1. What is smart water?
Smart water is an innovative management model that uses online monitoring equipment such as data acquisition instruments, wireless networks, and water quality and pressure meters to perceive the operation status of the urban water supply and drainage system in real time, and integrates the water management department and water supply and drainage facilities in a visual way to form an innovative management model of "urban water Internet of Things". Through this system, massive water information can be analyzed and processed in a timely manner, and the corresponding processing results can be provided to assist decision-making suggestions, so as to manage the entire production, management and service process of the water system in a more refined and dynamic way, so as to achieve a state of "wisdom".
Its advantage lies in the fact that it can ensure the safety of water quality, and realize the monitoring of the quality of drinking water of citizens through 24-hour dynamic monitoring to ensure the safety of drinking water for citizens. In addition, smart water can also allocate pipe network scheduling on demand, and optimize scheduling based on real-time data and historical data through a scientific and efficient pipe network scheduling system, so as to improve the operation efficiency of the pipe network and the scientific allocation of water use, so as to ensure water supply for users.
The implementation of the smart water project promotes the digitalization, intelligence and standardization of the operation and management of the water affairs group, and realizes the online monitoring of the operation status of the water affairs system through sensing equipment such as data collection and transmission, forming the "water Internet of Things". Through the digital management platform, the Group realizes the timely analysis and processing of massive data, and provides processing results to assist decision-making suggestions, so as to make the water operation system more digital, intelligent and standardized, and achieve the purpose of intelligent management.
Second, the core technology of smart water
The core technologies of smart water include data acquisition and perception technology, data transmission and processing technology, data analysis and mining technology, and intelligent decision-making and control technology. The comprehensive application of these technologies provides a solid technical foundation for the efficient operation and intelligent management of the smart water system.
- Data collection and perception technology is the foundation of smart water software, which realizes real-time monitoring and collection of parameters such as water quality, water quantity, and water flow through sensor technology, RFID technology and Internet of Things technology, and provides reliable data support for subsequent data processing and analysis.
- Data transmission and processing technology undertakes the important task of transmitting the collected massive data to the cloud computing platform for storage and processing. Through cloud computing, big data and stream processing technologies, efficient data transmission, centralized storage and rapid processing are realized to ensure the timeliness and accuracy of data.
- Data analysis and mining technology is the core of smart water software, through data mining and machine learning and other technical means, the collected data is deeply analyzed and mined, and the potential connections and rules between data are discovered, providing a scientific basis for decision-making.
- Intelligent decision-making and control technology is the ultimate goal of smart water, through artificial intelligence and expert system and other technologies, according to the data analysis results to achieve intelligent decision-making and automatic control, improve the management efficiency of water supply, drainage, sewage treatment and other processes and water resource utilization efficiency.
To sum up, the core technology of smart water lies in the integration of data collection, transmission, processing, analysis and decision-making control and other technical means, through the comprehensive application of these technologies, the intelligent management of the water system is realized, and it provides strong technical support for the sustainable use of water resources and the sustainable development of social economy.
The data dashboard template mentioned in the example is shared with everyone.
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3. Recommended for the production of large screens in smart water plants: FineVis
FineVis is a zero-code data visualization design tool designed to meet the needs of data visualization scenarios in a more convenient and professional way. As part of the FineReport product system, FineVis is developed based on the FineReport Designer and delivered as a FineReport plug-in. In the field of smart water, FineVis demonstrates its powerful capabilities and innovative solutions.
First of all, FineVis realizes the dynamic monitoring of all aspects of the water conservancy system by connecting IoT devices. By monitoring the data of water meter equipment, pipe network equipment, pump room security, etc., water conservancy managers can understand the operation status of the water system in real time, find problems in time and take corresponding measures, so as to improve the accuracy and efficiency of management.
Secondly, FineVis realizes the connection with third-party systems such as water supply and smart sewage treatment plants, and comprehensively monitors and counts urban water supply data. With the help of intelligent algorithm models and fault alarm algorithms, FineVis can tap the optimization potential of urban water supply, improve water supply efficiency by staggering the peak water volume, optimize pipe network equipment, etc., and ensure the quality and capacity of urban water supply.
Finally, FineVis uses visual management technology to realize remote real-time monitoring and data analysis of water conservancy systems. Through the digital twin technology of the wastewater treatment plant, FineVis can monitor the fault conditions, inspection status, maintenance progress and other data of the pipe network, helping managers understand the operation of the system in real time, make decisions quickly, and further improve the efficiency and accuracy of water conservancy management.
Overall, FineVis has demonstrated its powerful data visualization and intelligent management capabilities in the field of smart water, providing comprehensive data analysis and decision-making support for water conservancy managers to better realize the rational use and management of water resources.
4. Scene display of FineVis smart water
According to the display of FineVis smart water screen, you can learn such as: import water data, import water quality monitoring, process management data, equipment data, material consumption management, consumption data, energy consumption management, abnormal energy consumption real-time alarm, etc., through which business personnel can intuitively understand the company's smart sewage treatment data.
On the smart water management screen, we can learn about the main pipeline plant, the number of pressure gauges, the number of water quality points, the number of flow meters, the number of valve points, the number of household meters, etc
Through FineVis' revenue data screen, business personnel can easily know: total amount of water sold, water charges receivable, water charges collected, water bill recovery rate, water consumption ranking, etc
Through the smart water management screen, we can get the following information: cumulative inspection kilometers, cumulative maintenance times, cumulative processing work orders, this month's patrol tasks, etc.
A large-screen display system for the operation and management of water plants was displayed, including multiple data visualization charts and information, including "water production details of water plants", "half-year unit consumption", "water quality analysis", "water fee recovery", etc.
V. Summary
Smart water is the use of advanced technical means, such as data acquisition instrument, wireless network and water quality and pressure gauge and other online monitoring equipment, real-time perception of the operation status of the urban water supply and drainage system, and the integration of water management departments and water supply and drainage facilities through visualization, forming an innovative management model of "urban water Internet of Things". Its core goal is to achieve refined and dynamic management of the water system through intelligent management and data-driven decision-making, so as to ensure water quality safety, improve water supply efficiency and water resource utilization efficiency.
As a zero-code data visualization design tool, FineVis provides strong support for the realization of smart water affairs. Through rich features and convenient learning resources, FineVis helps users easily create data visualization interfaces with rich visual effects and interactive effects, helping them realize the visual display and analysis of smart water systems.
To sum up, with the help of advanced technical means and intelligent management mode, smart water has realized the comprehensive monitoring and refined management of the urban water supply and drainage system, providing strong support for the sustainable use of water resources and the sustainable development of social economy. As a visualization tool for smart water, FineVis provides users with a powerful data visualization solution to help them better understand and manage their water systems.