ETCS on East Coast Main Line - IRSE on East Coast Main Line... · Testing – T and C Strategy •...
Transcript of ETCS on East Coast Main Line - IRSE on East Coast Main Line... · Testing – T and C Strategy •...
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ETCS on East Coast Main Line
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David MacLennan & Graeme Boyd
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Introduction
Why Growing Pains?
Is ETCS mature?
Does GSM-R meet the requirements for ETCS?
Cambrian lessons learned, but not like for like
we had nothing to measure against
No rule sets, no reference design, immature
team, modelling simulating requirements not
understood, no NR standards, rule books did not
define ERTMS
Its a Development Project
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ERTMS
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ECML ETCS Project
Complex or Complicated?
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Why ERTMS on the ECML?
Driven by the Conventional Interoperable Directive
(2001/16/EC) TENS route
Control, Command Signalling TSI provision of ATP
Signalling life expired
To meet 2020 timetable requirements
ETCS is enabling the Digital Railway strategy
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What is ERTMS?
European Train Control System
(ETCS).
Euroradio (Railway-specific GSM: GSM-
R).
European Traffic Management Layer
(ETML).
European Operating Rules (EOR).
ERTMS
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KXR Kings Cross Remodelling Conventional Signalling Commission Feb 2018 (Date to be agreed by industry)
Area of Conventional Signalling Commissioning (Non-ETCS)
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King Cross -1972
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Phase 1A - King Cross to Wood Green ETCS Lv2 With Signals Commission December 2018
Transitions onto ECML from Conventional Signalled Railway
Transition onto ECML from Thamelink (Baseline 2)
Area of ETCS Commissioning - ERTMS Lv2 With Signals (Baseline 3)
Area of ETCS Commissioning ERTMS Lv2 without signals (Baseline 3)
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Phase 1B - King Cross to the 73 Mile Post ETCS Lv2 Without Signals
Commission Post February 2020
(Date to be agreed by industry) Transitions onto ECML from Conventional Signalled Railway
Transition onto ECML from Thameslink (Baseline 2)
Area of ETCS Commissioning - ERTMS Lv2 without signals (Baseline 3)
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Phase 2 - 73 Mile Post (Peterborough) to 154 mile post (Decoy). ETCS Lv2 Without Signals Commission December 2020
Decoy
Peterborough
Transitions onto ECML from Conventional Signalled Railway
Area of ETCS Commissioning - ERTMS Lv2 without signals (Baseline 3)
Ely
(Anglian
route) GN/GE
Grantham Newark Retford
Doncaster
Stamford
Sleaford
Nottingham
Nottingham
Lincoln Gainsborough
Cottam
Power
Stn
Worksop
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What is GRIP 1-3 for an ETCS project?
What does AIP
look like?
What are the
survey
requirements?
Where are the
system
boundaries?
Who is dealing
with that? What standards
do we follow?
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National Operating Strategy
The Centralisation of Signalling
Deployment of Traffic Management (enable ERTMS)
Operational savings
Improved headways
De-conflicts train movements in advance
Improved train performance
Delays reduced
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ERTMS Sub sets
CCS TSI
System Requirements Specification (SRS)
Operating Principles and Rule Sets
National Rule Set
Reference Design
Operational route requirements
EFDs
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Building Blocks
TSIs, SRS,
etc.
Reference
Design
Applications
Sele
ct
an
d
assem
ble
Sele
ct
and
ap
ply
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Baseline 3 Maintenance Release 2
Current Baseline not forward compatible, on board
issue
Supports GPRS
Corrects 2.30d bugs
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ETCS Test & Commission Strategy
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Testing T and C Strategy Factory and Lab Testing (off site)
Application Data Preparation,
Verification and Validation
(Reflects the EFD and ORS
requirements, tested via
trackside simulation)
Functionality Testing (lab/factory
via a simulator rig)
Static and Systems Integration Testing (proving that the new system can interface with external systems/equipment)
Whole System Test Integrating
testing with onboard equipment
for all Train and Freight
Operators (Test track, test facility
or third party test house)
GSM-R testing
Trackside Installation testing interlockings, axle counters etc
Static Testing Positioning and
checking of balises and marker
boards
Dynamic Testing on-track
confidence testing
Functionality Testing RBC
handovers, driving without a
ETCS MA, transition testing,
emergency brake application,
start of mission
Shadow running
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ETCS Facilities Diagrams (EFDs)
End of the scheme plan
Define requirements, such as shunting areas
Prove 2020 timetable
Demonstrate train movements and transitions
Provides a benchmark
MSRP does this change?
