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on september 12, the 2024 global industrial internet conference opened in shenyang. the national industrial carbon basic database was officially launched, which will focus on the full-process management of carbon footprint in the industrial field and accelerate the pace of my country's industrial green transformation.

national industrial carbon basic database is completed and launched

my country's industrial sector accounts for about two-thirds of the country's total energy consumption and about 70% of carbon emissions, making it a key area and main battlefield for achieving the goals of carbon peak and carbon neutrality. the national industrial carbon basic database can cover various industrial sectors such as energy, equipment manufacturing, and electronic information, and has four major functions: data aggregation and sharing, data quality assessment, data development, and commercial operation.

at present, all regions are actively exploring new paths for low-carbon development. in liaoning, through the charging facility monitoring service platform in front of us, we can realize the full collection and monitoring of the information of 468 charging pile operators in the province, as well as real-time analysis and deployment.

intelligent solutions industrial internet empowers low-altitude economy

on september 12, the 2024 global industrial internet conference opened in shenyang. at this industrial internet conference, low-altitude economy became a new highlight. different from the display of general low-altitude aircraft and other products, what the reporter saw on site were more intelligent solutions and empowerment solutions.

just like cars need to comply with traffic regulations when driving on the road, low-altitude flying also requires identifying the model information of the aircraft and planning the flight route in the air. the current company has introduced 5g-a technology, adding radar and perception functions on the basis of the original 5g communication, to achieve accurate traffic management in the low altitude.

now that we have the road, how can we better operate the flight? unlike the past when industrial low-altitude aircraft needed human operators, now industrial low-altitude aircraft are already standard in terms of automatic take-off and landing, automatic flight route planning, automatic charging, ai automatic recognition and other capabilities.

at a booth, the reporter saw staff starting an industrial low-altitude aircraft dozens of kilometers away and conducting intelligent inspections. the staff said that their industrial low-altitude aircraft was used for the first time in the 3d scene of digital twins. during the flight, ai technology can be used to send abnormal situations found in real time to staff, and it can be widely used in inspections in cities, power plants and chemical parks.

a variety of robots with "smart brains" debut

industrial robots have become an indispensable innovative product in the development of industrial intelligence. at the exhibition, reporters found that today's industrial robots are generally equipped with "smart brains". with the support of ai big models, they can learn, think, make decisions and process independently, bringing greater help to industrial production.

at the scene, this special tangram attracted the attention of reporters. it turned out that as long as you draw the pattern you want on it, the robot next to it can understand it by itself and arrange it into the corresponding shape.

the staff told reporters that the robot can also interact through voice and text, and can independently complete the intelligent placement of hundreds of patterns on a small jigsaw puzzle. if the robot is placed in an industrial scene, it can sense the surrounding environment and autonomously decompose and execute complex tasks.

at the scene, the reporter also saw a cleaning robot that can autonomously determine when it is suitable to clean the factory, and autonomously collaborate with other industrial robots and intelligent production lines in the workshop. if it sees other robots working and the scene is busy, it will first change the water and charge, and wait until other equipment is idle before autonomously starting and planning cleaning routes and tasks. giving robots more perception capabilities is the current focus of industrial robot development. by simulating human hearing, vision, smell, touch, taste, and human brain cognitive functions, cold machines have the ability to perceive the world, understand the world, and make decisions.

the robot dog in front of us is more sensitive than previous patrol robots and can convert abnormal sounds it hears into images.

journalist experience: remote operation of customized products

we see more and more new technologies, such as artificial intelligence and large models, which are accelerating the change of industrial production patterns. our reporter also experienced the magic of intelligent manufacturing on site.

the data in front of us comes from dalian, 400 kilometers away. the company has restored all the industrial equipment in the dalian workshop to the exhibition site through digital twin technology. the staff can judge the working status of the equipment based on the data changes. not only that, remote customization and ordering can also be carried out on site.

a few minutes later, the exquisite seal customized by the reporter was completed in the factory in dalian. at the exhibition, the reporter found that digital technology not only makes the manufacturing industry more flexible, but also brings new changes to the traditional metallurgical industry. a booth here can operate a mining robot more than 100 kilometers away through 5g technology, and this company can greatly improve the safety level of the factory area by using industrial large model data technology.

at the global industrial internet conference, the reporter felt the most deeply the integration of new technologies, where 5g and 5g-a technologies provide reliable information networks and perception capabilities for the industry, ai technology provides the industry with a smart brain, and new materials technology provides the industry with a strong skeleton. the integration of these new technologies has accelerated the rapid development of emerging industries such as low-altitude aircraft, digital twin factories, and robot manufacturing.