What are the specific solutions for smart water conservancy?

The smart water conservancy solution refers to the real-time detection and early warning of abnormal behaviors such as floating debris in rivers, reservoirs, and channels, garbage stacking, industrial wastewater discharge, surrounding illegal construction, garbage incineration, and water level cross-border through intelligent analysis technology, so as to effectively improve the water quality management level of rivers, reservoirs, and channels.

The smart water conservancy system can achieve the following functions: floating debris detection on the water surface, garbage stacking detection in the river, detection of boats returning to the hungry in the basin, detection of industrial wastewater discharge, early and prudent detection of illegal construction around the river, detection of river garbage incineration, alarm monitoring of water level crossing the border, etc., and real-time monitoring and early warning of the above abnormal events through intelligent analysis technology.

Once the smart water conservancy is implemented, it can realize automatic monitoring and watering of crops, and accurately and quantitatively watering according to the demand for water in the process of plant growth.

Summary. The scientific connotation of smart water conservancy: harmony between man and water, prosperity and harm, cloud as the carrier, and interconnected perception!

The six goals of smart water conservancy: spatial globalization, time serialization, process automation, application intelligence, management integration, and scientific decision-making!

What is Smart Water Conservancy?

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Smart water conservancy is the innovative application of relevant advanced concepts and high-tech in the water conservancy industry in the construction of a smart society represented by smart cities.

The scientific connotation of smart water conservancy: harmony between man and water, prosperity and elimination of harm to the elderly, Bihan vertical cloud as the carrier, interconnection perception! The six goals of the Smart Water Conservancy University: spatial globalization, time serialization, process automation, application intelligence, management integration, and scientific decision-making!

The scientific connotation of smart water conservancy: harmony between man and water, prosperity and elimination of harm to the elderly, Bihan vertical cloud as the carrier, interconnection perception! The six goals of the Smart Water Conservancy University: spatial globalization, time serialization, process automation, application intelligence, management integration, and scientific decision-making!

In recent years, the Internet of Things and cloud computing technology have been continuously innovated and improved, providing favorable conditions for the creation of smart cities. At the same time, in order to ensure water security and save limited resources, the traditional water industry is constantly exploring the construction of smart water affairs. In order to realize smart production, smart management, smart service and smart control, smart water came into being.

1. In the urban water supply and drainage system, it basically relies on manual management and inspection to ensure that the water supply and drainage of all links are normal, the efficiency is low, and the feedback cycle is long;

2. There are many situations such as disturbing the people, "inaccurate reading", "valuation" and other situations such as manual meter reading, and the customer service experience is poor;

3. Water quality, water pressure, and related environmental data cannot be clearly grasped, which is not conducive to the refined management of water affairs;

4. The status of water equipment such as pumps, sluices, water hydrants, and sewage treatment devices cannot be managed in a unified manner, and it is difficult to manage the equipment;

5. The drainage pipe network, sewage treatment facilities, reclaimed water reuse and other drainage systems are not sound.

In response to the market demand of the water industry, HT for Web builds a smiling sewage treatment plant pumping station automatic control system based on the concept of the Internet of Things, using information technology to achieve real-time monitoring of the operation indicators of the pipe network, including the pipe network level, flow, water quality, gas, pumping station operation status and other information, to ensure that the pipe network plays a safe and efficient role, through the construction of a safety early warning platform, improve the emergency command and rapid disposal capabilities, ensure the safe operation of the urban drainage pipeline, so that the safe operation of the entire urban drainage pipeline can be graspedIt can be controlled and controlled, providing scientific and advanced city-level hydraulic analysis capabilities, and more comprehensively evaluating the capacity of urban drainage pipe networks.

