When the relatively traditional and conservative water industry collided with the radical and open Internet, the best term came out: "smart water". When it comes to smart water, it is inevitable that the most popular technology at the moment, "Metaverse" , Water resource regeneration is a new strategy for my country to pursue high-quality development, so what are the application scenarios and advantages of applying Metaverse technology to the field of water resource regeneration?
In the digital twin water plant, a complete water plant information model, such as pipelines, water pumps, motors, buildings, materials, infrastructure, etc., is established through 3D technology, and the status of all elements is acquired and mapped to information in real time through IoT sensing In the model, factors such as production, personnel, and events are superimposed on the information model through spatiotemporal big data processing. Form a real-time virtual world that is mutually mapped with the real world, and constitute the content of the virtual world.
(1) Taking full advantage of the real-time, immersive, and low-latency features provided by Metaverse, Metaverse can establish a virtual and realistic water resources management system including environment, scenes, equipment, and data such as water quality, water volume, and water flow speed. Water managers are placed in the urban water affairs they manage, perceive the state of urban water affairs from the perspective of God, obtain comprehensive information on urban water affairs, and conduct comprehensive monitoring and management of water resources. Give full play to the ability of water managers.
(2) Based on the properties of real-time mapping between the metaverse and the real world, all water issues are fully mapped to the metaverse, the process of water resource regeneration is simulated, and various possible outcomes are predicted. By observing the dynamics of events in the metaverse, Detect changes in the situation in advance, simulate problem handling, and provide pre-treatment for real-world water management.
(3) In the world of Metaverse, simulate a real emergency event such as abnormal water quality, pipe burst, equipment failure, etc., so that all employees can participate in the handling of this emergency event, and realistically restore the complexity and variability of natural disasters/man-made disasters , to enhance the emergency response capability of the enterprise. It can even add safety monitoring and real-time early warning functions to monitor various safety risks in the process of water resource regeneration in real time. Once a safety problem is found, the system can immediately send out an alarm, thereby ensuring the safety of water resource regeneration.
(4) In the metaverse world, planning becomes simpler, and the problems discovered are more intuitive. Possible problems in planning can be discovered early, and newer and more effective solutions can be provided based on simulation or AI analysis. planning advice.
The smart water affairs in the metaverse can provide dispatching decisions, emergency response simulations, pipe network planning simulations, lay relevant pipelines in virtual cities in the metaverse, and simulate water supply. According to relevant algorithms, the best pipe network optimization scheme can be obtained , this point can also be used for urban planning and construction simulation, to simulate related water, electricity, gas supporting infrastructure, etc., to select the best urban planning scheme.
It can be seen that Metaverse has brought richer virtual elements to the intelligent management of water resource regeneration, and smart water affairs have given Metaverse more realistic connotations.