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Transcript of Delivering signalling systems for the Asian high-speed rail networks | Rail Systems Asia 2013, Kuala...
DELIVERING SIGNALLING
SYSTEMS FOR THE ASIAN
HIGH-SPEED RAIL NETWORKS
RAIL SYSTEMS ASIA 2013OCT. 1ST, KUALA LUMPUR
JOFFREY LAUTHIERHEAD OF SALES, ASIA PACIFICRAIL CONTROL SOLUTIONS
INTRODUCTION TO BOMBARDIER1. Aerospace and Transportation
2. High-speed references in Asia
EUROPEAN RAIL TRAFFIC MANAGEMENT1. The high-speed rail market
2. Why ERTMS?
3. What is ERTMS Level 2?
BEYOND ERTMS LEVEL 21. Radio transmission: GSM-R, TETRA, WiMAX or LTE?
2. Compatibility with national ATP systems
3. Automatic Train Operations
4. Fast forward to ERTMS Level 3
AGENDA
PAGE 2 | RAIL SYSTEMS ASIA 2013 | DELIVERING SIGNALLING SYSTEMS FOR THE ASIAN HIGH-SPEED RAIL NETWORKS
INTRODUCTION TO BOMBARDIERTHE WORLD’S ONLY MANUFACTURER OF BOTH PLANES AND TRAINS
Corporate office in Montréal, Canada Listed on the Toronto Stock Exchange (BBD)Listed on the Dow Jones Sustainability World index$17 billion revenues, $66 billion backlog70,000+ people worldwide
AEROSPACE
Business aircrafts: Learjet, Challenger, GlobalCommercial aircrafts: Q-Series, CRJ Series, CSeries
TRANSPORTATION
Rolling StockE&M Systems IntegrationSignalling SystemsMaintenance Services
PAGE 3 | RAIL SYSTEMS ASIA 2013 | DELIVERING SIGNALLING SYSTEMS FOR THE ASIAN HIGH-SPEED RAIL NETWORKS
DELIVERING HIGH-SPEED RAIL
SIGNALLING ACROSS ASIA
HIGH-SPEED ROLLING STOCK & SIGNALLING
ON THE CHINESE VERY-HIGH SPEED LINES
PAGE 5 | RAIL SYSTEMS ASIA 2013 | DELIVERING SIGNALLING SYSTEMS FOR THE ASIAN HIGH-SPEED RAIL NETWORKS
ERTMS LEVEL 2 AND CTCS LEVEL 3
• First revenue service in 2009 on the Wuhan-Guangzhou line at 350 kph
• 11,000 km of track, 88% of VHS track in operation• 336 trains equipped, 450 million km travelled
BOMBARDIER ERTMS LEVEL 2 TECHNOLOGY
BOMBARDIER ERTMS TECHNOLOGYOPERATING IN ASIA
PAGE 6 | RAIL SYSTEMS ASIA 2013 | DELIVERING SIGNALLING SYSTEMS FOR THE ASIAN HIGH-SPEED RAIL NETWORKS
TAIWAN
• Nationwide network ERTMS Level 1• 1,200km, 156 stations, 8 depots• 800+ vehicles equipped, 26 types
SOUTH KOREA
• ERTMS Level 1• Seoul–Busan, Daejon–Mokpo, Jeolla Line• 500+ vehicles equipped, 8 types
MALAYSIA
• ERTMS Level 1 with STM• Seremban–Gemas section• 38 EMUs for KTM Komuter lines
KAZAKHSTAN
• ERTMS Level 3• Uzen–Boloshak: 130km, 8 stations• Zhetygen–Korgas: 276km, 15 stations
KTMB Class 92 EMU Komuter
INTRODUCTION TO BOMBARDIER1. Aerospace and Transportation
2. High-speed references in Asia
EUROPEAN RAIL TRAFFIC MANAGEMENT1. The high-speed rail market
2. Why ERTMS?
3. What is ERTMS Level 2?
BEYOND ERTMS LEVEL 21. Radio transmission: GSM-R, TETRA, WiMAX or LTE?
2. Compatibility with national ATP systems
3. Automatic Train Operations
4. Fast forward to ERTMS Level 3
AGENDA
PAGE 7 | RAIL SYSTEMS ASIA 2013 | DELIVERING SIGNALLING SYSTEMS FOR THE ASIAN HIGH-SPEED RAIL NETWORKS
HIGH-SPEED RAIL PROJECTSIN ASIA PACIFIC AND THE MIDDLE EAST
• Singapore–Kuala Lumpur• Thailand High Speed Lines• Hanoi–Ho Chi Minh City• Jakarta–Surabaya• Brisbane–Sydney–Canberra–Melbourne• Doha–Manama
Expansions of the existingnetworks in China, Taiwan,South Korea, Japan
+
PAGE 8 | RAIL SYSTEMS ASIA 2013 | DELIVERING SIGNALLING SYSTEMS FOR THE ASIAN HIGH-SPEED RAIL NETWORKS
EUROPEAN CORRIDOR 1
VS.
SINGAPORE-KUNMING RAIL LINK
WHY EUROPEAN RAIL TRAFFIC MANAGEMENT SYSTEM?ERTMS IS BEING ADOPTED WORLDWIDE AS THE DE-FACTO STANDARD SIGNALLING SYSTEM FOR RAILWAYS
BEYOND EUROPE• Algeria• Australia• Brazil• China• India• Kazakhstan• Libya• Mexico• New Zealand• Saudi Arabia• South Korea• Taiwan• Turkey• U.A.E.