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ETCS Facilities Diagrams (EFD)
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Transitions
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E&P Strategy
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Why we need an ERTMS E&P Strategy
No guidance or standards on what ETCS power requirements are
Condition of the lineside distribution current 650 lineside distribution is
non-compliant
Opportunity to rationalise existing lineside plant infrastructure and to
lower asset count
Opportunity to take a systematic approach to how we distribute power to
our signalling, ETCS and GSM-R assets
Reduction in overall load due to the removal of signals
Opportunity to increase reliability by taking power from more reliable
sources
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ETCS E&P Strategy Process Map
Non ETCS Project
Infrastructure Changes
Responsibility Jacobs and
Project
Desktop Surveys and ACAR
Responsibility - Jacobs
Dedicated Trackside Surveys
Responsibility - Jacobs
Single Line ETCS Equipment
Facilities Diagram
Responsibility - Jacobs
PSP details, Trackside
Feeder limits, DNO Spare
Capacity, Scheme Fringe
Power Supplys
Responsibility - Jacobs
Prams Assignment
Responsibility Signalling
Innovations Team
Systems Requirements
Responsibility PRS, Project
and Technical Services
ETCS Suppliers Input
Generic Family of Single Line
Diagrams (SLDS)
Responsibility Signalling
Innovations Team
Outline Technology and
Product Strategy
Responsibility Signalling
Innovations Team
Architecture Process
Documents and Design Tools
Responsibility Signalling
Innovations Team
LV Power Architecture
Requirements and Plant
Strategy Report
Responsibility - Jacobs
Selection of Phase 1 Specific
SLDs
Responsibility - Jacobs
Grip 3 E&P AIP
GRIP 4 Design
ETCS E&P Strategy Process Map
Grip 1-3
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ETCS E&P Process Strategy ETCS E&P Strategy Process Map
Grip 4-8
GRIP AIP Design, Process
Tools and Strategy
SLD Development and
Detailed Design
ETCS Framework Supplier
Industry Rollout and Training
Requirements
Responsibility Signalling
Innovations Team/ ETCS
Framework Supplier
Technology and Product
Development
Responsibility Signalling
Innovations Team/ ETCS
Framework Supplier
AFC Design
Responsibility ETCS
Framework Supplier
Construction and Testing
Responsibility ETCS
Framework Supplier
Lessons Learned
Responsibility Signalling
Innovations Team/ ETCS
Framework Supplier
Trail Sites
Responsibility Signalling
Innovations Team/ ETCS
Framework Supplier
GRIP 4-5
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Learning from the Cambrian
Understand local procedures- Operations and
Maintenance
Asset information line speed and gradient profiles,
existing infrastructure
GSM-R and FTN deployment is it sufficient?
Migration strategies
Metric or imperial?
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Whole Life Costs
Reduced maintenance requirements
Less signallers required
Reliability and availability improved via new
technologies and improved monitoring
More train paths
Reduced testing and installation labour costs
Reduced delay costs
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Collaborative approach BS11000
SharePoint & ProjectWise The projects repository, accessible by all delivery partners.
