The rapid development of digital technology has made the shortage of water resources, increased water pollution, frequent flooding and other issues increasingly prominent, how to achieve further improvement of water management, has become a new challenge for urban water management. Intelligent water as a fusion of digital twin, big data, Internet of Things and other technology solutions, become an important way to promote the sustainable development of urban water resources.



Smart water, in short, is the use of Internet of Things, big data, cloud computing, artificial intelligence and other modern information technologies to intelligently manage and optimize the production, transmission and distribution, consumption, discharge and other aspects of the urban water system, in order to achieve efficient use of water resources, accurate management and quality services. It is not only a technological innovation, but also an innovation of management concepts, aiming to enhance the efficiency and effectiveness of water management through intelligent means, guarantee urban water security and promote the sustainable cycle of water resources.

Intelligent water through the deployment of various types of sensors in rivers, lakes, reservoirs and water supply networks, real-time collection of water quality, water quantity, water level and other key data, combined with GIS (Geographic Information System) technology, to build an all-round, multi-level water monitoring network. These data are analyzed and processed by the cloud computing platform, which can detect abnormal water quality, leakage of pipeline network and other problems in a timely manner, and through the intelligent early warning system, notify the relevant departments in advance to take measures to effectively prevent the occurrence of water pollution incidents and water supply safety accidents, and to ensure the safety of water for the residents.

In the traditional water management, the scheduling of water resources often rely on manual experience and historical data, it is difficult to achieve real-time accuracy. The intelligent water system, through big data analysis, can accurately predict urban water demand, combined with weather, seasonal changes and other factors, automatically adjust the water supply plan to achieve the optimal allocation of water resources. At the same time, through the intelligent scheduling of the drainage system, effectively alleviate the problem of urban flooding, improve drainage efficiency and protect the urban ecological environment.

Intelligent water also focuses on enhancing public participation and satisfaction. Through the establishment of a water information service platform, residents can query water quality reports and water bills anytime, anywhere, and even participate in water conservation publicity, water pollution supervision and other activities to form a favorable water-saving social atmosphere. In addition, the smart water platform can also provide personalized water conservation advice based on users' water consumption habits, guiding the public to use water reasonably and jointly promoting the conservation and protection of water resources.

The development of smart water services cannot be separated from the continuous promotion of scientific and technological innovation. With the continuous maturation of emerging technologies such as 5G, artificial intelligence and blockchain, the application scenarios of smart water services will be more extensive, such as using AI algorithms to optimize the operation strategy of the pumping station and reduce energy consumption; ensuring the authenticity and tampering of water quality monitoring data through blockchain technology, and enhancing public trust. The application of these technologies will further enhance the intelligent level of water management and provide solid support for the sustainable development of the city.

Intelligent water is an inevitable trend in the modernization of urban water management, which can not only effectively solve the current water resource problems, but also inject new vitality into the long-term development of the city. Fulima Cloud platform (Fulima Cloud) as a digital twin-driven industrial Internet platform, based on J3D, RBI, model lightweight and other products, low-code to create a water digital twin scene, and data-driven to achieve the construction of the water smart water information platform, to enhance the intelligent enhancement of water management.