ERTMS Level 2 Trackside

Similar documents
Industry experience with ERTMS projects in Switzerland

Need, Strategy and Implementation of ERTMS

ERTMS Platform Steering # 15 Brussels, 2 Dec Update on ERTMS MoU activities and on ERTMS implementations in Europe (from UIC data base)

ETCS Technical Snapshot From Baseline 2 to Baseline 3 creating a stable framework for ERTMS investments

ETCS in Switzerland Views and Learning from an early Investor

UIC- ERTMS Conference 2004

siemens.com/mobility Trainguard Full interoperability for rail traffic

Platform Steering Group #11 The Italian feedback from the field (ERTMS lines in commercial operation)

KEYNOTE Michel Ruesen Jaime Tamarit Abstract

ATLAS: The road to Baseline3. Fernández Suárez, Enrique Rodríguez, Antonio

Rail Interoperability in Spain. ERTMS real deployment

System. Antenna JRU. Mobile Gateway EVC STM. Cold Movement Detection. Pulse Generator. Safety ETCS

The criteria of choice for new High Speed fleet

ADIF INTERNATIONAL CUSTOMIZED RAIL SOLUTIONS

Advantages of ERTMS for Sweden

Please find enclosed a letter from François Bellot, Minister for Mobility, regarding the above matter. [complimentary close]

High speed innovation in Adif. Antonio Berrios Villalba ADIF (Spain)

Der ERTMS-Markt außerhalb Europas

Rail Interoperability in Europe

The Swiss approach based on B3

Satellite and mobile communications HGV tolls in Germany: innovative, environmentally friendly and fair

In the report various scenario s are presented, which have been investigated. The figure below shows the scope of the three (main) senario s:

Hanzelijn A new ERTMS-ATB 200 km/h rail track in the Netherlands

The Global Evolution of HSR. Lessons from the Spanish Experience. Application to U.S. High Speed Rail Acknowledgements CONTENT

SNCF ERTMS RETURN ON EXPERIENCE THOMAS JOINDOT RAILWAY STRATEGY AND REGULATION DEPARTMENT UIC ERTMS CONFERENCE STOCKHOLM

2014 ERA FOLLOW UP OF ERTMS EU FUNDED PROJECTS ERA Follow Up of ERTMS EU- funded projects FINAL REPORT /9

Signalling Programme. Presentation of Banedanmarks ERTMS programme Programme Diretor Morten Søndergaard

AŽD Praha. ATO system type AVV. in everyday operation at Czech railway network. Vladimír Kampík. European Affairs Director, AŽD Praha

Building a single European market for railway rolling stock

This document is a preview generated by EVS

How our experience could serve your ambitions Lessons learnt

ERTMS/ETCS braking curves Robert Dijkman EEIG ERTMS Users Group

FTAs with Japan and the US A perspective from the European rail industry. Philippe Citroën, UNIFE Director General 9 July 2013

Italian standards. Andrea Nardinocchi Scientific Director Italferr, Rome, Italy

Switzerland: Public Transport Investments and Pay-Backs in General. Gotthard Base Tunnel in particular

Railway Obsolescence Management Contract

Railway noise control in urban areas. Jakob Oertli, SBB Infrastructure, Noise Abatement; Chair UIC Noise Groups

Eurailspeed Parallel Session C.1. Jean-Paul Balensi Vice president of Operation and Safety Division SNCF

Technological systems for High Speed lines, ERTMS, security, power systems. Renato Casale Italferr (FS Group), Italy

Power Supply Systems in Spain

The German Tolling Prospects

TALENT 3 BATTERY TRAIN

Experience in the construction of the HS trains and the newest train AGV

Railway Development of ASEAN: Readiness for AEC in 2015

CEDEX Rail interoperability Lab (RIL) Main activities and tests performed

Electrification and Power Supply. Andrea Nardinocchi Technological Design Department Italferr S.p.A., Rome, Italy

A Joint initiative by ProRail and Network Rail for ETCS Level 3 Hybrid Demonstration

Highspeed Rail -an international outlook

Overview of Railway Noise Control in Europe

Why the original concept of HSL adopted in different countries has. differentiated situation.

