The present application relates to the technical field of digital twinning, in particular to a low-code device information digital twinning model creation method, which builds a model framework by dragging and dropping predefined input, output and logic
processing components from a component
library to a canvas, flexibly configures component parameters using a context attribute panel, and establishes data flow between component ports using intuitive graphical connection operations, and performs real-
time data type checking to ensure the
correctness of the connection. Finally, by configuring the address binding of I / O components with external controllers or data sources, and supporting real-
time data monitoring and input forced assignment during the
simulation stage, a device
information model is constructed that is complete in function and can directly interact with the real
control system for
data verification. The traditional
code writing work is transformed into visual configuration and connection operation, greatly reducing the technical threshold and development
workload, enabling domain experts to quickly build, modify and debug models without deep
programming background.