Talking about Industry

0 1 the integration of new generation information technology and advanced manufacturing technology

The physical devices are connected to the network through the industrial Internet of Things, and the advanced computing power of cyberspace is used to reconstruct the physical entities in the physical space in the information space, so as to form digital twins with the ability of perception, analysis, decision-making and execution, thus realizing the integration of the physical world and the information world and creating a manufacturing system with the integration of reality and reality. Compared with traditional manufacturing, the most essential change of intelligent manufacturing is that the manufacturing system consists of two systems: physical system and information system, one of which is suitable for the real physical world, and the other is the virtual material world. The two systems correspond to each other one by one, and allude to each other.

02 value chain synchronization

The core of intelligent manufacturing is the intelligence of equipment, the automation of production and the integration of information flow and logistics.

The first two sentences are understandable. We have been doing intelligent equipment and automatic production for many years, and many of them are still being done, but the last two sentences are difficult to do. For the integration of information flow and logistics, the first step is to realize digitalization first, then build a virtual digital system, and then consider whether it can be combined with reality. We are still in the process of digitization. Value chain synchronization means that all value-creating activities can coordinate with each other and keep pace, so as to integrate the whole system. Such a manufacturing system is a single manufacturing unit with autonomy, and the whole system has self-organization ability.

03 production efficiency improvement

The fundamental purpose of intelligent manufacturing is higher production efficiency, better product quality, lower production cost, less resource consumption, less environmental pollution and faster market response. The ultimate goal is to fundamentally solve the outstanding problems of traditional manufacturing industry and realize efficient, high-quality, low-consumption, clean, flexible and customized production. We engage in intelligent manufacturing not for intelligent manufacturing, but for better manufacturing.

Intelligent manufacturing is driven by data.

Only by mastering the core technology and understanding the manufacturing mechanism and production process can we establish a perfect mathematical model, collect high-quality data, understand the key data relationships, and truly realize the transition from experience-driven to data-driven. At present, all major industrial Internet platforms are developing intelligent manufacturing, and there are many cases in practical application. I believe that intelligent manufacturing will develop better and better in the future.