Intelligent protection of urban context
Urban waterlogging is one of the severe challenges faced by urban development, especially in the context of frequent extreme weather events. Waterlogging not only affects urban traffic and residents’ lives, but may also cause property damage and casualties. Therefore, establishing an effective urban waterlogging monitoring system is crucial for rapid response and active response to extreme weather, ensuring the safety of residents and the normal operation of the city.
APPLICATION
1. Monitoring of low-lying urban areas
As low-lying urban areas are at high risk of flooding, monitoring and early warning are crucial. By deploying high-precision water level sensors and rain gauges in these key areas, we are able to achieve real-time monitoring of water levels and rainfall, ensuring the accuracy and timeliness of data acquisition. Especially in low-lying areas such as culverts that are prone to water accumulation, electronic water gauges can be installed to provide graded warnings of water accumulation depth, providing more refined early warning information for the urban drainage system.
2.Urban drainage system monitoring
As the core link of waterlogging prevention and control, the urban drainage system’s efficiency is directly related to the city’s flood control and drainage capabilities. In order to ensure the efficient operation of this system, we deploy flow meters and liquid level sensors at key nodes such as drainage pipelines and pumping stations. These high-precision monitoring devices can capture and transmit dynamic data on drainage flow and water levels in real time. Through these data, the operating status of the drainage system can be accurately assessed, resource scheduling can be carried out, and potential problems such as poor drainage and pipe blockage can be promptly discovered and diagnosed.
Collection and transmission
In urban waterlogging monitoring scenarios, data collection and transmission are also crucial. We use wireless 4G transmission technology to ensure that key data such as water level, rainfall, liquid level, and flow rate can be transmitted to the monitoring center in real time. These devices adopt an ultra-low power consumption design and can be equipped with solar power or a lithium battery pack to ensure stable operation under extreme weather conditions.
Construction significance
1. Improve emergency response capabilities
Real-time monitoring of urban flooding conditions, rapid identification of waterlogged areas, significantly speeding up the city’s response to flooding emergencies, and ensuring the safety of residents and the stable operation of the city.
2. Enhance risk prevention and control capabilities
By identifying and assessing the potential risks of urban waterlogging in advance, we can realize the transformation from ex-post response to ex-ante prevention and systematically improve urban safety and security capabilities.
3. Optimize resource allocation and management
Use digital and intelligent means to digitally manage the entire urban waterlogging monitoring system, improve resource allocation efficiency, reduce operation and maintenance costs, and achieve refined management.
4. Improve the quality of data-driven decision-making
By connecting the monitoring layer of the perception layer to the complete data platform and integrating GIS and other basic data, it provides data support for risk assessment and urban waterlogging management, and improves the scientificity and accuracy of decision-making. .
The urban waterlogging monitoring system is an important measure to ensure urban safety. Through advanced monitoring technology and intelligent management platform, Mingkong Sensing can effectively improve the level of urban waterlogging prevention and control, and contribute to the sustainable development of the city. Let us pay attention to the city together. Waterlogging problem and jointly build a harmonious and beautiful urban life.
Post time: Nov-25-2024