Skills Matrix Quick reference guide to available skill sets within the project team
Integrated Risk Management Plan Collaborative Risk Management
Integrated ETCS Programme Collaborative project planning
Collaborative Project Communications Strategy
Frequent collaborative Pulse Checks A tool for continuous improvement
LNE Vertical Integration Plan Visual representation/tracker of collaborative partners along the route
IDCs / IDRs Executed against an agreed Value Management Strategy
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Challenges
Managing the perception of a GSM-R network
Timescales
Clarity of overall requirements
Limited Radio Resource Pool
No absolute consensus on enhanced coverage levels
Absence of signalling design
Finalised GPRS specifications not yet available
Building a case to support the need for an RSV train for programme and ongoing
maintenance use
Lineside communications post signal removal
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GSM-R GRIP 3 Delivery Strategy
GSM-R Capacity
assessment
GSM-R Coverage
assessment
GSM-R options
Coverage &
Capacity
Availability model
based on new
requirements
Availability on
current network
build
GSM-R availability
enhancement
report
FTN availability
enhancement
report
GPRS Required? GSM-R + FTN
Tech Reports
FULL
GRIP
3
OUTPUT
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GSM-R GRIP 3 Complexity
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GSM-R Coverage
Assessment
(Telent)
GSM-R Capacity
Assessment
(Graffica)
ETCS Availability
Assessment
(Lucien)
GSM-R Technical Report
(Kapsch)
FTN Technical Report
(TDG)
Telecoms GRIP 3 Report
(NRT)
Maximum
number of trains
per cell
Rec
omm
end
ed re
med
ial
wor
k incl.
additio
nal
site
s
Targete
d
and pre
dicted
availab
ility
Targetedand predicted availability
Recommended remedial
work incl. additional sites
GSM
-R Technical
Options assessm
ent
FTN
Tech
nica
l
Opt
ions
ass
essm
ent
Additional Sites,
Base Stations re-
parenting,
RBC connections,
CSD VS PSD
FTN Options for improved
availability
FTN options
availability
enhancements
(NRT)
FTN o
ptio
ns fo
r
impr
oved
ava
ilabi
lity
GSM-R options
availability
enhancements
(Kapsch)
GSM-R options
for improved
availability
GSM-R Options for improved
availability
GSM-R options
Coverage and
Capacity
(Kapsch)
GPRS
required?
GPRS
required?
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GSM-R EIRENE
EIRENE Specification : Minimum value for coverage
Coverage probability of 95% based on a coverage level
of 41.5 dBmV/m (-95 dBm) on lines with ETCS levels
2/3 for speeds lower than or equal to 220km/h.
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GSM-R So where were we?
ECML mainly set up for voice only and CSD
Telent reports on coverage were available
Design initially started with these, However!
RSV is set up for testing voice only and has old
equipment (no stopping pattern)
No remit from sponsor for ERTMS Telecoms
ENIF identified coverage issues even though plots
showed ok
Interference from MNOs
RSV being retired
Other ETCS Projects e.g. Thameslink
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GSM-R - What happened next?
National ERTMS Telecoms Steering Group
Remit from Sponsor
Issues identified
Requirement for Guidance Notes required
Design route changed NRT/Telent/Kapsch
Feedback from other European Administrations
sought
No new FTN nodes!
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GSM-R Guidance Notes
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Coverage
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Coverage Coverage
Mainly due to
B1042
overbridge
B1042
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GSM-R Seasonal Variations
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GSM-R Target Levels
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GSM-R Minimum Levels
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Capacity
Existing GSM-R Network is Circuit Switched
Most of the BTS on route have only 1 DRX installed
Increase required for data and voice in normal and
perturbed operation
Timetable require 28 trains per hour what does that
mean?
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Capacity HERMES Capacity CSD GPRS/EDGE
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Capacity HERMES Summary
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Circuit Switch or GPRS?
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CSD Vs PSD
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Ingo Wendler / UIC Project Manager - ETCS over GPRS
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RBC Connections
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30
40
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60
70
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:01
:10
04
:09
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:21
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:00
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:29
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:48
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:25
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:57
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:28
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:41
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---------- Total Connections
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Availability
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But what about the system as a whole???
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Lineside Communications after ETCS Level 2?
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Or what happens to
SPTs?
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Summation
Where are we with respect to Growing Pains?
What next?
Standards and rule sets
GSM-R or LTE?
FTN-X
Lineside Communications
Maintenance issue 2
ERTMS Level 3?
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Q & A?
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