ETCS Level 1 Deployment in Luxembourg

SP2 Requirements toward the freight system of FFE (Madrid Spain) 21 September 2017

Review of the state-of-the-art of Train Control Systems Technology in the world and comparative study on the most important 3-4 of them

Notified National Technical Rules (NNTRs)

Driverless Train Operation

Leading the way to the future. Peter Elestedt

Connected vehicles on European roads: benefits for safety and traffic management

Gröna Tåget. (Eng: Green Train) Overview and Technical Aspects

Precision Station Stopping Progress Update

The Signalling Programme

Session: Connected Vehicles Status of C-ITS Deployment in Europe

Enhanced ETCS_L2/L3 train control system

Intermediate results

Double gauge High-Speed. interoperability and scope

Green emotion. Development of the European Framework for Electromobility. FP7 call TRANSPORT TREN partners Project Start: March 2011

Introduction of High Speed trains in Poland and Rail Baltica

How GSM-R serves railways globally. Norman FRISCH Business Development Railway Solutions

HST/VHST Products. October 2006

M.M. Warburg Fieldtrip. September 14th, Anton Poll. Head of Financial Communication/ Analysis, AUDI AG

GENERAL OVERVIEW OF HIGH-SPEED IN EUROPE

POSITION PAPER Version 3.0

Satellite navigation traffic control system for low traffic lines Actual status and future deployment in Romania

COMMUNICATING THE DIFFERENCES: THE CONTRIBUTION OF NEW MARKET ENTRANTS TO MODERN REGIONAL RAILWAY OPERATIONS

Interoperability TSIs applicable to Railway vehicles. Innotrans, September, 2010

THE CITIES OF THE FUTURE SMART WAY TO MOVE PEOPLE THE FUTURE OF CARS AND THE IDEAS OF FLEXIBLE CONGESTION RIGHT. LONDON 16th October 2012

High Speed Rail November Cannongate House, Cannon Street, London, EC4N 6AE, EC4N London 6AE

Railway Undertakings Working Group Infrastructure Upgrade. Eric Guenther 19 March 2014

Planning of electric bus systems

Division Locomotives. Borderless locomotives

Informal Meeting of European Union Competitiveness Ministers. Chairman and CEO Ignacio S. Galán

About Czarnikow. The Premier Provider of Sugar Market Services. Czarnikow has been in the sugar business since 1861

Urban Mass Transit Goes Driverless

UIC WORKSHOP ON ENERGY EFFICIENCY OF FUTURE TRAINS

SMART CITIES IN PRACTICE

Electric Mobility and Smart Urban Grids

Faculty of Engineering Technology

Investor Update - Paris Defence Aerospace Axel Arendt

Vicenza. Verona. Torino. Florence. Head office in Signa Florence. Production Branch in Sona Verona. Elpower in Noventa Vicentina Vicenza

Manufacturing operating and maintaining different rolling stock

General approach to High Speed Rail. Iñaki Barrón de Angoiti UIC, Director of Passengers Department Paris, France

Evolution of electric buses in Moscow. Artem Burlakov, Mosgortrans

How do you make your vehicles fit for the future?

Fast track to Sustainable Mobility. SNCF V350 CATENARY CERTIFICATION with respect to the TSI-ENE

Shaping the Future of Railway Industry Student Engagement Event 20 th September 2016

ECONOMIC BULLETIN - No. 42, MARCH Statistical tables

Managing a Migration Strategy to ensure a Smooth Transition between Systems

Innovative track systems for mainline and urban rail transportation

INNOVATION in ROAD TECHNOLOGIES CHALLENGES AND SOLUTIONS FOR ELECTRIFICATION OF LONG DISTANCE ROAD FREIGHT TRANSPORT ON HIGHWAYS

An Overview of High Speed Rail. David Randall Peterman Congressional Research Service

Automation in urban public transportation

Transcription:

Industry experience with ERTMS Level 2 Trackside Guillaume de TILIERE (ALSTOM ERTMS Standard)

Content: 1. ERTMS L2 versus L1 2. ERTMS L2 Trackside Products 3. Projects and experience in commercial operation 4. ERTMS L2 advantages 5. Migration Issues 6. Conclusion 2

ERTMS L2/L1 1. ERTMS L2 versus L1 Level 1 is a continuous supervision of speed and location with a mono-directional spot transmission (Eurobalises) Level 2 is a continuous supervision with bidirectional continuous transmission (GSM-R) The operational difference between ERTMS Level 1 & and Level 2 is mainly throughput, meaning more paths to sell for an infrastructure manager. 3

ERTMS Level 2 system Euro antenna Location balises Image: Courtesy of Alstom

ERTMS L2 Trackside products 2/2 2. ERTMS L2 Trackside products Balises are standard products Plug & Play Interface between RBCs is standardised (TSI) Interface with GSM-R standardised (EIRENE norms and TSI) Interfaces with Interlockings and Central Control are available on project basis. 5

