Infrastructure Gaps
Sensing infrastructure cannot yet fully support digital twins.
- Low station coverage
- Weak networked control
- Slow data acquisition
Qiantong Technology
Qiantong Water Operations Platform
End-to-end integration across the 2+N operations framework—from sensing to dispatch, with data supporting every stepContact UsProduct Overview
Build a 2+N application framework to advance high-quality water conservancy development
The Qiantong Integrated Water Conservancy Operations Platform is built on a robust data foundation spanning multiple dimensions, time horizons, spatial domains, and scales, and introduces an innovative 2+N application framework. It integrates more than ten core intelligent applications, including the Command and Coordination Dashboard, flood and drought disaster prevention, water resources allocation, reservoir safety monitoring, irrigation district digitalization, and River and Lake Chief System supervision. Powered by intelligent engines and big data technologies, the platform closes the loop across the entire operational chain—from real-time situational awareness and dynamic monitoring and early warning to optimized resource allocation and scientific dispatch. It breaks down traditional operational silos while providing water authorities at every level with accurate, forward-looking decision support, significantly improving collaboration and intelligent management.
Product Blueprint
Demand-led, application-first, digitally empowered, and capability-focused
Industry Challenges
Understand industry needs and drive operational innovation
Limited Data Sharing
Core geospatial, monitoring, and operations data need integration.
- Poor update quality
- Data sharing barriers
- Data silos persist
No Integrated Platform
Siloed, single-purpose systems cannot support coordinated operations.
- Fragmented systems
- Single-purpose systems
- No system coordination
Smart Capability Gaps
Smarter operations need new technologies, data, and domain models.
- Limited tech adoption
- IT use lacks depth
- Smart operations lag
Solutions
Build a 2+N application framework to advance high-quality water conservancy development
01
Water Management & Allocation
- Focusing on core functions such as total water-use control, water abstraction permit management, and water-resource early warning, the system provides comprehensive oversight. Based on integrated analysis of inflows, demand, and supply, it covers groundwater and surface-water oversight, water-use quotas, water-demand and water-use plans, abstraction permits, ecological flows, and water-resource fee management. Multidimensional alerts flag use beyond plans or quotas, permit expirations, and ecological-flow compliance, supporting refined water-resource management and sound decision-making.
02
Flood & Drought Prevention
- To comprehensively strengthen flood and drought disaster defense, the application digitally integrates three major systems: basin flood-control works, rainfall and water-regime monitoring and forecasting, and flood and drought disaster defense. It covers risk and hazard screening and remediation for flood-control works, the “three lines of defense” for rainfall and water-regime monitoring and forecasting, tiered early warning (risk assessment, scientific forecasting, advance warning, and real-time feedback), and disaster-response consultation. Digital intelligence reshapes defense workflows and provides robust support for flood-control and drought-relief decisions.
03
Coordination Dashboard
- The consultation dashboard serves as the “smart brain” for water-conservancy consultation. It presents a panoramic view of macro-level management statistics while using events under consultation as the focal point to drill into operational detail. Intelligent algorithms aggregate multidimensional data across water-resource oversight, the Four Preemptive Capabilities for water disasters, project operations, ecological monitoring, supervision, and law enforcement. They also locate upstream/downstream and left-/right-bank spatial elements around each event and seamlessly map physical assets—including sluices, reservoirs, monitoring stations, metering points, and irrigation districts—to digital information. This all-element, all-space data foundation provides precise, three-dimensional evidence for every consultation, assessment, command, and dispatch decision.
04
Irrigation Management
- Irrigation-district management is essential to agricultural irrigation and efficient water use. To address traditional challenges in infrastructure maintenance, water dispatch, metering, and allocation, the system builds a smart irrigation management application. Centered on digital enablement, it integrates six core capabilities: Irrigation District One Map, 24/7 real-time monitoring, integrated statistics, refined water-use management, transparent water-charge billing and collection, and standardized water-rights trading. End-to-end digital control from water source to field comprehensively modernizes irrigation-district management.
