51WORLD adopts all-element scene digital twin technology and creates an all-in-one management system that gathers water quality monitoring data, water affairs operational data, water network, water conservancy, land information, etc. The system can realize the intuitive visualization of multi-source data to the natural water system and urban pipeline network which helps frontline personnel and decision-makers to respond quickly.
Lake and Reservoir Governance Plan
The platform restores large-scale lakes, reservoirs and surrounding scenes in a ratio of 1:1 and presents water network information, water quality information, geographic information and other data. Through analyzing historical data and simulation, the platform can provide strong support for ecological governance, such as inspection points of the reservoir and the control of opening and closing of the sluices which ensures the safety of lakes and reservoirs.
IoT Perception Management Plan for River and Irrigation Canal
The platform restores rivers, irrigation canals and surrounding scenes, and presents river water quality, rock formations, soil and other data, which can helpmanagers complete section analysis, terrain analysis, surface lithology analysis, soil property analysis, and vegetation coverage calculation, etc. Through real-time monitoring of riverbed siltation, the hidden river hazards can be detected and solved early. Through simulation and previews of construction projects such as diversion, dredging and bank protection, it can reduce construction risks and costs.
Urban Water Supply and Drainage Governance Plan
Through AES (All-elements Scenes) large-scale scene generation technology, it can accurately and quickly restore the scenes of the entire city, water plant and related pipe network, and connect the real-time real data of the drainage system and sewage plant to form an all-in-one water pipe network data monitoring operation platform. The platform can record the weather conditions, rainfall, water circulation and surface water level difference throughout the year. It can also monitor the operation of the overall water network equipment in real-time, eliminate hidden dangers of pipeline aging problem, and effectively monitor areas with poor drainage conditions, providing strong support for urban planning.
Water Conservancy Facility Management Plan
With digital twin technology, different types of hydraulic structures such as dams, dikes, spillways, sluices, water inlets, channels, ferry channels, raft channels, fish channels are physically restored with 1:1 ratio. Before the implementation of the water conservancy construction project, the platform can perform many simulation previews. It can ensure safety and maximize the efficiency of the construction after comprehensive consideration and reasonable arrangement. After completion, the system can be connected to real-time data for continuous operation, effectively monitoring the operating conditions of water conservancy facilities.
Diffusion Analysis in the Pipeline Network
It simulates the attenuation of the pollutants in the pipeline, determines the scope of affected area, optimizes the emergency plan and improves the response speed.
River Quality Monitoring
It can accurately restore the monitoring points on the river in the scene and draw the heat map on the surface of the simulated water by extracting the parameters. The river surface is dynamically reconstructed by switching the data entry time and parameter types, thereby visually presenting the changes of water quality.
Energy Consumption Analysis
It displays the energy consumption distribution in the digital twin scene in the form of heat maps, enabling offline and online data analyzing and processing.
Flooding Simulation of Bridges and Tunnels
On the basis of simulated building and terrain information, it constructs a relatively realistic flooding scenario and deduces the situation over time with the loading of multiple sets of data.
Water Conservancy Regulation
It reconstructs a high-precision scene of the dam and its surroundings, and disassembles the dam model to match the real feedback from the multi-layered controls of the facility in real life. The water level alterations caused by the regulation can also be connected with monitoring equipment to visually show the environmental changes.
Water Quality Changes Deduction
The monitoring and surveillance of large water areas such as lakes and reservoirs is an important topic in managing or utilizing water resources. Therefore, combined with the historical data at different times, we build a large-scale point cloud model to dynamically display the water quality changes as truthfully to the real situation as possible
It facilitates performance-based personnel management by tracking the trajectories and visually presents the patrolling state:
- Not started: Display the scheduled patrolling routes (customizable) and describe the task.
- In progress: Display the scheduled patrolling routes, locate current position, and give feedback of on-site conditions.
- Completed: Display the scheduled patrolling routes and the actual routes, and record the time to assist staff performance appraisal.