Heriot-Watt University and the University of Glasgow are collaborating on a £46m initiative funded by the UKRI Engineering and Physical Sciences Research Council (EPSRC) to research the utilization of digital twins in reducing the carbon footprint of the UK’s transport systems.
Named TransiT Hub, the research hub, which has received an investment of £26m from 67 partners, aims to explore how digital twins can be utilized to analyze and decarbonize various transport systems such as road, rail, air, and maritime. In addition, the hub will work closely with passenger groups to incorporate human travel behavior and choices into the research.
According to TransiT joint directors Phil Greening and David Flynn from Heriot-Watt University and the University of Glasgow, respectively, utilizing digital twins is crucial in designing and transitioning to a more sustainable transport system. The collaboration between the universities and industry partners is expected to be one of the largest transport consortiums, encompassing transport operators, regulators, vehicle manufacturers, technology companies, and energy suppliers.
By collecting real-time data through sensors embedded in transport infrastructure, the digital twins will enable researchers to analyze and improve different scenarios to enhance efficiency and reduce carbon emissions. For instance, updating digital road signs with real-time information can help motorists navigate traffic jams more efficiently and lower their carbon footprint.
Feryal Clark, minister for artificial intelligence and digital government, believes that the research conducted by TransiT will pave the way for cutting-edge innovations that enhance people’s lives. The project will also serve as a model for other sectors looking to implement transformational changes using digital twin technology.
EPSRC’s executive chair, Charlotte Deane, highlighted the potential of digital twins in accelerating the decarbonization of transport networks by facilitating quicker testing of changes, reducing costs, and assisting in the design of future transport systems.
