Dayu Electronics: Urban Flood Inundation Model Empowers Intelligent Water Supply and Drainage Monitoring
With the acceleration of urbanization, higher requirements are placed on urban water safety, water environment, and water ecological governance. Issues such as flood risk caused by extreme rainfall, hidden dangers in sewage pipeline operation, and insufficient precision in reservoir dispatch directly affect urban operational safety and residents' quality of life. Dayu Electronics, deeply engaged in the water supply and drainage monitoring field, leverages the urban flood inundation model to build an integrated intelligent monitoring system covering reservoirs and sewage pipeline networks, providing water supply and drainage management centers with full-process, visualized, and early-warning technical support, facilitating the transformation of urban water governance toward digitalization, intelligence, and refinement.
The urban flood inundation model is the core engine of Dayu Electronics' water supply and drainage monitoring solutions. It integrates multi-dimensional data such as topography, drainage pipeline networks, river systems, and meteorological rainfall. Through hydrodynamic simulation algorithms, it accurately simulates the entire process of surface runoff formation, pipeline confluence, and water accumulation evolution during rainfall, enabling early prediction of flood risks, precise positioning of water accumulation areas, and dynamic projection of inundation extents.
The model can interface with real-time data from front-end monitoring terminals, forming a closed loop of "perception — analysis — early warning — dispatch," replacing traditional experience-based judgment. It provides scientific decision-making basis for water supply and drainage management centers, effectively improving urban flood control and drainage response efficiency while reducing safety hazards and economic losses caused by flooding.
Full Coverage: Two Major Monitoring Systems Build a Full-Chain Sensing Network for Water Supply and Drainage
(1) Reservoir Monitoring System: As key nodes in urban water resource allocation and flood regulation and storage, reservoirs' operational status directly affects water supply security and flood control safety. Dayu Electronics' reservoir monitoring system, centered on ultrasonic level gauges, provides all-weather, high-precision, stable, and reliable real-time monitoring of key reservoir parameters and remote control, fully supporting safe reservoir operation and scientific dispatch.
The system focuses on core indicators such as water level, flow rate, reservoir capacity, water quality, and equipment status. Through ultrasonic level gauge integrated sensing terminals, stable transmission networks, and visual management platforms, it achieves real-time data collection, automatic anomaly alerts, and operational trend analysis, ensuring efficient and controllable reservoir operation in scenarios such as flood season regulation and dry season water supply, providing fundamental support for urban water supply security and flood disaster reduction.
(2) Sewage Pipeline Network Monitoring System: Unlocking the "Nerve Endings" of Underground Pipelines
Sewage pipeline networks are the "underground lifelines" of urban water environment governance. Issues such as pipeline siltation, abnormal liquid levels, and excessive water quality parameters can easily lead to pipeline blockages, sewage overflow, and aggravated flooding. Dayu Electronics' sewage pipeline network monitoring system establishes a comprehensive sensing system targeting pain points in pipeline operation, utilizing hydrostatic level gauges to achieve transparency in underground pipeline operational status and intelligent management and control.
The system's core monitoring dimensions cover:
Siltation Monitoring: Utilizing specialized equipment such as mud-water interface meters to accurately sense the thickness of silt at the bottom of pipelines, promptly warn of blockage risks, and guide dredging operations.
Key Water Quality Indicator Monitoring: Real-time monitoring of core parameters such as total phosphorus (TP) and total nitrogen (TN) to control sewage discharge quality and prevent water pollution.
Dynamic Liquid Level and Flow Monitoring: Understanding pipeline fill rates and drainage load, assisting in predicting overload risks, and coordinating dispatch to enhance drainage efficiency.
Through multi-parameter collaborative monitoring, the system can comprehensively present pipeline network health, helping water supply and drainage management centers shift from "passive repair" to "proactive maintenance," ensuring the entire chain of sewage collection, transportation, and treatment operates smoothly and efficiently.
As a technology practitioner in the water supply and drainage monitoring field, Dayu Electronics remains committed to safeguarding urban water safety and enhancing water governance efficiency. We continuously optimize flood inundation model algorithms and upgrade monitoring system performance to provide urban water supply and drainage management centers with smarter, more reliable, and more practical solutions.
In the future, we will continue to deepen our efforts in the smart water sector, driven by technological innovation and guided by scenario-based implementation, helping cities build more resilient water supply and drainage monitoring systems and fortifying water security defenses for smart city development and ecological civilization progress.