Digital Twin is an Effective Tool for Digital Transformation of Industrial Enterprises

N. L. Taranukha, S.V. Semenova, S. N. Pankov
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Abstract

The article presents the results of a study of digital transformation processes taking place on scientific and industrial enterprises using digital twin technology. The degree of introduction of digital technologies and the level of labor productivity in the developed countries and in Russia were considered. The concept, definition, properties and characteristics of digital twin technology were studied. The applied methods of digital design and modeling in the digital twintechnology were investigated. The author analyzes the features of creation, functionality, and the advantages of digital twin technology at various stages of the object's life cycle - during design, production and operation. Practical examples of digital twins application in the domestic industry are given: the design of a premium-class car of the 'Tuple' project, the optimization of technological grinding operations of product manufacturing, the introduction of a predictive prognostic system and monitoring of modern high-tech equipment of the combined-cycle unit of the Izhevsk CHP-1 PSU for monitoring the operational condition, reliable forecasting of technological processes, protection from incidents and accidents. The application of digital twin technology as a training complex to train the operational personnel of industrial facilities based on modeling of rarely encountered and critically dangerous operating modes of industrial facilities is investigated. The Russian market of digital design and modeling is studied and key leaders were identified. The top digital technologies to achieve technological leadership of domestic companies are summarized. As a result of the research, the key capabilities of digital twin technology and barriers constraining the processes of full-scale digital transformation of scientific and industrial enterprises are identified. Recommendations for the successful implementation and development of digital twin technology are proposed. The motivating factors of state support for the digital transformation of domestic business are summarized.
数字孪生是工业企业数字化转型的有效工具
文章介绍了利用数字孪生技术对科技和工业企业的数字化转型过程进行研究的结果。研究考虑了发达国家和俄罗斯引进数字技术的程度和劳动生产率水平。对数字孪生技术的概念、定义、属性和特点进行了研究。研究了数字孪生技术中数字设计和建模的应用方法。作者分析了数字孪生技术在物体生命周期的各个阶段--设计、生产和运行阶段--的创建特点、功能和优势。作者列举了数字孪生技术在国内工业中应用的实际案例:"Tuple "项目高档汽车的设计、产品制造技术研磨操作的优化、伊热夫斯克热电-1 PSU联合循环装置现代高科技设备的预测预报系统和监控的引入,以监控运行状况、可靠预测技术流程、防止事故和意外事故。研究了数字孪生技术作为培训综合体的应用情况,在对工业设施的罕见和极度危险运行模式进行建模的基础上,对工业设施的操作人员进行培训。对俄罗斯数字设计和建模市场进行了研究,并确定了主要领导者。总结了实现国内企业技术领先的顶尖数字技术。通过研究,确定了数字孪生技术的关键能力以及制约科技和工业企业全面数字化转型进程的障碍。提出了成功实施和发展数字孪生技术的建议。总结了国家支持国内企业数字化转型的动因。
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