-+ 0.00%
-+ 0.00%
-+ 0.00%
The reporter learned today that the General Administration of Market Regulation issued three national standards, “Smart Factory Design Requirements for Intelligent Manufacturing Scrap Steel”, “Digital Twin System Technical Requirements for Intelligent Manufacturing Steel Manufacturing”, and “Technical Requirements for Multi-base Manufacturing Resources Collaborative Management and Control Systems for the Intelligent Manufacturing Steel Industry”, which anchor key aspects such as scrap plants, digital twins, and multi-base collaboration, respectively, to support the construction of an advanced steel manufacturing technology requirement system. The three national standards provide clear solutions to the steel industry's long processes, multiple processes, complex interfaces, and long-standing problems such as differences in design caliber, repeated system development, difficult data exchange, and difficulty in coordinating cross-base resources between plants, processes, etc., and unify the design requirements of hierarchical decoupling, clarifying corresponding functional positioning and technical boundaries layer by layer, so that intelligent system construction can be followed layer by layer.
Share
Listen to the news
The reporter learned today that the General Administration of Market Regulation issued three national standards, “Smart Factory Design Requirements for Intelligent Manufacturing Scrap Steel”, “Digital Twin System Technical Requirements for Intelligent Manufacturing Steel Manufacturing”, and “Technical Requirements for Multi-base Manufacturing Resources Collaborative Management and Control Systems for the Intelligent Manufacturing Steel Industry”, which anchor key aspects such as scrap plants, digital twins, and multi-base collaboration, respectively, to support the construction of an advanced steel manufacturing technology requirement system. The three national standards provide clear solutions to the steel industry's long processes, multiple processes, complex interfaces, and long-standing problems such as differences in design caliber, repeated system development, difficult data exchange, and difficulty in coordinating cross-base resources between plants, processes, etc., and unify the design requirements of hierarchical decoupling, clarifying corresponding functional positioning and technical boundaries layer by layer, so that intelligent system construction can be followed layer by layer.
Disclaimer:Webull uses external vendor Google Translation Service for news translations where we endeavour to ensure these are correct, however, we recommend that you please double-check this information accordingly. Webull is not responsible for translation errors or issues.
What's Trending