T/BIAIM 0022-2024 Distributed Factory System Optimization Guideline

Scope

Main technical content: In addition to the standard normative elements (scope, normative reference documents, terms and definitions, etc.), the main content of this standard includes distributed factory design optimization, logistics system optimization, production and manufacturing optimization, and operational management optimization. Among them: (1) Distributed factory design optimization includes conducting production line simulation verification in advance, applying digital twin technology to assist the design process, analyzing data to optimize processes, and improving the quality of design output and delivery. (2) Distributed factory logistics optimization includes establishing a logistics system simulation model, using blockchain to record process information, and achieving real-time information correlation through digital dashboards. (3) Distributed factory production and manufacturing optimization includes using intelligent scheduling systems and high production efficiency, intelligent production monitoring, and flexible manufacturing. (4) Distributed factory operational management optimization includes data prediction, sharing plans to improve inventory turnover rate, incoming material quality inspection, risk management, and financial transparency. (5) Maintenance optimization includes predictive equipment management, remote maintenance, and maintenance data feedback.

Development Information

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