Double carbon bonus + great year of infrastructure construction 𞓜 deep ploughing into the field of green intelligent equipment for water conservancy and hydropower

The major deployment of building a modern economic system and ecological system in China puts water conservancy at the top of the nine infrastructure network construction , Obviously, the importance of water conservancy is self-evident . But while promoting social and economic development , The water conservancy industry has also become an important energy consumer and greenhouse gas emission source , Therefore, the water conservancy industry reaches the peak 、 Carbon neutral action is to implement the new development concept , The urgent task of promoting modern water conservancy construction .

The carbon peak of water conservancy industry 、 Carbon neutralization action can be further implemented “ Water saving is a priority 、 Space balance 、 System governance 、 With both hands ” Thinking of water control , Focus on saving and protecting water resources , Innovative water control concept and technology , Reduce the energy and resource consumption of water conservancy projects , Reduce water conservancy planning 、 Design 、 Building 、 Management and other aspects of environmental pollution , Get the maximum economic and environmental benefits at the minimum cost , In durable water safety 、 High quality water resources 、 Healthy water ecology 、 Livable water environment 、 Advanced water culture and other aspects have been upgraded , So as to achieve the goal of sustainable utilization of water resources and sustainable development of water conservancy , Vigorously promote China's social economy 、 Ecological environment and other aspects of sustainable development .

The core of water conservancy is to seek advantages and avoid disadvantages , The high-quality development of water conservancy is to carry out innovation 、 Coordinate 、 green 、 to open up 、 Guided by the new development concept of sharing , Be a flood “ benefit ”, Control of water “ harm ”, Realize the benign development of water conservancy including water conservancy projects 、 High quality operation .

At present, the development of water conservancy and hydropower is becoming more and more advanced and scientific with the development of digitalization , Derived from intelligent water conservancy , It uses Cloud Computing 、 big data 、 The Internet of things 、 Mobile terminals 、 Artificial intelligence 、 Hydraulic model 、 Sensors and other new generation information and communication technologies to realize the informatization of water conservancy 、 Modernization and intellectualization .

Promote water conservancy planning 、 Engineering construction 、 Intelligent operation management and social services , perfect “ A map of national water conservancy ”, Carry out monitoring analysis and concentration early warning on carbon emissions , Integrated meteorology 、 hydrological 、 Monitoring information of agriculture and other departments , Make scientific decisions on carbon emission of water conservancy industry , To improve water environment and water ecology 、 To improve the utilization rate of water resources .

Create monitoring and fusion of multi department and multi-source information , Including weather 、 hydrological 、 Agriculture 、 ocean 、 Municipal and other departments , heavenly 、 In the air 、 ground 、 The fusion application of underground and other all element monitoring information . System integration and application , That is, information monitoring and analysis 、 Scenario prediction 、 Scientific dispatching decision-making and control application are integrated . among , Information is the foundation of intelligent water conservancy ; Knowledge is the core of intelligent water conservancy ; Capacity improvement is the purpose of intelligent water conservancy .

Taking the intelligent water conservancy data visualization solution built by Tupu software as an example , Present comprehensive situation monitoring of water conservancy 、 Water resources monitoring 、 Reservoir operation monitoring 、 Flood control safety monitoring and other functions , It is widely used in situation monitoring and early warning 、 Emergency linkage command 、 Analysis, research and judgment and other application scenarios .

Integrate the business system of meteorological management department 、 Meteorological observation station 、 Weather radar and other system data resources , For each site 、 Precipitation in subwatershed 、 evaporation 、 Seepage 、 Comprehensive monitoring and analysis of runoff and other parameters , Support disaster meteorological early warning , Assist the manager to fully control the hydrometeorological situation , Achieve accurate meteorological prediction 、 A timely response .

For water level 、 River discharge 、 Conduct real-time monitoring and Analysis on the change trend of data indicators such as inbound and outbound flow , Carry out real-time early warning for abnormal situation , For flood control, drought relief and disaster reduction 、 Water resources management 、 Emergency response 、 The three-dimensional decision-making of water project construction and operation provides strong support .

Based on GIS , For the number of ships 、 Berthing position 、 Visual monitoring of status and other information , Use rich visual presentation forms to conduct multi-dimensional analysis and judgment of data , Assist users to analyze the impact of flood control on shipping in flood season , Improve the ability of shipping scheduling .

Focus on various business areas of water management , For disaster prevention and mitigation 、 Construction of hydropower stations in the dam area 、 Save water and other work achievements 、 Clear 、 Show... Efficiently , Macroscopically reflect the achievements of water conservancy construction . The construction of smart water is a huge and complete industrial chain , Not only hardware support is required , Software support is also required , It not only needs the industry experience of traditional companies , It also needs the capital and technical support of new entrants .

Visualization means can help the operation and maintenance management personnel obtain first-hand information intuitively and concretely , Analyze the operation state of dam and bedrock , Master the working form of the dam , Evaluate the dam safety situation , Provide basis for dam abnormality .Hightopo Visualization helps the user to be clear 、 Fast positioning monitoring equipment and facilities , Obtain the basic monitoring information of relevant measuring points in time .

Rely on the intelligent water conservancy platform , Implement pre-processing of regulatory information 、 Industry supervision and inspection 、 Safety production supervision 、 Project quality supervision 、 Project inspection, supervision and decision support, etc , Build intelligent application of water administration , Realize asset intelligent supervision , Immigration intelligent supervision , Project Intelligent Planning and intelligent organ construction . so to speak , The rise of information technology provides an opportunity for the innovation of water conservancy industry , Using big data , It is conducive to improving the ability to obtain water conservancy data resources 、 Integrate all kinds of water conservancy information resources 、 Build a large-scale water conservancy data open platform 、 Innovate the perspective and method of water conservancy research , Seek a qualitative leap from quantitative change .