In today's accelerating urbanization process, sponge cities, as an innovative urban development concept, are gradually becoming a key way to solve problems such as urban waterlogging and water scarcity.FlowNaThe Sponge City Monitoring System, as an important component of the Sponge City Information Integrated Control Platform, provides strong technical support for the comprehensive management of urban water ecology, water safety, water environment, and water resources through real-time online monitoring and data analysis. The following is a detailed introduction to the core functions of the system.

1、 Rainfall monitoring: Accurately grasp the dynamics of rainfall

The system uses high-precision rain gauges to monitor real-time rainfall in different areas and provide accurate rainfall data. These data not only provide a basic basis for the efficiency analysis and evaluation of sponge city facilities, but also help city managers to predict rainfall trends in advance, develop corresponding flood control measures, and effectively respond to rainstorm, etcextremeWeather events.

2、 Sponge monitoring: optimizing water resource utilization

The system monitors the water level and quality of important sponge bodies such as artificial lakes, landscape rivers, and reservoirs, and real-time grasps the rainwater storage status. Through data analysis, the system can determine the optimal way to recycle water resources, such as rainwater reuse, ecological replenishment, etc., thereby improving the recycling rate of water resources and promoting sustainable urban development.

3、 Monitoring of drainage facilities: ensuring smooth urban drainage

The system sets up water level monitoring points in historical flooded areas of the road to monitor the water level in real time and provide data support for urban waterlogging warning. At the same time, liquid level and flow monitoring should be carried out at key nodes of the project discharge outlet and drainage pipeline network to grasp the effect of runoff control in the built-up area of the project, providing scientific basis for the operation evaluation and risk warning of drainage facilities. These functions together ensure the smooth operation of the urban drainage system and effectively reduce the risk of waterlogging.

4、 Temperature and groundwater monitoring: assessing environmental impacts

The system sets up temperature and groundwater monitoring points to monitor the trend of temperature changes and changes in groundwater level and quality in real time. These data are helpful in evaluating the mitigation effect of sponge city construction on the heat island effect and the achievements of water resource protection, providing data support for the improvement of urban ecological environment.

5、 River system monitoring: safeguarding water environment safety

The system monitors the water quantity and quality indicators of key sections of the river online, serving as the basis for assessing water environment and water safety quality. Through real-time monitoring and data analysis, the system can timely detect problems such as river pollution, provide scientific basis for water environment governance, and safeguard urban water environment safety.

6、 Comprehensive display and intelligent warning: improving management efficiency

The system is based on data and achieves intuitive display of monitoring information, project information, evaluation and assessment, laws and regulations, etc. through a comprehensive display platform. At the same time, the system has intelligent warning function, which can automatically generate warning information according to preset rules, providing timely and accurate decision support for urban managers.