How do digital twin water conservancy projects, digital twin river basins and data monitoring interact?

Digital Double Watershed refers to the use of sensors, information and communication technology (ICT), cloud computing, big data analysis and other advanced scientific and technological means to collect real-time watershed information in the real world and reflect it on its virtual copy. In this way, managers can simulate and analyze the hydrological, meteorological and ecological conditions of the basin in the computer system, and make management and scientific decisions.

? Industry pain point

Information Island: There are many traditional water conservancy project monitoring systems, and it is difficult to integrate, analyze and make decisions.

Response delay: In case of emergency water conservancy events such as floods and droughts, the existing monitoring and management system can't respond in real time, so it is difficult to make timely response.

The challenge of maintaining balance: while pursuing economic development, it is more and more difficult to maintain the balance of the system, and the understanding of the basin system is not deep enough, which is easy to cause environmental damage.

Interactive process of digital twin water conservancy data monitoring

The interactive process of digital twin water conservancy data monitoring can be summarized as the following four points:

1. data collection: with the help of geographic information system (GIS), remote sensing technology and ground sensor network, multi-source heterogeneous data such as hydrometeorology, geological soil and environment are collected in real time.

2. Data transmission and fusion: the collected data are transmitted to data processing through a secure network, and information islands are eliminated by using data fusion technology to form a unified and data database.

3. Building a digital twin model: Based on the fused data, using computer simulation technology, building a digital twin model synchronized with the real river basin dynamics, updating changes in real time, and showing various scenarios that may appear in the future.

4. Intelligent analysis and prediction: the artificial intelligence algorithm is introduced to intelligently analyze the digital twin model, predict the future development trend of the basin and possible major events, and the corresponding countermeasures.

Through the close interaction between digital twin water conservancy project and data monitoring, digital twin watershed not only enhances the real-time, accuracy and predictability of water resources management, but also enhances the ability to deal with water emergencies, ensuring the safe and stable operation of water conservancy projects and the sustainable development of watershed ecology. The application of digital double watershed has pushed water conservancy management into a new era of intelligence and digitalization, and provided an innovative solution to the global water resources problem.