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Next generation train driving

conference contribution
posted on 2024-05-12, 23:29 authored by Mark Hayman, Christopher BosomworthChristopher Bosomworth, Colin ColeColin Cole
This paper provides a broad overview and demonstrates a control algorithm enabling the next generation of train driving. It is capable of providing a train handling solution for train and track specific in-train force limits utilising different driving strategies such as Minimum Time Train Control of Energy Efficient Train Control. Three different case studies are presented using real world track plans and range from a reference train similar to train consists in operation today through to 5.5 km and 10 km freight trains and a 124000 t, 15.5 km unit train. The results show that through driver advice it may be possible for human driveable trains to reach lengths of up to 5km, however, beyond this is the domain of computer controlled asynchronous train handling.

History

Start Page

222

End Page

232

Number of Pages

11

Start Date

2023-06-19

Finish Date

2023-06-21

ISBN-13

9781925627794

Location

Melbourne, Australia

Publisher

Railway Technical Society of Australasia (RTSA)

Place of Publication

Online

Peer Reviewed

  • Yes

Open Access

  • No

External Author Affiliations

Insyte Solutions Pty Ltd

Author Research Institute

  • Centre for Railway Engineering

Era Eligible

  • Yes

Name of Conference

CORE2023: Conference on Railway Excellence

Parent Title

CORE2023: Conference on Railway Excellence Conference Proceedings