Complex Scenario Setup
Water systems combine complex spatial data, changing conditions, and specialized tools.
- Complex 4D analysis
- High expertise needs
- Demanding live updates
Qiantong Technology
Qiantong Digital Twin River Basin
Map real waterways digitally and simulate future water conditions.Contact UsProduct Overview
Data and intelligence drive organizational transformation and modernization
The Qiantong Digital Twin River Basin is built around a unified data foundation, shared support services, a model library, and a knowledge base. It maps and simulates water management for basin-wide awareness and dispatch control. The platform supports precise allocation, coordinated multi-hub dispatch, forecasting, early warning, simulation, contingency planning, disaster mitigation, and safe, sustainable operations.
Product Blueprint
Comprehensive digital capabilities for a connected operational ecosystem
Industry Challenges
Understand industry needs and drive operational innovation
Mass Data Integration
Massive multisource data and inconsistent standards reduce performance and simulation quality.
- Limited data processing
- Inconsistent standards
- Strict timeliness needs
Misaligned Core Needs
Conflicting requirements and stakeholder coordination make implementation difficult.
- Stakeholder conflicts
- No simulation-ready data
- Inconsistent technical standards
Flood Forecasting Gaps
Models lack operational accuracy and are difficult to update and maintain.
- Low model accuracy
- Insufficient supporting data
- Difficult model upkeep
Solutions
A one-stop solution for lower costs and greater operational efficiency
01
Water Management & Allocation
- Built on a robust data foundation, the system creates digital scenarios for water-resource management and allocation. Full-element digital mapping of rivers, lakes, and water infrastructure accurately simulates the entire basin management and water-dispatch process, comprehensively advancing digital basin operations. Immersive twin scenarios support water-resource oversight, risk warning, precise allocation, and ecological baseflow protection, while enabling real-time sensing and dynamic control of basin inflows, hydropower releases, flows at key control sections, hub diversions, and irrigation-district water use.
02
Flood Dispatch Simulation
- Using visual simulation, the system faithfully recreates key river reaches and river-crossing control hubs to build digital flood and drought disaster-defense scenarios. It fully supports real-time monitoring and warning of flood and drought conditions and rehearsal of flood-control dispatch. A real-time-calibrated hydrodynamic model of the Kaidu River integrates dispatch rules and expert knowledge; objective-optimization algorithms intelligently generate and compare multiple dispatch-plan portfolios, providing precise support for scientific decisions.
03
Infrastructure Safety
- Based on BIM models and monitoring data such as seepage pressure and deformation, the system uses mathematical statistics and data mining to dynamically predict infrastructure operating conditions and issue tiered warnings for emergencies and safety hazards. Its data foundation creates digital-twin scenarios of physical works and deeply integrates real-time hydrological, water-resource, and water-infrastructure data with operational video. Seamlessly linked 1D, 2D, and 3D views provide panoramic command of the complete water-infrastructure landscape.
04
Pump Station Prediction
- The system mines years of pump-station operating data and expert knowledge and combines acoustic-signature analysis, vibration monitoring, and multidimensional historical data. It provides three core models: key-component trend prediction, main-unit safety assessment, and equipment fault diagnosis and early warning. Fault trees accurately trace root causes, while recommended response plans enable advance detection and assessment of pump-station anomalies and safety hazards, comprehensively safeguarding stable and safe equipment operation.
05
Knowledge Base
- The platform covers hydraulic resources, flood-control and infrastructure-safety rules, contingency-plan libraries, water-infrastructure and river/lake management, water-disaster defense, and knowledge-graph preview and management. Knowledge-graph reasoning intelligently recommends optimal dispatch plans and supports basin flood forecasting, safe water-infrastructure operation, and flood-control decisions. Together, knowledge modeling, extraction, retrieval, aggregation, and knowledge-graph construction form an integrated intelligent knowledge engine.
06
Model Library
- The platform integrates a variety of specialist water-conservancy models to comprehensively support intelligent simulation for basin water-resource management, allocation, flood control, infrastructure dispatch, and safety monitoring. Core capabilities include model integration, system administration, version control, parameter configuration, computation tracking, and external invocation, enabling efficient execution, precise configuration, and flexible use. Its model-management system further strengthens version and parameter management to keep model assets secure and well governed.
Product Highlights
Demand-driven and digitally enabled
01
Spatial Model Indexing
Spatial indexing precisely aligns IoT sensing data with 3D models.
Spatial indexing precisely matches IoT sensing data to 3D models and ensures accurate geolocation. The model displays water-level changes and flow distribution, while interactive queries provide detailed data for any selected location.
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02
Multisource Data Integration
Integrate multidimensional sensor data for unified management and analysis.
Sensors collect hydrological, water-quality, and meteorological data across the basin in real time. Preprocessing improves accuracy and consistency, while unified storage, formats, and standards enable seamless interoperability.
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03
Intelligent Data Mining
Apply machine learning and AI to extract valuable insights from massive datasets.
Extract water-level trends, peak flows, water-quality indicators, and hidden patterns. The platform detects sudden floods and water-quality anomalies, issues alerts, and forecasts future levels and flows for evidence-based decisions.
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04
Data Graph Construction
Connect and integrate data from multiple sources into a complete data lineage.
Link multisource data and visualize relationships such as water levels and rainfall. Complete lineage from acquisition through processing and analysis preserves data integrity and accelerates queries.
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05
Real-Time Dynamic Updates
Real-time acquisition and updates keep models and data current.
Synchronize collected data to the central database and 3D models so every device and platform receives current information. Continuous monitoring detects anomalies and supports stable operation.
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06
Integrated Model Library
Integrate specialized models for intelligent basin management, allocation, flood control, and infrastructure dispatch simulations.
Model integration, version management, precise configuration, and real-time monitoring support efficient execution. Adjustable parameters enable detailed simulations for different operational scenarios.
Contact UsSmart Devices
Future-ready intelligent devices for more efficient operations
Water Level Sensor
Rainfall Sensor
Audio-Visual Alarm
Water Quality Monitor
Current Meter
Weather Station
UAV
Video Surveillance
Wireless Sensors
Customer Success Stories
The trusted choice for organizations, backed by a commitment you can rely on
Basin Twin Project
Water Conservancy
Regional Twin Pilot
Water Conservancy
Basin Twin Project
Water Conservancy