Real-time synchronization of physical entities and digital twins empowers precision management & control across the entire water supply chain, driving cost reduction and efficiency gains.
Decentralized multi-source data storage lacks effective integration, failing to provide holistic support and impairing overall management efficiency.
No full-process supervision system in place, with fragmented alerts and underutilized historical data. Sky-high manual costs call for a standardized KPI system urgently.
Dense equipment and interlaced pipelines cause inadequate monitoring, heavy error-prone maintenance, frequent equipment failures, and delayed fault response & control.
Poor subsystem collaboration restricts water quality optimization and raises energy costs, leading to unstable project delivery due to absent unified standards.
Built on a 3D digital twin technical foundation, we integrate BIM models, IoT device data, GIS spatial technology and AI algorithms to construct a full-factor management system that enables real-time mapping between the physical water utility system and the digital twin platform.

Leveraging real-time, low-latency digital twin and multi-source spatiotemporal data, we build an immersive management scenario for intuitive full-chain operation monitoring.
Digital twin synchronizes physical water systems with digital models in real time, reflecting equipment and network status, and supporting simulation for efficient contingency planning.
Integrates safety management, asset control, 3D roaming and emergency drills to restore real operations and enhance emergency response and comprehensive management.
Combines IoT monitoring, big data analytics and simulation to predict risks, output optimal scheduling strategies, and realize efficient digital-physical system linkage.
Supports flexible customization and expansion. Standardized component library enables fast scenario deployment and effective reuse of digital assets.






Jointly built with Binzhou Water Group — Shuiyun Binzhou: Integrated Supervision, Operation & Management Water Utility SaaS Platform and Digital Twin Development Project

Selected as a 2024 Smart Water Utility Typical Case by the Ministry of Housing and Urban-Rural Development (MOHURD)

Accurate pipeline simulation and real-time monitoring effectively improve O&M efficiency and pipeline network safety.
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