The drainage network monitoring platform collects and stores level and flow data from key nodes within the drainage system, then reports this information to the central monitoring platform, addressing the limitations of traditional manual inspection methods in terms of continuity, comprehensiveness, and human error. It also monitors the water quality of the network by collecting and analyzing data at each node, providing data support for pollution source tracing. By processing data collected at key nodes at the same moment, the operational status of the pipeline network is visualized and managed, with its condition presented in graphical form.

　　The drainage network monitoring platform provides digital tools—such as a PC interface, a mobile app, and a mini-program—to offer pipeline management agencies a visualized dashboard. Through this system, operators can accurately track the operational status of the network, promptly identify risks like overflows and blockages, and implement targeted preventive measures in advance.

　　The drainage network monitoring platform calibrates the drainage network model, enabling it to better support accident early warning and current‑condition assessment, and providing a scientific data foundation for subsequent planning and renovation of the drainage system.

System Functions

· GIS Data Visualization and Statistical Reporting for the Drainage Network

· A single dashboard visualizes the operational status of the drainage network, including pipeline water levels, flow rates, water quality, and pump station conditions.

· Real-time Status Display of the Drainage Network — Monitoring Point Data, Equipment Information, and Network Conditions

· Pipeline network operating status: longitudinal section diagrams and pipeline topology maps are displayed.

· Pump Station Operating Conditions: Pump Status, Pipeline Pressure Display, and Statistics

· Drainage Network Early Warning — High-Level Operation, Water Quality Exceeding Limits

· Pipeline network operation alarms—sewage overflow, external water ingress, pipeline blockages, pressure pipe depressurization, sewage overflows, and water quality exceeding limits.

· Alarm Handling — Task Assignment, Progress Tracking, and Performance Evaluation

· Pipeline Network Maintenance Management — Task Assignment, Progress Tracking, and Performance Evaluation

· Historical Data Analysis — Historical Data Curves, Historical Data Lists, and Data Export

· Reporting System – Weekly and Monthly Report Statistics, Trend Charts