The hydraulic simulation model for the water supply network simulates the network's hydraulic conditions (flow rate, flow velocity, and pressure), providing scientific guidance for optimizing daily operation and scheduling.

It is used to manage basic information about water conservancy engineering projects, including but not limited to project overview details, project approval information, project management status, project acceptance results, and project handover procedures. The system enables users to edit, input, modify, delete, and query project-related information efficiently.

The digital twin system comprises three key components: the twin application system, the twin data fusion platform, and the twin scenario-building platform. By establishing simulation scenarios that accurately mirror the real-world conditions on-site, the system enables interactive operations such as zooming in, zooming out, and rotating across different areas of the plant. This facilitates a detailed view of every corner within the water treatment facility, making it ideal for external promotional purposes, as well as for labeling regions and buildings, and even for internal campus navigation. Additionally, the platform supports seamless adjustments to viewing angles and smooth transitions between scenarios, enhancing overall interactivity and user experience.

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