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ERTMS - National implementation plan

00E First release 09.07.2013 KLY SKEI KJENSV

Revision Reason for issue Date Created by Contr. by Appr. by

Title:

ERTMS - National implementation plan

Pages: 9

Produced by: Jernbaneverket

Prod.doc.no.: Replaces: Replaced by:

Project: ERTMS Document-/drawing number: Revision:

Area: National

ERP-00-A-00001

00E

Operator’s document number: Operator’s rev.:

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National implementation plan Rev: 00E

Date: 09.07.13

Contents

1 Introduction ... 4 2 Background ... 4 3 Purpose ... 4 4 Scope ... 4 5 Financing ... 5 6 Assumptions ... 5 7 Migration strategy ... 5 7.1 Rolling stock ... 5 7.2 Infrastructure ... 6 8 GSM-R network ... 7 9 ERTMS plan ... 8

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1

Introduction

The Norwegian National Rail Administration (Jernbaneverket) intends to implement the European Rail Traffic Management System (ERTMS) on the Norwegian railway network. This document describes the planned ERTMS implementation. The sequence for roll-out is aligned with both the need for renewals of signalling systems and the need for new systems when new railway infrastructure is built. The planned implementation of ERTMS also includes fitting/retrofitting of trains with ERTMS.

The whole Norwegian railway network will be in service with ERTMS by 2030. The speed of the rollout is aligned with the financing given in the National Transportation Plan 2014-2023 (NTP). GSM-R has been in service on the complete network from 2007.

2

Background

The driving force for implementing ERTMS in Norway is the need for renewal of signalling systems more than the need for interoperability. When renewing old or building new -signalling systems the European standard system ERTMS was chosen based on TSI requirements and cost/benefit analysis.

3

Purpose

Norway has signed an agreement with the European Union named EEC (European Economic Community), which regulates the cooperation between Norway and EU. Through this

agreement directives from the European Commission are implemented into Norwegian law. TSIs (Technical Specification for Interoperability) are part of EU directives. Implementation of ERTMS is in accordance with the technical specification for interoperability control-command and signalling (TSI CCS, Commission Decision 2012/88/EU changed by decision 2012/696/EU), implemented in Norwegian law with “Forskrift om TSI-styring, kontroll og signal, jernbane”. “Jernbaneinfrastrukturforskriften” states that new or rebuild signalling systems on the Norwegian railway network shall have interface to Class A systems (ERTMS). The implementation plan specifies both order and time period for the roll-out of ERTMS on the network. This document is an extract from Jernbaneverket’s national signal plan the document “Nasjonal signalplan” (document number IUP-00-A-04278), which provides further details on the basis for the implementation plan.

The implementation plan has been synchronized with the current Swedish ERTMS plan in order to facilitate interoperability.

4

Scope

The target is to implement ERTMS on the complete national railway network. The plan presumes that ERTMS level 2 will be used, and that the existing GSM-R network will be used for communication between train and infrastructure.

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When ERTMS is implemented in Norway, the existing rolling stock will have to be modified. A total of approximately 600 vehicles of 83 types will have to be equipped.

5

Financing

The total cost of the Norwegian ERTMS implementation is estimated to be between 1,7 and 2,2 billion Euros. In the period 2014-2023, a total of 6 billion NOK (750 million Euros) has been allocated in the National Transportation Plan to the ERTM implementation.

The Norwegian implementation plan is not based on any EU subsidies.

The existing rolling stock will have to be modified. The modification cost represents a burden for the railway companies. It is not yet decided how the financing of the modification work of the rolling stock will be done.

6

Assumptions

The plan is built on the following assumptions:

 It is assumed that the ERTMS suppliers are able to meet Jernbaneverkets stated implementation scope, progress and cost targets given that contracts are signed in due time to deliver.

 The financing and contract/procurement strategy for on-board equipment are assumed not to influence the implementation order.

 Currently planned new infrastructure projects are carried out according to existing plans.

7

Migration strategy

There are two possible strategies for implementing ERTMS. Either trains or infrastructure can be “double” equipped with both ERTMS and the national Class B system at the same time. The two strategies are named the rolling stock strategy and the infrastructure strategy. Jernbaneverket has concluded that the rolling stock strategy will be the most suitable and resource efficient solution for implementing ERTMS in Norway.

7.1 Rolling stock

The rolling stock strategy has the impact that all trains that operate on a line equipped with ERTMS must be fitted with ERTMS. If the same trains also operate on lines equipped with the national Class B system, a Specific Transmission Module (STM) will be required in the train. The national Class B system in Norway is Ebicab 700. To ensure that lines can be put into service with ERTMS as planned, fitting/retrofitting of trains with ERTMS/STM and training of drivers has to be coordinated with this implementation plan.

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7.2 Infrastructure

Frequent changes between different operational modes (ERTMS/STM) should be limited to minimize stress on train drivers. The plan regards this by implementing ERTMS line by line and continuous. To minimize impact on the railways customers when putting ERTMS into service, a detailed migration plan will be made available.

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8

GSM-R network

The Norwegian railway network in use is already equipped with GSM-R. The Norwegian GSM-R network is shown in

Figure 1.

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9

ERTMS plan

The figure below shows the Norwegian ERTMS implementation plan.

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A more detailed time plan is shown in the table below. Due to the high level of detail, adjustments to this table must be expected.

Railway line Section 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025 2026 2027 2028 2029 2030

Ofotbanen Narvik - Bjørnfjell

Nordlandsbanen N Mosjøen - Bodø

Nordlandsbanen M (Steinkjer) - (Mosjøen)

Nordlandsbanen S (Trondheim) - Steinkjer

Dovrebanen N (Dombås) - Trondheim

Dovrebanen S (Lillehammer) - Dombås

Rørosbanen (Støren) - (Hamar)

Eid Lhmr S Eidsvoll - (Kleverud)

Eid Lhmr N Kleverud - Hamar

Eid Lhmr N (Hamar) - Lillehammer

Vestfoldbanen N (Drammen) - Nykirke

Vestfoldbanen M (Nykirke) - Tønsberg

Vestfoldbanen S (Tønsberg) - Skien

Gjøvikbanen N (Roa) - Gjøvik

Gjøvikbanen S Grefsen - Roa

Bergensbanen Ø Roa/Hokksund - Ål

Bergensbanen M Ål - (Myrdal)

Bergensbanen V Myrdal - Bergen

Sørlandsbanen Ø (Drammen) - Hokksund

Sørlandsbanen M (Hokksund) - Kristiansand

Sørlandsbanen V (Kristiansand) - Stavanger

Kongsvingerbanen (Lillestrøm) - Charlottenberg

Østfoldbanen N (Oslo) - Ski

Østfoldbanen M (Ski) - Fredrikstad

Østfoldbanen S (Fredrikstad) - Kornsjø

Gardermobanen Lillestrøm - Eidsvoll

Hovedbanen Bryn - (Lillestrøm) - (Eidsvoll)

Oslo S Oslo S - Skøyen

Askerbanen Lysaker - Asker

Drammenbanen N (Lysaker) - (Sandvika) - (Asker)

Drammenbanen S (Asker) - Drammen

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