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Integrated Urban-Rural Water Supply Service
Applications
The urban-rural integrated water supply service platform enhances the efficiency and quality of water supply services by establishing a "supervision + service" framework, providing practical and convenient water supply services for users. The platform can also predict water demand, monitor water quality changes, identify and resolve potential issues in advance, and improve emergency response capabilities. The urban-rural integrated water supply service platform not only improves the stability and safety of water supply but also contributes to socio-economic development and enhances residents' quality of life.
System Composition


Cases
Urban-rural water supply digital twin solution
Urban-rural water supply digital twin solution
The urban-rural water supply digital twin system is an innovative technological framework that deeply integrates physical water supply systems with virtual digital models, aiming to enhance the safety, efficiency, and intelligent management of urban-rural water supply systems. The Yexian well irrigation digital twin system uses the physical irrigation district as the unit, spatiotemporal data as the foundation, mathematical models as the core, and hydraulic knowledge as the driver, fully mapping all elements and the entire construction and operation process of the physical irrigation district. It achieves a cyclic process from the physical irrigation district to the digital twin irrigation district and back to the physical irrigation district.
Urban-rural integrated water supply dispatch management platform
Urban-rural integrated water supply dispatch management platform
Leveraging advanced technologies such as IoT, big data, and AI, the platform can monitor key data like water quality, water volume, and pipeline pressure in real time, analyze water supply demand, and optimize dispatch operations. Through centralized dispatch management, the platform ensures rational allocation of water resources across regions, reduces water waste, and improves the operational efficiency of the water supply system.