system (GIS) and modeling packages to supportthe implementation of a major district metering program to reduce leakage, frominitial design to final commissioning; the analysis of customer information togeographically display consumers by type and usage to support risk assessments ofroutine maintenance on the distribution system and also how the same data can beused to highlight unbilled properties; the analysis of network repair,maintenance and burst activity, to target infrastructure renewal and pressuremanagement programs; the analysis of customer complaint data, linked withcalibrated all mains models to improve pressure and water quality management, andinfrastructure planning; and, progress on systems development work to furtherintegrate geographic, customer, SCADA, and modeling information for improvedon-line decision support and off line planning. Includes figures.