On December 11th, the 2025 Anhui Water Conservancy Advanced and Practical New Technology (Product) Promotion Conference, jointly organized by the Anhui Provincial Department of Water Resources, Anhui Provincial Water Conservancy Society, and Anhui Provincial Mechanical and Electrical Irrigation and Drainage Station, was successfully held in Hefei. Tian Di Weiye Technology Co., Ltd. was invited to attend the conference, focusing on showcasing the AR real-life digital twin system and video flow measurement solution that have been successfully applied in multiple provinces, and sharing the company's cutting-edge achievements and practical thinking in smart water conservancy construction.

　　On site, Tian Di Weiye's AR real-life digital twin system received widespread attention from attendees. This system breaks through the limitations of traditional 3D modeling, which is complex and time-consuming. It adopts an integrated design of software and hardware, which can be quickly built and flexibly deployed, and is widely applicable to various water conservancy scenarios.

The system integrates real-life images with real-time data labels, which can not only present the overall operational situation at a macro level, but also link with detail cameras to capture dynamic changes in key areas. Users can obtain accurate information in real scenarios and easily grasp the operating status of complex systems. The system can also track scene updates in real time, ensuring fresh and accurate information. It has the characteristics of low cost, fast deployment, and easy maintenance, which effectively supports the digital transformation and scientific decision-making of water conservancy management.

Highlight 1: Lightweight deployment, doubled efficiency

This system breaks through the limitations of traditional complex 3D modeling and adopts an integrated design of software and hardware to achieve rapid deployment and flexible construction. Not only has it significantly reduced the construction period, but it has also significantly lowered the overall investment cost. Especially suitable for digital coverage of large-scale scenarios such as watersheds, promoting water management towards "fast construction, good use, and precise management".

Highlight 2: Integration of Virtual and Reality, Global Visualization

The system deeply integrates AI video water monitoring, high-altitude panoramic monitoring, and multi-source water sensing equipment to build an integrated global perception network of "air ground water". The water situation dynamics are captured in real time and accurately mapped to the real-life 3D model, forming a digital mirror of virtual real linkage.

On the command screen, not only can the overall operation situation of the irrigation area be macroscopically grasped, but also the detailed images of key points can be linked and retrieved, truly realizing the intelligent control of "one screen overview of the whole situation, one network scheduling of the whole domain".

Highlight 3: Dynamic perception, precise decision-making

The system not only 'sees everything', but also 'sees far'. By relying on historical hydrological data and intelligent forecasting models, dynamic inference of flood routing trends and advanced identification of risk areas can be achieved. Through algorithm cross validation and scenario simulation, the system can predict high-risk areas and development paths in advance, providing scientific basis for flood control dispatch and emergency command, and achieving a decision upgrade from "passive response" to "active prevention and control".