The smart water system has realized the improvement of real-time monitoring, early warning, dispatching, service and management capabilities of water resources through the comprehensive application of advanced technologies such as the Internet of Things, big data, cloud computing, artificial intelligence, etc., thus effectively helping the refined management of water resources. The following are the specific ways in which the smart water system can help the refined management of water resources:
1、 Real time monitoring and early warning
Intelligent perception layer: the foundation of the intelligent water affairs system is the intelligent perception layer, which includes various sensors, water meters, water quality monitoring stations and other front-end devices. These devices are distributed throughout the water source, water plants, pipe networks, pump stations, user terminals and other links, and collect key data such as water volume, water quality, water pressure, flow rate and so on in real time.
Real time monitoring: through the data collected by the intelligent perception layer, the system can realize the real-time monitoring of water resources, including the water quality change of the water source, the operation status of the water plant, the leakage of the pipe network and the water use of users, which can be reflected timely and accurately.
Early warning mechanism: the system can also give early warning according to the preset threshold and rules, and notify relevant personnel to deal with any abnormal situation once it is found, so as to effectively prevent waste and pollution of water resources.
2、 Scheduling and optimization
Data analysis and prediction: The smart water system uses big data, cloud computing and other technologies to clean, integrate and analyze massive data, and mine valuable information and laws. Through the establishment of models, algorithms and other analysis tools, the system can predict the demand and supply of water resources in the future.
Optimized dispatching: based on the data analysis results, the system can formulate scientific and reasonable dispatching scheme, realize the dispatching and optimal allocation of water resources, and improve the utilization efficiency of water resources.
3、 Operation, maintenance and management
Equipment management: the intelligent water service system carries out life-cycle management on equipment and facilities related to water service, and realizes tracking and monitoring from files, maintenance, inspection and repair, verification, scrapping and other aspects. Through the interconnection, interworking, remote control and operation and maintenance of intelligent devices, the system can track the operation status, execution efficiency, energy consumption, etc. of the devices in real time, analyze and optimize them, and improve the comprehensive capacity and application efficiency of the devices.
Emergency treatment: the system constructs an emergency dispatching command system to realize the visual and digital safety emergency management of safety accidents, emergency plans, resource dispatching and simulation. By means of wading area flow chart, GIS tracking, video monitoring, mobile applications and other ways, the dynamic perception, intelligent analysis and auxiliary decision-making of safety emergency events are realized, and the ability of water emergency dispatching management is improved.
4、 Public participation and interaction
Public service platform: The smart water service system facilitates users to inquire about their own water use, pay water fees, and report failures through the construction of public service platforms, mobile APP and other channels. At the same time, the system can also release water-saving knowledge, policies and regulations and other information to the public to improve public awareness and participation in water-saving.
Improve transparency and satisfaction: This way of public participation and interaction not only improves the transparency and satisfaction of water services, but also promotes the conservation and protection of water resources.
5、 Specific practice cases
Construction of a city's smart water service platform: a city has realized real-time monitoring and management of the city's water resources by building a smart water service platform. The platform integrates multiple functions such as water quality monitoring, water quantity measurement and pipe network monitoring, and realizes dynamic monitoring and early warning of water resources in the city through big data analysis technology. At the same time, the platform also provides an intelligent scheduling and optimization scheme, which effectively improves the utilization efficiency and management level of water resources.
Intelligent transformation of water supply company: a water supply company has realized the full chain intelligent management from the water source to the user terminal through intelligent transformation of the traditional water supply system. The reconstructed system not only improves the stability and security of water supply, but also realizes real-time monitoring and data analysis of water supply process. The data analysis results guide the production planning and scheduling scheme formulation, effectively reducing the water supply cost and improving the service quality.
In conclusion, the smart water system can effectively help the refined management of water resources and improve the utilization efficiency and management level of water resources through real-time monitoring and early warning, dispatching and optimization, operation and maintenance and management, public participation and interaction and other ways.