Based on the data of urban drainage facilities, combined with the monitoring data of the pipe network and the meteorological and rainy conditions, it provides a decision-making basis for the intelligent division of urban catchment areas, drainage planning and flood prevention. Through the intelligent control and management of intelligent water meters, pressure sensors, switch control valves, water quality sensors, and flow sensors, and then the intelligent control and management of all pipelines, equipment (pumps, valves, hydrants, fire hydrants, etc.) and structures (water plants, pools, water towers, etc.) in the water supply and drainage system can be fully grasped to ensure the safe and efficient operation of the water system.

The so-called smart water conservancy is to use advanced technologies such as the Internet, cloud computing, and GIS, with "digitalization, networking, visualization, and intelligence" as the main line, and resource integration and sharing and technological innovation and application as the starting point, to improve the management efficiency and social service level of the water conservancy department, promote the construction of water conservancy informatization, ensure the safety of regional flood control, water supply and maintain the healthy ecological environment of the river, and gradually realize the "standardization of information technology, automation of information collection, networking of information transmission, and integration of information management." , intelligent business processing, electronic government office".

The core of smart water conservancy is that it can make things and things, things and people, and people in the water conservancy industry interconnected and mutually perceived, and can process water conservancy information and resource integration more efficiently and safely, solve water conservancy monitoring, early warning, analysis, and decision-making more scientifically, and make cross-departmental, multi-level, and cross-location cooperation capabilities more coordinated.

Hello, I am asking a question and answer the heart of the Lord's Beibei. Intelligent water conservancy technology refers to the application of advanced information technology, sensor technology and intelligent control technology to improve the operational efficiency, resource utilization efficiency and disaster risk management ability of water conservancy system. It is mainly used in the fields of water resources management, flood prevention and control, water quality monitoring and operation and management of water conservancy facilities.

Intelligent water conservancy technology can monitor and collect hydrometeorological data, water quality data, and status information of water conservancy facilities in real time. Through data analysis and processing, it can provide accurate hydrology, flood pre-concealment and wide warning, drought monitoring and other information, and provide decision-making support for the scientific scheduling and management of water resources. If you have any other questions, you can ask them and consult the north of the heart.

Hello, I am Mr. Xiao Qi, a workplace service teacher, and my answer is: smart water conservancy technology refers to a technical application that uses advanced information technology and intelligent means to manage and optimize water conservancy resources. It combines sensors, data collection, cloud computing, big data analysis and other technologies with water conservancy projects to realize the monitoring, analysis, decision-making and management of water resources, so as to improve the utilization efficiency of water resources and protect the environment.

Extended information: The following are some of the applications and functions of smart water conservancy technology:1

Water resources monitoring and management: Through the installation of sensors and monitoring equipment, real-time monitoring of water resources such as reservoirs, rivers, groundwater levels, water quality, etc. At the same time, based on the collected data, multi-dimensional water resource side-by-source management and decision-making are carried out to ensure the rational use and sustainable development of water resources.

2.Flood monitoring and early warning: Using intelligent sensing equipment and data analysis, real-time monitoring of hydrological information, rainfall and other indicators, early warning of floods, flash floods, droughts and other flood conditions, and timely measures to reduce losses.

3.Intelligent irrigation system: Through intelligent sensors and controllers, accurate irrigation and integrated management of water and fertilizer are realized.

According to data such as soil moisture content, crop water demand and meteorological conditions, the irrigation amount and frequency are automatically adjusted to improve irrigation efficiency and reduce water waste. 4.Water Operations Management Yun Chaixiang:

Optimize and manage water operations and water systems with big data analytics and artificial intelligence. Through the analysis of data, we can provide efficient and reliable water services such as user needs, water quality safety detection, water-saving management, fault warning, etc. The application of smart water conservancy technology can help improve the management efficiency of water resources, solve the problem of water shortage, reduce the risk of water pollution and floods, and improve the efficiency of agricultural production and water operations.

It is of great significance in ensuring the safety of human drinking water and promoting sustainable development. The above is mine, I hope mine can help you, if you have more questions, you can come and ask for consultation Workplace Service Teacher Xiaoqi.