DIGITAL RAILWAY VISION

FOR THE CZECH REPUBLIC

RAILWAY 4.0 CONCEPT

Železnice 4.0 (Railway 4.0) is a university project of CTU in Prague – it is a comprehensive approach to the modernisation and digitalisation of the Czech railway infrastructure.

 

2000
Creation of the ITS-Railway position paper
2000
Creation of the Railway 4.0 Concept

  • Author: Sdružení pro dopravní telematiku (SDT)
  • Author: doc. Ing. Martin Leso, Ph.D.
  • Created within the Safety Comission of the Ministry of Transport (after the tragic accident at Pernink railway station)
  • Here the requirement was expressed to equip all lines with ETCS by 2040
  • Railway 4.0 is the means to achieve this goal
  • Railway 4.0 concept is a vision of digital railway in CZ
  • It is a It is a technological elaboration of ITS-R
  • It builds on the foundations defined by ITS-R
  • Comprehensive infrastructure modernisation plan
  • Financially feasible approach with high added value

LATEST ACTIVITY

  • 21.9.2022

Licensing of a trademark for the graphic design of the concept

  • 12.9.2022

Defining functional requirements for object controllers

CONCEPT ARCHITECTURE

  • Line transmission and power supply networks

Consisting mainly of optical communication and metallic power cables, which form the backbone infrastructure

  • Voice and data communication

Enables data and voice communication with on-board technologies, staff, and passengers on board the train

  • Object controllers

Universal programmable element, ensuring the execution of input/output commands controlled by an integrated security device

  • Integral interlocking system

Centralized logic of all control and security functions, principally integrating the function of PZZ, TZZ, SZZ, RBC

  • Superior operational and dispatch control of traffic

Connection to systems enabling remote traffic control and technology management

Railway 4.0 architecture

A comprehensive approach to modernisation

The concept represents a comprehensive renewal of the railway infrastructure with a subsequent implementation procedure:

  • Creation of network plans with the exact location of all field elements
  • Construction of backbone line infrastructure – optical and power lines
  • Location of external technology elements – OC and BTS


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Great possibilities at comparable costs to today

CTU in Prague carried out a cost calculation for the implementation of the Railways 4.0 concept with the following results:

  • The project is feasible with the amount of funds allocated by the Ministry of Transport for the implementation of ETCS and GSM-R for the entire network by 2040.
  • The cost is comparable to the cost of building conventional systems, which, however, have only limited functionality.
  • Significant savings can be achieved due to the following factors:
  • the use of open technologies to reduce prices thanks to the competitive environment
  • easier diagnosis and prediction of faults
  • lower operating costs
  • centralisation of logic functions

The calculation was made as a basis for the meeting of the Safety Commission of the Ministry of Transport.

The calculation was prepared according to the SFDI rules (Compendium for valuation of railway of constructions in the feasibility study and project plan stage).

DOCUMENTS