graduate student
The article presents a methodology for implementing a conceptual model of a system for organizing the digital production of machine-building products based on end-to-end technologies, including the use of digital twins. A systematic approach to optimizing production configurations is proposed, taking into account complex variable points, scenarios and parameters, which makes it possible to more accurately account for the variability of facilities at different levels of planning and management. The process of creating an archive of configurations with key performance indicators (KPIs), which provides the basis for interactive and adaptive production planning, is described. Special attention is paid to the stages of preparation, analysis of the current state of the enterprise, selection of KPIs, development and testing of the model, as well as its practical implementation. The research results demonstrate a significant increase in the flexibility and efficiency of the production system by reducing labor costs, minimizing errors, and optimizing material and information flows. The presented methodology can be used by industrial enterprises for successful transformation in the digital economy.
modeling, digital twin, calculation, KPI, optimization, production systems, conceptual model, end-to-end technologies
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