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Smart Water Affairs

Internet of Things+AI+Digital Twin

Design Objectives

  • AI-Driven Accurate Energy Conservation: Embed artificial intelligence technology into core process links. Based on multiple operating parameters, the dynamic parametric proportional model is adopted for AI decision-making and intelligent adjustment to realize precise energy consumption reduction.

  • Intelligent Monitoring for Productivity Improvement: Realize full-process operational monitoring, water volume prediction and intelligent early warning. The system can intelligently control the start and stop of water pumps and valves, so as to optimize water supply efficiency and overall production capacity.

  • Intelligent Inspection with Synchronized Data: Equipped with digital intelligent inspectors to support flexible switching of inspection routes. Real-time operating data and status information of all equipment will be automatically displayed, greatly improving the efficiency and accuracy of daily equipment inspection.

  • Refined & Standardized Management: While improving overall operational efficiency, standardized management is implemented for core businesses. The system records and monitors key processes throughout operations, automatically distributes work orders and arranges shifts, realizing rational allocation of human resources.

  • Long-term Pipe Network Loss Control: Adopt GIS model and DMA partition management combined with nighttime low-flow analysis to visualize the entire pipe network, support real-time leakage reporting and effectively reduce overall water supply leakage.


System Architecture
Create a smart water affairs digital twin of "one map overview, one data connection and integrated management and control", and enable the fine operation, intelligent decision-making and security guarantee of water facilities.
Features
Panoramic 3D Twin

High-precision simulation of the whole process of the water plant, three-dimensional space intuitive series, realize the visual monitoring and efficient management from the water source to the pipe network.

Five Intelligent Systems

Integrated with comprehensive water plant management, water source well monitoring, online water quality monitoring, equipment failure maintenance and intelligent operation decision making to form a control loop.

Unified Data Hub

Integrating geographic information, facility assets, Internet of Things and business data, and realizing centralized management and efficient utilization of data resources through standardized governance.

Internet of Things Agile Access

Provide flexible and extensible plug-in Internet of Things platform, realize unified equipment access and data acquisition, and guarantee system openness and continuous compatibility.

Three-dimensional Space Base

Based on tilt photography technology, build 3D scene of LOD3 level high-precision water plant, and accurately restore the terrain, buildings, facilities and environment.

User Value Benefit

The digital twin solution builds a high-fidelity model consistent with the physical world in the virtual space in a digital form. Through the uninterrupted closed-loop information interaction feedback and data fusion with the physical world, it can monitor the change of the physical world, reflect the operation of the physical world, evaluate the state of the physical world, diagnose the problems occurred, and finally optimize and change the physical world.

The digital twin can break through many physical conditions and realize continuous service innovation, immediate demand response and industrial upgrading and optimization through simulation, monitoring, optimization and control driven by data and model. Based on the advantages of models, data and services, digital twin is becoming a key technology for enterprises to improve quality, increase efficiency, reduce costs, reduce losses, guarantee safety, and save energy and emission.


Case
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