Analyse von Digital Twins auf die Nachhaltigkeit des Wiederbeschaffungsprozess von Handelsunternehmen

Abstract

This bachelor thesis explores the integration of Digital Twins into retail procurement processes with the aim of enhancing sustainability. The Increasing emphasis on sustainability in retail necessitates innovative approaches to make procurement processes more efficient and environmentally friendly. While the integration of Digital twins holds promise in this regard, it also presents challenges. The thesis commences with an introduction to Digital Twins, their origin, and the definition of various types. Subsequently, it examines the context of sustainability in procurement to underscore the relevance of integrating Digital Twins. Success factors and influencing variables for a Digital Twin development are thoroughly explored, including requirements, Big Data, Algorithms and sensor technology. A practical example of developing Digital Twins in a retail company is presented to translate theoretical insights into practice. The methodology and operational impacts are carefully explained. The results show that the integration of digital twins into procurement processes can make a significant contribution to improving both economic and ecological sustainability. By introducing a digital twin, the CO2 emissions of transports can be monitored and controlled. Furthermore, the introduction of additional transport modes reveals a noticeable cost reduction of 15% in storage, handling, and transportation costs. Overall, the work provides valuable insights for companies aiming to make their procurement processes more sustainable by leveraging innovative technologies like digital twins. It outlines pathways for successfully developing, implementing, and utilizing this technology.

Date of Award	2024
Original language	German (Austria)
Supervisor	Reinhard Tockner (Supervisor)