With the acceleration of urbanization, urban water resource management is facing significant challenges. The sponge city monitoring system, as an important tool for urban water resource management, provides a new solution for cities. This article will provide a detailed introduction to the functions of the sponge city monitoring system and how it helps cities achieve efficient management and utilization of water resources.
Overview of Sponge City Monitoring System
The Sponge City Monitoring System is developed by Jiangsu Furona Intelligent Technology Co., Ltd. It is a comprehensive monitoring platform aimed at real-time monitoring and management of urban water resources. The system consists of four main parts: perception layer, transport layer, platform layer, and application layer. Through collaborative work at these levels, the system can collect and process various key data in real-time online, providing data support for the construction of sponge cities.
Detailed explanation of system functions
1. Rainfall monitoring:The rainfall monitoring function can monitor the rainfall situation in different areas and provide accurate rainfall data. This is crucial for the efficiency analysis and evaluation of sponge city facilities, as it can help managers understand the impact of rainfall on urban drainage systems and optimize facility layout accordingly.
2. Sponge monitoring:The sponge monitoring function monitors the water level and quality of important sponge bodies such as artificial lakes, landscape rivers, and reservoirs, to grasp the rainwater storage status and determine the recycling methods. This is of great significance for evaluating the water resource protection achievements of sponge cities and optimizing water resource management.
3. Monitoring of drainage facilities:The monitoring function of drainage facilities includes setting up water level monitoring points in areas with historical water accumulation on roads, monitoring the water accumulation situation, and responding to urban waterlogging in a timely manner; Monitor the drainage volume at the project outlet and grasp the effect of runoff control in the built-up area of the project; And monitor the liquid level and flow rate at key nodes of the drainage network, providing a basis for operational evaluation and risk warning.
4. Temperature and groundwater monitoring:The temperature and groundwater monitoring function is achieved by setting up temperature and groundwater monitoring points and implementing online monitoring to understand the trend of temperature changes and quantitatively assess the heat island effect; Understand changes in groundwater level and quality, and evaluate the achievements of water resource protection in sponge cities.
5. River system monitoring:The river system monitoring function online monitors the water quantity and quality indicators of key sections of the river, serving as the basis for water environment, water safety and quality assessment. This is crucial for protecting the urban water environment and ensuring water safety.
6. Other monitoring:According to the specific situation of the project site, the system can also determine the monitoring content and methods according to local conditions to meet the specific needs of different cities.
System Composition
The sponge city monitoring system is divided into three parts: front-end data collection, wireless data transmission, and back-end monitoring and analysis system. Front end data collection devices are deployed in various locations to collect information such as water level, rainfall, water quality, and flow rate, and provide real-time image transmission and capture on site. The wireless data transmission part uses 3G/4G signals through RTU for wireless transmission, transmitting data to the city and county-level monitoring platforms. The backend monitoring and analysis system is responsible for data integration and analysis, and pushing real-time data information to users.
Conclusion
The sponge city monitoring system is the intelligent eye of urban water resource management, which provides a new way of water resource management for cities through real-time monitoring and data analysis. With the continuous advancement of technology and the acceleration of urbanization, sponge city monitoring systems will play an increasingly important role in urban sustainable development.