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Zbornik radova Koridor 10 - Kirilo Savić

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3rd International Scientific and Professional Conference<br />

CORRIDOR <strong>10</strong> - a sustainable way of integrations<br />

railway transportation is proven by several references in documents of European Union and United<br />

Nations.<br />

3.1. Technical Specifications for Interoperability (TSI)<br />

The TSI are specifications drafted by the European Railway Agency and adopted in a Decision by the<br />

European Commission, to ensure the interoperability of the trans-European rail system. The first set of<br />

TSI was adopted in 2002 for the trans-European high speed rail system. TSIs related to freight<br />

wagons, telematics applications for freight, control-command and signaling, noise emitted by rolling<br />

stock and traffic operation and management were adopted in late 2004 and mid-2005. The revision of<br />

the TSI related to freight wagons was started with the aim of finalizing it by early 2011. As an<br />

intermediate step, amendments of the conventional freight wagon and operation TSIs, facilitating the<br />

traffic across borders under the so-called „cross-authorization“ of the freight wagons, were adopted in<br />

2009 [5].<br />

Marshalling yards are explicitly mentioned in TSI TAF, TSI WAG and TSI CCS. For example, under<br />

TSI TAF, for the reporting of the movement of a wagon, specific data must be stored and electronically<br />

accessible – Wagon Yard Arrival, Wagon Yard Departure [3]. These messages are mentioned in same<br />

document as relevant for measurement of quality. TSI WAG defines conditions for wagon construction<br />

concerning passing over vertical transition curves in marshalling yard humps and over braking,<br />

shunting or stopping devices [2]. The aim of ERMTS European Deployment Plan mentioned in TSI<br />

CCS is to ensure that locomotive, wagons and other railway vehicles equipped with ERMTS can<br />

gradually have access to an increasing number of lines, ports, terminals and marshalling yards without<br />

needing national equipment in addition to ERTMS. List of main European ports, marshalling yards,<br />

freight terminals and freight transport area is defined by TSI CCS. The ports, marshalling yards, freight<br />

terminals and freight transport areas listed in this list shall be linked to at least one of the six corridors<br />

specified in TSI CCS. The date and the conditions of it are specified in this document too [1].<br />

3.2. European Agreement of Main International Railway Lines (AGC)<br />

AGC provides the legal and technical framework for the development of a coherent international rail<br />

network in Europe. The AGC identifies the rail lines of major international importance, the E-rail<br />

network and defines the infrastructure parameters to which they should conform. It defines<br />

infrastructure parameters for two categories of lines: those are already existing and those to be newly<br />

constructed. The latter are again divided into lines for freight and passenger traffic and others for<br />

passenger traffic only [11]. This document has undergone several revisions in frame of sessions of<br />

Inland Transport Committee of United Nations Economic Commission for Europe. Working Party of<br />

Rail Transport issued Recommendation concerning the system of marshalling yards of major<br />

European importance by its resolution No. 66 on July 31st 2000 [6]. Concentration of international<br />

traffic in a limited number of marshalling yards is recommended in this document. Marshalling yards<br />

should under this recommendation:<br />

make up freight trains for foreign destinations or receive freight trains from other countries<br />

be situated on lines within the European railway network or near and with good connections to<br />

the domestic network,<br />

correspond to these parameters:<br />

o yard has two or three subyards (reception and classification/departure or reception,<br />

classification and departure yard),<br />

o working length of track in yards is no less than 750 meters,<br />

o wagon sorting is realized using mechanization and automation equipment in the<br />

hump,<br />

o operation is managed using automated control system.<br />

Belgrade, 2012 74

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