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How can virtual coupling change the future of railways

July 25 @ 6:00 pm - 7:00 pm AEST

Free – $30

Overview

 

Recent developments in rail signalling technology have led to the advanced concept of Virtual Coupling.

Trains are envisaged to exchange real-time information with each other via a Vehicle-to-Vehicle radio communication layer to allow a much shorter separation and the formation of radio-linked train platoons.

Such a concept would unleash the full capacity potential of existing rail networks and meet the ever-growing need of a customer-oriented rail service potentially leading the railways to a tremendous boost in both service efficiency and market competitiveness.

Many are however the safety, technical and technological challenges which need to be addressed before Virtual Coupling could actually come to life.

How can those challenges be tackled? And how could Virtual Coupling change the future of railways in terms of market potentials and service performances?

Looking forward to meeting you at the seminar so that you can know more about the current progress in Europe of this cutting-edge and yet challenging innovation in the railway field.

Learning outcomes

 

  • Operational principles defined to enable Virtual Coupling train operations.
  • A simulation-based evaluation of capacity benefits that Virtual Coupling could lead to versus conventional and moving block signalling systems.
  • A detailed market analysis and multi-criteria impact assessment carried out in the frame of the European Shift2Rail project MOVINGRAIL.

About the speaker

Egidio Quaglietta

Egidio Quaglietta is a tenured assistant professor in Railway Traffic Management at TU Delft and co-director of the Digital Rail Traffic Lab. He has been leading research on digital rail innovations including Moving Block, Virtual Coupling signaling and self-organsing rail traffic for several European projects such as MOVINGRAIL, PERFORMINGRAIL and SORTEDMOBILITY. His experience in the field of railway signaling started in 2008, obtaining a PhD degree on simulation-based signaling optimization. Later on Egidio worked as R&D engineer for several prominent railway companies such as the Italian railway system supplier Ansaldo STS (now Hitachi STS) and the British railway infrastructure manager “Network Rail”. Among his industrial experiences, he has led a workstream of the R&I program “Digital Railway” as well as the sub-project on “Operations for Enhanced Capacity” for the EC FP7 project Capacity for Rail (C4R). He has developed the simulation tool EGTRAIN and his main interests are in the areas of railway traffic and infrastructure optimization, innovative signaling technology and automated railway operations. He is a member of the Institution of Railway Signal Engineers (IRSE).

Details

Date:
July 25
Time:
6:00 pm - 7:00 pm AEST
Cost:
Free – $30
Event Category:
Website:
https://www.engineersaustralia.org.au/event/2022/05/how-can-virtual-coupling-change-future-railways-028d3e91

Organiser

Railway Technical Society of Australasia
Phone
1300 653 113
Email
memberservices@engineersaustralia.org.au