Development of the digital twin for a multi-purpose processing plant training simulator

Ilya Zabarin, D. Shilin
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Abstract

Integration of digital twin in the form of a virtual copy of a physical object or process that helps to simulate various processes, emergency situations, receive certain statistics on the operation of devices and manage the control plant in real time can be considered as excellent and efficient solution for modern industrial manufacturing enterprises. Digital twins greatly expand the possibilities in the training of automated control system engineers, allowing them to interact with virtual simulators of any scale without risk to real equipment. This paper introduces the possibility of using such systems as a simulator for training control engineers is considered. A modern game engine and simulation platform were used to develop a similar training complex, which is a virtual control object for training engineers in the field of process control systems. An application with a virtual control plant has been developed, which allows debugging the project under development. The process of developing an object control program is significantly simplified, as it helps to visually control and test the program being developed.
多用途加工厂训练模拟器数字孪生体的研制
数字孪生以物理对象或过程的虚拟副本的形式集成,有助于模拟各种过程,紧急情况,接收设备运行的某些统计数据并实时管理控制工厂,可以被认为是现代工业制造企业的优秀高效解决方案。数字孪生极大地扩展了自动化控制系统工程师培训的可能性,使他们能够与任何规模的虚拟模拟器进行交互,而不会对真实设备造成风险。本文介绍了将该系统作为训练控制工程师的模拟器的可能性。利用现代游戏引擎和仿真平台开发了一个类似的训练综合体,它是过程控制系统领域培训工程师的虚拟控制对象。已经开发了一个带有虚拟控制工厂的应用程序,它允许调试正在开发的项目。开发对象控制程序的过程大大简化,因为它有助于可视化地控制和测试正在开发的程序。
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