ERTMS L2 Trackside products 1/2 Products compliant with European TSI - SRS specifications Products tested with NoBo acceptance Product maturity achieved, improved through return of experience in commercial operation such as the Italian HSLs and Swiss New Lines Commercial operation at least up to 300 km/h. ALSTOM and Ansaldo STS balises successfully tested on LGV East above 500 km/h. RBC providers: Balises providers: Photo: Courtesy of Alstom 6

3. ERTMS L2 Contracts ERTMS L2 Trackside projects Over 20 ERTMS L2 projects in Europe Over 5 000 km of track Over 30 RBCs 5 ERTMS L2 projects in operation (see following slides): Switzerland (2) Bern-Olten and Loetschberg Italy (2) Roma-Napoli and Torino-Navara Netherland (1) Betuwe Route Germany (1) Berlin-Halle-Leipzig Over 600 km of track Over 10 RBCs 7 ERTMS L2 projects currently under Tests & Commissioning 7

ERTMS L2 in Europe www.ertms.com 8

SBB-CFF New Line ALSTOM 500 trains in operation in Level 2 since July 06 SRS 2.2.2 Bern-Olten Line ERTMS level 2 77 ERTMS L2 Experience in Operation 250 trains in operation in Level 2 since July 06 119 5 44 Specifications 45km of track, 1 RBC Over 500 Vehicles equipped Over 15 types of trains Headway 2 mins 270 trains per day in operation 18 Re420 Re460 Tm 234 ICN Re465 Re620 AM841 ICBT Ae610 50 Re425 IC2000 25 20 2 60+30 40

SBB-CFF New Line ERTMS L2 Trackside Projects in operation 6 Millions of operating hours with an average delay of less than 30 sec per week per train 01/05/2007: 20 000 commercial runs More than 1 800 000 km in ERTMS Level 2; Souce: Mattstetten-Rothrist line (SBB) Dec 2006 250 000 km run in Level 2 every month 10

Lötschberg Basislinie ERTMS L2 in Operation THALES In operation for Freight, Full commercial start: 15.12.2007 SRS 2.2.2 Scope: 35km track 1 RBC 4 interlockings Actual figures: IOP Tests successful finished with Alstom and Siemens OBUs and will follow with Bombardier. Min. 260 trains per week in commercial test phase 15.6.07 to 14.12.07

Italian High Speed Line 1/2 ALSTOM, ANSALDO STS Commercial operation at 300 km/h since 19 Dec 2005 SRS 2.2.2 Rome- Naples line ERTMS level 2 Specifications 216 km of track Speed 300 km/h Headway 5mn 30 trains equipped today, more to follow (170 Trains ordered) ERTMS L2 Experience in operation on High-Speed lines Photo: Courtesy of Alstom

ERTMS L2 Experience in operation in High-Speed lines Italian High Speed Line 2/2 ALSTOM, ANSALDO STS Commercial operation at 300 km/h: Feb. 06 SRS 2.2.2 Torino Navara line ERTMS level 2 Specifications 57 km of track Speed 300 km/h Headway 5 mins 30 trains equipped today, more to follow Photo: Courtesy of Alstom

ERTMS L2 Experience Operation on Freight Line Betuwe Route ALSTOM Commercial operation since June 2007 (A15 Part) SRS 2.2.2 Betuwe Route part of the Corridor A (Rotterdam-Genoa) ERTMS level 2 Part A15: 110 km 3 RBCs Harbour part in project phase: 40 km 3 RBCs Specifications 150 km route 4 types of Locomotives (BR203, BR189, G2000, G1206) Photo: Courtesy of Alstom

ETCS L2 in Operation ETCS Berlin Halle / Leipzig THALES Commercial operation since Dec 2005 Dec 2005 in SRS 2.2.2 Ludwigsfelde Berlin Customer DB Projektbau (DB AG) Contract: 1996 Project completion (line extension): 2007 with the 4 RBCs Jüterbog-Halle/Leipzig 100 km double track line 2 centers RBC and LZB 795 Balises Bitterfeld RBC Leipzig LZB Jüterbog RBC Wittenberg LZB RBC RBC LZB LZB Ludwigsfelde Teltow 14 km double track line 1 center RBC and LZB 172 Balises Ludwigsfelde - Jüterbog 39 km doppelgleisige Strecke 1 center RBC und LZB 335 Balises

