Evaluation of a Service System for Smart and Modular Special Load Carriers within Industry 4.0

J. Zeiler, Anja Mecklenburg, J. Fottner
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Abstract

Current research approaches in the field of logistics discuss the transformation of load carriers into smart objects. These so-called cyber physical systems collect data, aiming for process optimisation and increased transparency. Though special load carriers are commonly used in the automotive industry and have great potential in terms of digitalisation, they are mostly neglected. Understocking and overstocking, as well as production stops due to missing or damaged containers can result from insufficient transparency in supply chains. This paper presents the benefit and usability evaluation of a service system with smart and modular special load carriers, which aims to counteract this lack of transparency by providing databased services. In the therefore concluded web-based survey, experts evaluated the identified benefits in terms of impacts on the process, the customer and the environment. The presented results show that the benefits generated by the service system are suitable for optimising the conditions for the logistic process, the customer, the environment and the transparency within the supply chain. Although the already implemented functionalities of the service system are still limited in usability, the theoretical concepts and its functionalities have great potential in terms of future applications.
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工业4.0下智能模块化特种载重车服务系统评估
目前在物流领域的研究方法讨论的是将载货载体转变为智能对象。这些所谓的网络物理系统收集数据,旨在优化流程并提高透明度。尽管特种载重车在汽车行业中普遍使用,并且在数字化方面具有巨大潜力,但它们大多被忽视。库存不足和库存过剩,以及由于集装箱丢失或损坏而导致的生产停止,都可能是供应链透明度不足造成的。本文介绍了一个具有智能和模块化特殊载货载体的服务系统的效益和可用性评估,旨在通过提供数据库服务来抵消这种缺乏透明度的问题。在由此得出的基于网络的调查中,专家们根据对流程、客户和环境的影响来评估已确定的效益。所提出的结果表明,服务系统产生的效益适合于优化物流过程、客户、环境和供应链透明度的条件。虽然该服务系统已经实现的功能在可用性方面仍然有限,但其理论概念及其功能在未来的应用方面具有很大的潜力。
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