BOMBARDIER INTERFLO*550 for ERTMS Regional An application of ERTMS technology for Regional lines *Trademark of Bombardier Inc. and its subsidiaries
What is Regional ERTMS? A UIC initiative, originally called ERTMS low cost Specification of a WAYSIDE traffic control system that uses the capabilities of ERTMS/ETCS A communication based system aimed at reducing the life cycle cost A system with open architecture and open interfaces to enable competition amongst suppliers even after the initial procurement has been done 2
What is the ERTMS Regional application? Specification of a wayside traffic control system that uses the Class 1 ERTMS/ETCS specifications Scope of ERTMS Regional I/O CTC TMS Interlocking + Detectors Points Lx Balise RBC Radio link ETCS L1/L2 VEHICLE 3
Open Interfaces Juridical Recorder System Controller System Passenger Train Warning System Adjacent CTC External System Other TCC Admninistration System Traffic Control Centre External Information System IA IB IC ID IE IF IG IH ED Data Preparation System OC EG OC EH Maintenance System Hand Held Terminal OC EI OC EJ OC EK OC EL EA Eurobalise OC EM EN EB ETCS Train EC EE Adjacent RBC II EF Detector PC ERTMS-R System Electrical Point/Derailer Level Crossing System Adjacent Interlocking Electrical Point Lock Generic Input / Output Track Circuit Point Heater EO Power Supply External systems 4
Cost Effectiveness Utilises the onboard system from ERTMS/ETCS Minimises use of wayside installations by using modern communications technology 5
Cost Effectiveness Communicates through existing infrastructure rather than installing new systems Adapts sufficient safety integrity to the specific market and application Uses Commercial Off the Shelf COTS components and as much of existing infrastructure as possible GSM-R telephone as Hand Held Terminal in ERTMS Regional 6
Programme Status April 2005: Bombardier received an order from Swedish Banverket to specify a system based on an UIC Functional Requirement Specification December 2006: Bombardier received an order to develop the ERTMS Regional system and to implement the system on a pilot line Banverket has signed a frame agreement with Bombardier for delivery and maintenance of ERTMS Regional systems for up to 20 years 7
Programme Status Q2 2009: Installations on pilot line ready 80% of requirements implemented & integrated 50% of requirements covered by automatic testing Q3 2009: Final System Integration and tests Q4-2009: As soon as test vehicles are available, initial tests on reserved track Q4 2010: Full scale tests in commercial operation Q2 2011: Type Approval 8
Rollout in Sweden 9
Rollout in Sweden Västerdalsbanan 10
Rollout in Sweden Västerdalsbanan Bohusbanan 11
Rollout in Sweden Västerdalsbanan Bohusbanan Fryksdalsbanan 12
Rollout in Sweden Västerdalsbanan Bohusbanan Fryksdalsbanan Kinekullebanan 13
Rollout in Sweden Västerdalsbanan Bohusbanan Fryksdalsbanan Kinekullebanan Viskadalsbanan 14
Rollout in Sweden Västerdalsbanan Bohusbanan Fryksdalsbanan Kinekullebanan Viskadalsbanan Dannemora- Hargshamn 15
Rollout in Sweden Västerdalsbanan Bohusbanan Fryksdalsbanan Kinekullebanan Viskadalsbanan Dannemora- Hargshamn ~565km 16
Regional map of Denmark? 17
What will be delivered? Detectors External information system CTC GPRS TCC Interlocking/RBC/TMS Server Object controllers LAN/WAN GPRS GSM-R Handheld terminal Euroradio Object controllers ERTMS Level 2 EuroBalise 18
What will be delivered? External information system CTC TCC Interlocking/RBC/TMS Server Object controllers Handheld terminal Object controllers ERTMS Level 3 EuroBalise 19
TCC 100% commercial components, redundant configuration Same software for all systems (GA) SA created in a separate tool 20
Object controller installation 21 Factory tested Generic, not site specific
ERTMS Regional Implementation Process From initial planning to operation 22
Project Handbook 23
Project Handbook Describes the Project Process and in more detail How to start a Specific Application (SA) project Design and produce a SA Build and install a SA How to test and commission a SA How to get final safety approval and close the project Highlights dependencies and deliverables from project start to hand over for operation Stresses what is unique and different when working with ERTMS Regional Ensure that the final SA fulfils standards, regulations and legislations Ensure that all safety classified sub systems fulfils the requirements for CENELEC SIL4 24
Differences to traditional legacy systems Runs traffic without the need for track occupancy detection (e.g. track circuits) TCC with Integrated Interlocking, RBC and TMS functionality One generic, unique data model for all sub systems Moving and/or virtual fixed block Route from Safe Rear End, one train - one route Safe train separation in both Interlocking and RBC Radio controlled objects Open interfaces 25
Conclusions By implementing ERTMS technology on regional lines as described, traffic on regional lines can be maintained with: reduced operational cost increased capacity improved safety Lines with the Regional solution can be integrated in the European ERTMS network and further extend the reach of cross border traffic into the regional network The open architecture of the Regional solution allows for integration with other systems such as maintenance planning tools and opens possibilities for better coordination between operators of rail and other types of transport 26