Digital‐twin‐based implementation framework of production service system for highly dynamic production logistics operation
Hongfei Jiang, Ting Qu, Ming Wan, Liangru Tang, George Q. Huang
Abstract
In the customised production mode, production and logistics are required to operate in synchronisation under the high dynamic interference, to realise the rapid response to the personalised demand of high‐frequency changes. Facing high dynamic interference, how to realise the efficient synchronised operation of production and logistics by integrating external service resources has become a major challenge for manufacturing manufacturers. This study proposes a digital‐twin‐based implementation framework of production service system (DTIF‐PnSS) for highly dynamic production logistics operations. The framework realises online collaborative operation and autonomous decision‐making control of production logistics under high dynamic interference by providing smart services for real‐time dynamic capture, operational precision mapping, dynamic virtual simulation and iterative decision optimisation. At last, the effectiveness of the DTIF‐PnSS is verified by an application case of a coating chemical enterprise. It provides a feasible way to support the production logistics synchronised operation under high dynamic interference.