Inquiry
Solution
Hydrological Intelligent Flood Control Information Early Warning System
1、 Application scenarios
(1) River water and rain conditions: single station water and rain conditions, watershed water and rain conditions, river chief system.
(2) Reservoir flood discharge warning: Reservoir flood discharge notification for downstream evacuation
(3) Related to water conservancy and hydrology
2、 Requirement analysis
In the past, during the emergency command work of meteorological flood prevention and disaster prevention, it required significant manpower and time to collect and summarize regional meteorological information, water conservancy and hydrological information, and geographic information.
The current information hydrological station. Through the automatic collection and uploading of equipment, scientific flood monitoring and warning, scientific evaluation, comprehensive judgment, and command and dispatch are carried out, providing comprehensive technical and information support for meteorological flood prevention, disaster prevention, emergency rescue, and command and dispatch work, improving the accuracy and timeliness of flood control command and decision-making, thereby minimizing the losses caused by typhoon and flood disasters and achieving the goal of disaster prevention and reduction.
3、 System composition
3.1 System Topology Diagram
3.2 software platform
3.3 Hardware System
4、 System features
♦ Progressiveness: mature advanced technology shall be used. Brands with good technical support, strong service force, stable equipment performance and good scalability in the market shall be considered in the selection of equipment to ensure that the design is progressiveness and forward-looking.
♦ Scalability; In system construction, we should not blindly pursue high configuration, but should design a system structure with good scalability and select products with good scalability and upgrading capability on the premise of ensuring the progressiveness of the system in a certain period of time. The system architecture is modularized to ensure the scalability of the entire system.
♦ High cost-effectiveness: Strive for the optimal performance price ratio, while ensuring high system performance and minimizing user financial pressure.
♦ Reliability: The main technologies and products of the system have mature, stable, and practical characteristics, which can fully meet the needs of practical applications, technological development, and information management. Ensure accurate monitoring under adverse weather conditions. The solar power supply system can be designed to operate continuously for one week and 7 * 24 hours on rainy days without interruption. The overall design of the monitoring system takes into account the gradual implementation with the advancement of flood control and waterlogging technology.
5、 Application effect
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