数字孪生技术在制造业整合的障碍

N. I. Prytkov, A. Zamorev
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引用次数: 0

摘要

在过去十年中,工业的特点是高水平的数字化转型,影响了生产的各个层面和经济的各个领域。工业数字化的关键趋势之一是数字孪生——一个将物理对象、其数字模型以及两者之间的连续联系结合在一起的系统。然而,这样一个复杂的技术解决方案的集成充满了许多障碍,这些障碍以这样或那样的方式出现在技术用户的道路上。本文根据7个标准对100个数字孪生在工业中的应用案例进行了分析,重点分析了技术应用范围、集成问题最大的阶段、关键技术、组织、生态系统和经济障碍,以及已经应用或正在应用的障碍的克服建议。文章包含了一层统计数据和信息图表,证实了数字孪生整合的主要障碍的关键结论,其中缺乏必要的设备和设备,缺乏现有的技术实施战略,缺乏行业监管标准和高初始投资是主要的。每一块壁垒都伴随着数字孪生在国内外行业中使用的真实例子(案例),其中有KamAZ、UEC-Klimov、Tesla、Volvo、Norske Shell等公司。
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Barriers to the integration of digital twin technology in manufacturing
Industry over the last ten years has been characterized by a high level of digital transformation, affecting all layers of production and all areas of the economy. One of the key trends in the digitalization of industry is the digital twin – a system that combines a physical object, its digital model, and a continuous link between the two. However, the integration of such a complex technological solution is fraught with a number of barriers that arise in one way or another in the way of technology users. The authors of the article analyzed 100 examples of digital twin use in industry according to 7 criteria, among which the scope of technology application, the most problematic stage of its integration, key technological, organizational, ecosystem and economic barriers, as well as recommendations on overcoming these barriers, which have been applied or are in the process of application, were highlighted. The article contains a layer of statistical data and infographics that confirm the key conclusions about the main barriers to the integration of digital twins, among which the lack of devices and equipment with the necessary capacity, the lack of existing strategies for the technology implementation, the lack of standards for industry regulation and high initial investment are the main ones. Each block of barriers is accompanied by real examples (cases) of use of digital twin in the domestic and foreign industry, among which there are such companies as KamAZ, UEC-Klimov, Tesla, Volvo, Norske Shell and others.
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