Views: 5 Author: Site Editor Publish Time: 2022-01-11 Origin: Site
Smart water meters promote the development of smart water affairs and smart cities go further
One of the core construction points of a smart city is to build a smart water service, and use the water service IoT technology to manage urban water resources more efficiently.
At present, in the era of big data, data has become an important asset, even a core asset. During the production and operation of the water industry, massive data such as flow, pressure, water quality, and temperature are generated every moment. Therefore, the ability to professionally process data assets will become the core competitiveness of water companies. Without big data analysis and processing, the "brain" of smart water affairs will not be developed enough, the "intelligence quotient" will not be high enough, and the ability will not be strong enough. Therefore, data collection is the primary problem that water companies need to solve.
In the process of data generation, technologies such as big data processing and mining models are relatively common, but the generation of basic data that integrates intelligence requires accumulation bit by bit. Scientific and reliable data collection methods and real-time collection frequency will form high-density, high-precision, high-value water data and accumulate it quickly, laying a solid foundation for big data processing, data analysis and mining. Smart water is the source of water.
In order to meet the requirements of smart application scenarios, smart water meters need to work towards the goal of 1L-level, minute-level flow data collection accuracy and particle fineness. This requirement poses a high challenge to the technology and process of the water industry. In addition, in the pursuit of high-tech performance, it is also necessary to effectively control costs and promote the large-scale popularization of acquisition equipment. "
We must re-examine the development route of smart water meters, strengthen technical and technological research, improve the ability to collect water meter data, create conditions for the accumulation of massive data bases, and provide a perception basis for the construction and development of smart water affairs.
"Enhancing the flow data collection capabilities of smart water meters can not only bring rich potential data assets to the water industry, but also further integrate with platforms such as property management, distribution systems, and online financial systems in the future to play an important role in building a smart city. The role of estimation." It is advisable to take the new requirements for the flow data collection capability of intelligent remote water meters as an entry point to promote the construction of smart water infrastructure, vigorously improve the level of intelligent application of water affairs, and contribute to the construction of smart cities.
The water meter industry has a history of more than 100 years of development. At present, the total annual demand for water meters in the world is about 100 million units. my country has become one of the world's largest manufacturers of water meters. With the deepening of national energy conservation and environmental protection policies, the continuous rise of sewage charges and water prices, and the development of direct copying in rural areas, the problems related to water meter measurement will become more prominent, and the requirements for the measurement management of water companies will be higher. At present, we must re-examine the development route of smart water meters, strengthen technical and technological research, improve the ability to collect water meter data, and provide a perceptual basis for the construction and development of smart water services.
In recent years, the demand for water meters in the world has continued to grow. In addition to the steady and moderate increase in developed countries, the demand for water meters in a large number of developing countries has increased significantly. The global water meter has a scale of 1.4 billion. There are 1.8 billion scale.