ERTMS LEVELSLEVEL 2 FOR HIGH-SPEED RAIL
WHY ERTMS LEVEL 2?EUROPEAN TRAIN CONTROL SYSTEM
OPERATIONS
• Standardization of cross-border operations• Increased capacity, shorter headways• Highest safety levels: SIL-4• Reduced wayside equipment, reduced
maintenance
DRIVER MACHINE INTERFACE
• Harmonised presentation of ERTMS and STM information
• Ergonomics compatible with interoperable operational rules
• Reduced risk of driver error • More information available to the driver
allowing for optimised driving
PROCUREMENT
• Compatibility: increased supplier competition, reduced costs
• Long-established, proven system and components
• Future-proof: stable specifications, large installed base, multiple suppliers
PAGE 12 | RAIL SYSTEMS ASIA 2013 | DELIVERING SIGNALLING SYSTEMS FOR THE ASIAN HIGH-SPEED RAIL NETWORKS
WHAT IS ERTMS LEVEL 2?
PAGE 13 | RAIL SYSTEMS ASIA 2013 | DELIVERING SIGNALLING SYSTEMS FOR THE ASIAN HIGH-SPEED RAIL NETWORKS
INTRODUCTION TO BOMBARDIER1. Aerospace and Transportation
2. High-speed references in Asia
EUROPEAN RAIL TRAFFIC MANAGEMENT1. The high-speed rail market
2. Why ERTMS?
3. What is ERTMS Level 2?
BEYOND ERTMS LEVEL 21. Radio transmission: GSM-R, TETRA, WiMAX or LTE?
2. Compatibility with national ATP systems
3. Automatic Train Operations
4. Fast forward to ERTMS Level 3
AGENDA
PAGE 14 | RAIL SYSTEMS ASIA 2013 | DELIVERING SIGNALLING SYSTEMS FOR THE ASIAN HIGH-SPEED RAIL NETWORKS
RADIO TRANSMISSION: GSM-R, TETRA, WiMAX OR LTE?ALTERNATIVES TO GSM-R
ERTMS level 3 operations in Kazakhstan
Taiwan High-Speed Rail commercial internet access
under consideration
COMPATIBILITY WITH EXISTING NATIONAL ATP SYSTEMS
PAGE 16 | RAIL SYSTEMS ASIA 2013 | DELIVERING SIGNALLING SYSTEMS FOR THE ASIAN HIGH-SPEED RAIL NETWORKS
UNISIG and the European TEN-T project started to develop ATO standards for ERTMS
AUTOMATIC TRAIN OPERATIONSFULLY-AUTOMATIC OPERATION WITH ATO TECHNICALLY POSSIBLE
OPTIMAL SPEED CONTROL• Optimal Speed Control• Energy efficient driving• Shorter headways• Optimised mixed-traffic network• Better recovery from disruptions
STATION ENTRY MANAGEMENT• Accurate stopping• Selective door opening• Platform Screen Doors interface• Automatic turn-back
ATO FOR COMMUTER LINES• Bangkok SRT Red Lines• Guangzhou Intercity Lines• Melbourne Metro• Istanbul Marmaray• London Crossrail and Thameslink
PAGE 17 | RAIL SYSTEMS ASIA 2013 | DELIVERING SIGNALLING SYSTEMS FOR THE ASIAN HIGH-SPEED RAIL NETWORKS
FAST FORWARD TO ERTMS LEVEL 3MOVING BLOCK, COMMUNICATION BASED TRAIN CONTROL
FROM LOW-DENSITY LINES • Radio-based, no
conventional train detection• Low lifecyle cost benefits:
50% CAPEX, 50% OPEX reduction
TO HIGH-CAPACITY COMMUTER LINES • Short headways thanks to
moving block principles• Higher availability due to
reduced wayside components
PAGE 18 | RAIL SYSTEMS ASIA 2013 | DELIVERING SIGNALLING SYSTEMS FOR THE ASIAN HIGH-SPEED RAIL NETWORKS
FAST FORWARD TO ERTMS LEVEL 3MOVING BLOCK, COMMUNICATION BASED TRAIN CONTROL
PAGE 19 | RAIL SYSTEMS ASIA 2013 | DELIVERING SIGNALLING SYSTEMS FOR THE ASIAN HIGH-SPEED RAIL NETWORKS
SWEDEN: VÄSTERDAL LINE
Virtual block signalling principles, GSM-R
• 135km, 6 stations, 16 trains per day
KAZAKHSTAN
Moving block principles
No secondary train detection between stations
Axle counters to protect points in station area
TETRA for train-to-wayside communications
• Uzen– Boloshak130km, 8 stations
• Zhetygen– Korgas276km, 15 stations
HIGH-SPEED RAIL SIGNALLINGCONVERGENCE WITH COMMUNICATION-BASED TRAIN CONTROL
ERTMS LEVEL 2: DE-FACTO STANDARD• in-cab movement authority, no signals• standard, interoperable• compatibility with legacy train protection
systems through STM
ALTERNATIVES TO GSM-R EXIST • where spectrum availability is an issue• when higher performance is required
AUTOMATIC TRAIN OPERATION • precision stopping at platforms• high-performance driving style
ERTMS LEVEL 3: THE FUTURE • short-headway, high-capacity operations• no high-maintenance train detection
ETCS-CBTC CONVERGENCE
Joffrey Lauthier | Head of Sales, Asia Pacific, Rail Control Solutions | +66 843 879 589 | [email protected] Transportation | 3354/16-19 6th Floor, Manorom Building, Rama IV Road, Klongton, Klongtoey, Bangkok 10110, Thailand