Put "wisdom" first! These fields are gradually approaching “smart” manufacturing
Release time：2024-09-05click：0
With the integration and application of new generation information technologies such as the Internet of Things, big data, cloud computing, artificial intelligence, and the industrial Internet, industries such as textiles, construction, petroleum, mining, and water conservancy are helping to accelerate their transformation and upgrading to digitalization and intelligence. In the digital and intelligent transformation, it not only significantly improves production efficiency and quality, saving labor costs for enterprises, but also improves space utilization for commercial and environmental benefits in the construction field; for the petroleum industry, it realizes the technicalization and unmanned operation of petroleum plants. and digital risk management...
Textile
As a labor-intensive industry, textile companies are actively Embrace the digital economy at a deeper level. It is understood that Jiangsu Luolai Home Textiles has accelerated the pace of intelligent manufacturing transformation and now has more than 2,000 sets of internationally advanced equipment and more than 30 automated textile production lines of various types. It also incorporates intelligent logistics systems such as three-dimensional intelligent warehousing and automatic sorting systems. From textile production and embroidery to packaging and fabric inspection to sorting and shipping, all links are completed in one go.
Zhejiang’s Xinlan Textile has also been transforming and upgrading around digitalization and intelligence in recent years. The company has invested in and built digital workshops and smart factories, adopted international and domestic advanced textile intelligent equipment, technology, software and hardware, introduced high-speed warping machines, automatic winding machines, drawing machines, loading machines and other advanced equipment, and also built Big data visual production command platform system and other facilities can truly achieve intelligent application scenarios of energy saving, labor saving, high quality and efficiency improvement.
Architecture
Intelligent buildings mainly rely on automated processes and technologies to meet the needs of occupants. With the "double carbon" goal taking root in the hearts of the people, in the past few years, smart buildings have had a huge impact in different fields, bringing productivity and efficiency benefits, environmental benefits, and improving space utilization for business and environmental benefits. .
For example, during off-peak hours, smart buildings can shut down some elevator cars in the elevator library to save energy and reduce maintenance; many smart buildings are now equipped with renewable energy generation and storage devices (such as solar panels and batteries) and even rainwater collection systems; smart buildings can use Bluetooth technology tracking, voice recognition and facial recognition to provide residents with access and preparation of spaces according to their preferences (lights, temperature, work aids, etc. ).
Petroleum
The petrochemical industry has long production lines, wide coverage, large equipment volume and production scale, and medium-term production.The safety of petrochemical industry has always attracted much attention due to the high risk of materials involved. The hot summer is approaching, and as the temperature rises, the safety of petroleum plant areas in high-temperature environments has become a focus of the industry.
In response to this, petrochemical explosion-proof intelligent inspection robots, electric power intelligent inspection robots and explosion-proof fire extinguishing reconnaissance robots have been integrated into the oilfield intelligent dispatch emergency management system to realize the technicalization and unmanned operation of the oil plant area. and digital risk management and control.
Intelligent inspection robots can realize edge computing functions through the AI chip equipped on the robot itself, and compare the collected pictures with the algorithm library to achieve real-time monitoring. In addition, it can also accurately read and record equipment meters, and conduct real-time monitoring of environmental information such as gas, temperature, and humidity, as well as equipment such as switch cabinets, to achieve high-frequency, large-scale, and efficient inspections without omissions. .
Mining
Restricted by the distribution and natural conditions of the mining area, the working environment in the mining area is difficult and single, with dust, high temperature, high Dangerous factors such as moisture have become inducements to safety accidents in mining areas and have also increased the mobility of workers in mining areas. In order to improve the working environment in mining areas, reduce potential safety hazards during operations, and solve problems such as difficulty in recruiting workers, relevant departments have been continuously promoting the process of making mines smart and green since 2016.
At present, unmanned mining cards and a series of "smart mining area" solutions have been promoted and applied in many mining areas. For example, in changing mining environments or bad weather, unmanned mining trucks can continue to complete mining transportation operations by switching between millimeter-wave radar, cameras or lidar equipment, thereby improving work efficiency.
Water Conservancy
There are many river systems in our country, and their protection and management is a huge and complex system project. Only by relying on modern information technology Only by changing governance concepts and governance methods can the effectiveness of river protection and governance be comprehensively improved. Therefore, with the help of new technologies such as satellite remote sensing, drones, and artificial intelligence, the pace of information management in various fields of water management is accelerating.
At the same time, the country is also comprehensively promoting the construction of data, algorithms, and computing power, and promoting the construction of digital twin river basins through digital scenarios, intelligent simulation, and precise decision-making. Accelerate the construction of a smart water conservancy system with forecasting, early warning, rehearsal, and contingency planning functions.
All along, the Ministry of Water ResourcesWe attach great importance to smart water conservancy construction and regard smart water conservancy as one of the important implementation paths to promote high-quality water conservancy development in the new stage, and regard digital twin river basins as the core and key to promoting smart water conservancy construction.
A few days ago, the Cyberspace Administration of China of the Ministry of Water Resources has issued the "Pilot Certificate for the Construction of Digital Twin Watersheds of the Ministry of Water Resources" to 126 specific responsible units, which will continuously enhance the digitalization and networking of water resources management. , intelligent level, strict and careful management of water resources, and provide strong support for promoting high-quality development of water conservancy.