05
Water Project Management
- To advance high-quality water-conservancy development, the system provides an innovative water-project construction management application. Covering the entire project lifecycle, it supports planning and design, preliminary preparation, construction, completion acceptance, and quality and safety supervision. Nine core capabilities—including Water Project One Map, planning and design management, construction management, project-owner management, quality and safety supervision, supervisory inspections, acceptance management, and project statistics and analysis—create end-to-end digital control from early planning through final delivery, providing strong digital safeguards for high-quality, integrity-driven, and safe projects.
06
Runoff Forecasts & Alerts
- Drawing on reservoir upstream/downstream runoff-generation and concentration patterns and basin topography and geomorphology, this module applies advanced hydrology, hydraulics, and river-dynamics theory to build practical, high-accuracy empirical runoff schemes and mathematical forecasting models. A 24/7, comprehensive monitoring network dynamically captures rainfall, water-regime, and infrastructure-condition data for reservoirs and their upstream and downstream areas. By tightly coupling runoff forecasting, rainfall/water-regime early warning, and flow-routing models, it accurately simulates flood evolution and delivers scientific runoff forecasts and intelligent early warnings for reservoirs.
Product Highlights
Demand-driven and digitally enabled
01
Comprehensively Enhanced Water Monitoring and Sensing Capabilities
IoT sensing, seamless connectivity, evidence-based decisions, and intelligent management
Build an integrated, all-element, all-weather dynamic monitoring system spanning space, air, land, water, and infrastructure; enrich the data foundation; and optimize analytical models. It delivers decision support for infrastructure safety management, helping water conservancy projects operate safely and realize their full benefits.
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02
Collaborative Water Data Governance, Sharing, and Real-Time Coordination
Establish sustainable mechanisms to achieve “one authoritative source and one accountable owner for every data item”
Enable data interoperability among water authorities, river basin management agencies, and government departments. All shared data is connected to the Water Conservancy Information Resource Sharing and Exchange Platform, which serves as the central exchange hub. This breaks down information silos, keeps data moving smoothly and securely, and continually improves operational coordination and service delivery.
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03
Comprehensive Coverage of Water Conservancy Applications
Prioritize urgent needs, advance in phases, and focus on measurable outcomes to systematically expand water conservancy applications
Designed around real water conservancy operations, the platform covers flood and drought disaster prevention, water resources management and allocation, rural drinking water safety, soil and water conservation monitoring, irrigation district digitalization, and River and Lake Chief System operations. By consolidating these capabilities in an integrated platform, it maximizes system-wide value and addresses practical water management challenges.
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04
Digital Twins Transform Water Management into Smart Water Governance
Build a digital twin water conservancy system to support forward-looking, evidence-based, precise, and secure water governance
Using digital scenarios, intelligent simulation, and precision decision-making, the solution builds a unified data foundation and capabilities for 3D visualization, data integration, analytical computing, and dynamic scenario modeling. This digital twin support system progressively synchronizes simulations with physical water conservancy infrastructure, enables virtual–physical interaction and iterative optimization, and delivers the Four Preemptive Capabilities: forecasting, early warning, simulation, and contingency planning.
Contact UsSmart Devices
Future-ready intelligent devices for more efficient operations
Joint Meter
Multipoint Extensometer
Rebar Strain Gauge
Anchor Bolt Stress Meter
Piezometer
Audible and Visual Alarm
Digital Strong-Motion Accelerograph
Staff Gauge
Water Quality Monitor
Thermometer
Stress-Free Strain Gauge
Rainfall Sensor
Water Level Sensor
Current Meter
Weather Station
Video Surveillance
Wireless Sensor Network
Unmanned Aerial Vehicle (UAV)
Customer Success Stories
The trusted choice for organizations, backed by a commitment you can rely on
Integrated Water Conservancy Information Supervision Platform for a Prefecture-Level Authority in Xinjiang
Integrated Operations Platform for a River Administration Bureau in Anhui Province
Integrated Operations Platform for a River Basin Authority
