With the continuous development of artificial intelligence technology, intelligent construction has become a topic of much concern in the construction industry. Intelligent construction can not only improve the quality and efficiency of construction, but also reduce the consumption of manpower and material resources in the construction process, which makes many construction companies see the future development direction. In this article, we will introduce the definition, application, and advantages of smart construction in detail.
What is Smart Construction?
Intelligent construction is a new construction method that uses modern technical means to optimize the construction process, improve construction efficiency and quality, and reduce construction costs through intelligent control. Generally speaking, intelligent construction is to adopt a new generation of information technology, including BIM, artificial intelligence, Internet of Things, big data, robots, etc., to enhance the collaborative operation of all participants in the engineering industry chain, optimize the entire process of engineering workflow, and realize the entire life cycle of the project. The quality, safety, greenness and efficiency of the company will be improved to help sustainable development.
Specifically, intelligent construction includes six major scenarios including BIM digital integrated design, intelligent production of parts and components, intelligent construction management, construction robots and intelligent equipment, construction industry Internet, digital delivery and intelligent operation and maintenance.
What is the core of intelligent construction?
The core of intelligent construction is to give full play to the role and value of data production elements, create a data-centric industrial chain collaboration model, realize cross-stage, cross-organization, and cross-regional industrial chain integration work, and realize digital design, intelligent production, intelligent construction, and intelligent management. And intelligent operation and maintenance, optimize the process, and realize industrial transformation. The DTCLOUD application middle platform, the DTIOT data middle platform, and the DTRaaS equipment middle platform are the core to support the industrialized Internet of intelligent construction.
DTCLOUD application center : build intelligent construction infrastructure software with building information model as the core technology, support IOT device development, embedded software development, custom development, product production and other functions, realize rapid development of the platform, simplify the development process, Reuse the advantages of the general environment to create the highlights of "fast (samples produced in one week), economical (saving more than 50% of work), and good (hardware standardization)".
DTIOT data center : establish a complete engineering big data industry system, open up the data access and services of IoT-related enterprises and manufacturers, IoT devices, and projects, and realize data integration, application and analysis of big data.
DTRaaS equipment center : establish a RaaS data platform for robots and other intelligent equipment, which is mainly used in robots and intelligent equipment, integrate basic information, usage data, sales/lease and other operation and management information of robots and intelligent equipment, and strengthen the industrial Internet in the field of intelligent equipment application value.
Advantages of Smart Construction
The advantages of intelligent construction are mainly manifested in the following aspects:
- Improve the quality and efficiency of construction. Intelligent construction can greatly improve the efficiency and precision of building construction, and reduce errors and waste in the construction process.
- Reduce construction costs. Intelligent construction can reduce the consumption of manpower and material resources, thereby reducing the cost of construction.
- Improve construction safety. The use of robot technology and intelligent control can avoid manual construction at high altitudes and dangerous environments, and ensure the safety of the construction process.
- Improve the design level of buildings. The use of artificial intelligence algorithms can complete architectural design and optimization more quickly and improve the design level of buildings.