1 General Introduction

The Smart Reservoir Digital Twin Integration Platform is centered around digital twin technology, enabling comprehensive and high-precision online management of reservoirs. The platform integrates intelligent data collection, analysis, and prediction technologies, using visualized data to help managers stay updated on reservoir dynamics, facilitating timely scheduling and decision-making.

2 Platform Features

The platform integrates the morphology, water volume, meteorological data, and equipment information of the reservoir through digital twin modeling and 3D technology. It collects data on water levels, rainfall, evaporation, and temperature, utilizing advanced algorithms for intelligent analysis and prediction. The platform employs graphical displays to convert data into visual charts and dynamic visuals. It has excellent scalability, is compatible with various devices and management systems, and is widely applied in reservoir safety management, flood warning, and hydrological observation, meeting diverse needs.

3 Key Functions

3.1 Big Data Dashboard

The big data dashboard is built on advanced digital twin technology to create a realistic representation of the reservoir, presenting a three-dimensional scene in a stereoscopic format. The platform supports the simulation of reservoir information by controlling the actions and durations of gates, simulating the impact of gate control on reservoir capacity and water levels while simultaneously monitoring multiple gates.

3.2 Real Time Monitoring

The comprehensive monitoring function provides real-time monitoring of various operational indicators of the reservoir in both three-dimensional and two-dimensional formats, offering alerts, alarms, and early warning notifications.

The panoramic sandbox monitoring page displays any current anomalies in the reservoir and provides detailed information. The three-dimensional scene of the reservoir showcases its overall layout, including the reservoir area, water systems, gates, and surrounding environment. The monitoring page also includes a two-dimensional map of the reservoir area, which uses color coding to reflect the distribution of different monitoring devices.

3.3 Digital Twin of Reservoir

The digital reservoir uses a three-dimensional scene display to provide an immersive experience of the internal environment of the reservoir through realistic imagery and flexible operation modes, significantly enhancing management efficiency and operational safety. The digital reservoir page also features a water level simulation function and supports the display of measured water level lines using the digital twin model, ensuring the smooth operation of the reservoir.

3.4 Gate Control

The gate control module is a comprehensive tool that integrates control, monitoring, analysis, and simulation, providing real-time control, monitoring, and alarm functions. It enables the control and scheduling simulation of the reservoir.

3.5 Safety Monitoring

The safety monitoring module can comprehensively monitor the safety status of reservoirs, providing managers with all-around support for safety monitoring and management. The platform is capable of fully managing the operational status of reservoir facilities, promptly handling work orders and incidents, and achieving refined management of reservoir facilities.