JIANGShan,KANGDan,LIQi,et al.Design and Application of Urban Drainage System Monitoring[J].China Water & Wastewater,2023,39(22):105-109.
城市排水系统监测体系的设计与应用
- Title:
- Design and Application of Urban Drainage System Monitoring
- Keywords:
- smart?water management system; drainage?system; monitoring requirement; monitoring scheme; application scenario
- 摘要:
- 在“数字化转型”的时代背景下，“智慧水务”成为水行政管理部门亟需落实的一项重要任务，而如何准确获取和识别城市排水系统状态信息，是当前智慧水务建设中关注的重点和难点。围绕城市排水系统特点，结合武汉市武昌区的实际情况及现状，提出了具体监测需求、技术路线和建设方案，并就监测体系建成后的数据应用场景进行了介绍，以解决实际监测体系建设中存在的需求不清晰、点位设置不合理、数据应用场景不明确等问题，可为其他城市排水系统监测体系建设提供一定参考。
- Abstract:
- Under the background of “digital transformation”, “smart water management system”has become an important task that water administration departments need to urgently implement. How to accurately obtain and identify the information of urban drainage system is the key point and difficulty of current smart water construction. According to the characteristics of urban drainage system, combining the reality of Wuchang District, Wuhan City, the specific monitoring requirements, technical route, and the construction scheme are proposed, and the data application scenarios after completion of the monitoring system are introduced, in order to solve the actual problems existing in the construction of monitoring system, such as unclear demand, unreasonable set of points, and unclear data application scenario. It can provide some reference for the construction of other drainage system monitoring systems.
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