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Abstract

The Russian War on Ukraine in 2022 set off an increasingly dire energy crisis, which has highlighted the urgent need for energy conservation, especially in Europe where natural gas supplies have been severely affected. With an emphasis on healthcare facilities specifically, this research seeks to investigate the possibilities of Digital Twin (DT) technology as a means of improving energy efficiency in the built environment. The study aims to present a thorough synopsis of the Digital Twin idea, carry out an organized analysis of the literature on its uses in diverse fields, and explore applications of DT technology in energy-efficient design. In response to the energy crisis of 2022, the study also looks at present methods for lowering energy usage, with a focus on tactics used in the healthcare industry.
A mixed-methods approach is used in this study, which includes a survey of facility managers in German healthcare assets and a review of the literature. The results show a preponderance of conventional energy sources and a restricted uptake of innovative energy-efficient methods or renewable energy. The primary causes of the low usage and awareness of digital twin technology are inexperience and high expenses. Despite these obstacles, the necessity for sophisticated energy management strategies is becoming more widely acknowledged, in line with healthcare's digital transformation trends. The report highlights the unrealized potential for sustainability in German hospitals and proposes that adopting Digital Twins may be made easier, which would greatly improve energy efficiency. It also emphasizes how important it is to have specialized training to properly incorporate modern technologies. Future studies ought to concentrate on the challenges associated with implementing digital twins and the long-term effects of energy-efficient medical technology.

Course: Building Information Management - MSc - P2657FTC

Date Deposited: 2025-01-17

URI/permalink: https://library.port.ac.uk/dissert/dis14668.html