ETCS L2 Commissioned & Tested HSL-Zuid Route Description INFRASPEED (SIEMENS/THALES) Commissioning SRS 2.2.2 Commercial operation SRS 2.3.0 march 2008 2 RBCs Headways: 180 sec Max speed: -300 Kph for Interational traffic -220 Kph for domestic Cutting Bergschenhoek Tunnel Rotterdam Noord Existing Track Aqueduct Noord Holland Tunnel Groene Hart Two tracks capable of bidirectional operation at full line speed. -43 km Northern Line Section : Right hand running north of Rotterdam. - 45 km Southern Line Section : Left hand running south of Rotterdam. Cutting Mookhoek Bridge Hollandsch Diep Tunnel Oude Maas Tunnel Dortsche Kil Cutting Prinsenbeek Cutting Galder

ETCS L2 Commissioned & Tested L4 HSL- Belgium INFRABEL (ALSTOM) L4 Commissioned in SRS 2.2.2 Commercial operation SRS 2.3.0 - Domestic traffic : Sept 2007 - International traffic : March 2008 - L3 Commercial service End 2008 Scope Trackside: 2*40 km ETCS Level 2 2 RBCs IXL PLP (belgian SSI) Waiting for Trainborne contract delivery for commercial operation Thalys PBA/PBKA: delivery of STM ATB and STM TBL : (USSB) : 54 equipments Proposal for locomotives (T13) & pilot car (I11) : 80 EVC Proposal for new locomotive (HLE1X) : 60

ERTMS L2 under test ETCS L2 Projects Spain 5 ETCS L2 High Speed Lines : La Sagra-Toledo : 1 RBC, Field tests started in November 2006 (Thales) Lleida-Barcelona : 4 RBC, Tests scheduled in June 2007 (Thales) Madrid Lleida: 5 RBC, Level 2 commissioned 15 May 2007 (Ansaldo) Commercial service in September at 320 km/h Madrid-Valladolid : 3 RBC, ETCS L2 implementation in 2007 (Thales) Cordoba-Malaga: 4 RBCs, for end 2007 (Invensys) La Sagra-Toledo : 21 km Lleida-Barcelona : 176 km Madrid Lleida: 470 km Madrid-Valladolid : 184 km Cordoba-Malaga:155 km For Operation end 2007

L2 Operational Advantages 4. ERTMS L2 Trackside Advantages 1/2 All types of operation : High Speed (e.g. Rome Naples, Turin Navara) Freight (e.g. Betuwe Route) Mixed (e.g. Swiss New Lines- Mattstetten-Rothrist) Allows speeds up to 500 km/h (according to specifications) Balises, Antenna, GSM-R tested at 512km/h on LGV East Headway: Increase of performance by > 20 % (down to 2min headway on Swiss New Lines) Avoiding mismatch of information between signals and cab display. 19

ERTMS L2 Trackside Advantages 2/2 ERTMS Level 2 is the new system to come all over Europe, for both new lines and re-signalling projects: ERTMS L2 has much less trackside equipment ERTMS L2 increases performance allowing more capacity (better use of the main line infrastructure in terms of return on investment): Shorter headways Bidirectional traffic management ERTMS L2 allows to have a JRU trackside recording through the RBC. ERTMS L2 offers a very performing RAM performance and decrease significantly vandalism impact (stolen cables etc). Performance and LCC of ERTMS L2 are strong advantages 20

5. Migration and upgrades ERTMS Level 2 offers better upgrading schemes For ERTMS L2, software upgrade will allow smooth evolution in the future. Upgrade of ERTMS L1 projects will be less easy (re-programming and validation on track). Migration from lines with national ATPs to ERTMS L2 can be managed with project implementation and shadow running concept before switching to L2. 21

6. Conclusion In the case of new infrastructure or when an increase of capacity is required, ERTMS L2 is the best choice. ERTMS L2 enjoys already a significant return on experience, allowing a successful deployment along the main EU corridors: Both Industry and Operators have now a solid ground gathered since 1998 (first test tracks) and 2002 (commercial projects): Technical expertise (also shared between EEIG and UNISIG Monthly reviews, and now with ERA since a year) ERTMS Project/Tender management experience 22

Providing competitive railway systems for increased rail traffic www.unife.org

ERTMS L2 Trackside projects Source: UNIFE Marketing group March 2007 www.ertms.com 24

ERTMS L1&L2 Trackside projects Source: UNIFE Marketing group March 2007 www.ertms.com 25