PASSENGER TRANSPORTATION STRATEGY OF SC LITHUANIAN RAILWAYS

Similar documents
PASSENGER TRANSPORTATION PROBLEMS OF THE PUBLIC LIMITED LIABILITY COMPANY LIETUVOS GELEŽINKELIAI

Transport systems integration into urban development planning processes

FENEBUS POSITION PAPER ON REDUCING CO2 EMISSIONS FROM ROAD VEHICLES

EUROPEAN COMMITTEE UNDER THE GOVERNMENT OF THE REPUBLIC LITHUANIA. September 5, 2001 Final report summary

Introduction of High Speed trains in Poland and Rail Baltica

Creation of better environment for SME growth. Gediminas Rainys Under-Secretary, Ministry of Economy of Lithuania

Particularities of Investment Projects in the Romanian Biodiesel Industry

Sofia Urban Transport challenges and strategies

NATIONAL REPORT: SPAIN. At 31/12/2015

The fact that SkyToll is able to deliver quality results has been proven by its successful projects.

PROFESSIONAL DRIVER S LABOUR MARKET IN POLAND ACCORDING TO DIRECTIVE 2003/59

10 Th Urban Mobility Conference / CODATU XVII Innovative Funding For Urban Mobility Case study: RATP & Ile-de France mobility

Advanced World Transport. Destination Europe

Downtown Transit Connector. Making Transit Work for Rhode Island

Our mission is to be the best public service transporter for passengers in the city of Kigali using modern, clean and safe urban city buses.

Roundtable New Delhi, India

AUDI SUSTAINABILITY PROGRAM

BIODIESEL CHAINS. Biofuels in Poland

Sales and Use Transportation Tax Implementation Plan

Transport Sector Performance Indicators: Sri Lanka Existing Situation

Written Exam Public Transport + Answers

Poland drives e-mobility!

TRANSMISSION GRID - TO EMPOWER BUSINESS GROWTH AND WELFARE OF THE SOCIETY

Curbing emissions and energy consumption in the transport sector how can we deal with it in Warsaw 2012 Annual POLIS Conference

Voith Group On a good footing for future growth

New Europe with new railway passenger services

Doing business with Petrobras - Procurement Strategies and Local Content. Policy.

Lake Balaton Recreational Area

Back ground Founded in 1887, and has expanded rapidly Altitude about 2500 meters above MSL Now among the ten largest cities in Sub Saharan Africa

Planning for Sustainable Urban Transport Systems in India - Strengths and Weaknesses

Prof. Dr. Andrea Giuricin. Benefits of the competition in the High speed rail and the limits to the competition

Ex-Ante Evaluation (for Japanese ODA Loan)

Energy efficiency policy - an innovation-based policy of the state and civil society

BIODIESEL CHAINS. Biofuels in Poland

! " # $ % # & " ' % ( ' ) "

Volkswagen s strategic realignment is delivering

Strategic Plan

STRATEGIC PRIORITIES AND POLICY COMMITTEE MAY 5, 2016

BRT: A solution to an urban transport crisis or a financial burden?

Build a Green, Harmonious and Integrated Public Transport System

Financing Public Transport Projects by EBRD

HyLAW. HyDrail Rail Applications Assessment. Main Author(s): [Dainis Bošs, Latvian Hydrogen association] Contributor(s):

Pametno gospodarenje cestovnom infrastrukturom Smart Management of Road Infrastructure Christophe Nicodème, ERF

Road fatalities in 2012

STU in Lapland. Table 1

Energy Institute Hrvoje Požar on Smart Grid: Past activities and future directions

Urban Mobility Systems - Regulation Across Modes

Air. Goals: Improve statewide air quality Reduce greenhouse gas emissions 9 DRAFT DRAFT

GIBRALTAR ERDF OPERATIONAL PROGRAMME POST ADOPTION STATEMENT

Experiences in the field of electric mobility in Katowice

RIETI BBL Seminar Handout

Traction Systems GC01DTR01_C 08/2013. Ingeteam Traction

Pre-Project Proposal

Hamburg moving towards Electromobility. Dr. Sicco Rah Hanse-Office, Joint Representation of Hamburg and Schleswig-Holstein to the EU

PRASA Challenges & Opportunities Standing Committee on Appropriations 25 th March 2015

Investigating the impact of track gradients on traction energy efficiency in freight transportation by railway

GEAR 2030 Working Group 1 Project Team 2 'Zero emission vehicles' DRAFT RECOMMENDATIONS

PwC Autofacts. The Transformation of the Automotive Value Chain.

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

If I had asked people what they wanted, they would have said faster horses. Henry Ford. The role of public transport buses in the energy transition

Plug Power and Workhorse Provide FedEx Express With First ProGen Fuel Cell-Powered Electric Delivery Van

RE: Comments on Proposed Mitigation Plan for the Volkswagen Environmental Mitigation Trust

Technological Viability Evaluation. Results from the SWOT Analysis Diego Salzillo Arriaga, Siemens

Sustainable Mobility Project 2.0 Project Overview. Sustainable Mobility Project 2.0 Mobilitätsbeirat Hamburg 01. July 2015

Overview of Railway Noise Control in Europe

Europe Urban Bus Market Outlook Report

NEW HAVEN HARTFORD SPRINGFIELD RAIL PROGRAM

Presentation of the Company s Performance and Results in 2017

Three ULTra Case Studies examples of the performance of the system in three different environments

Form Revised: February 2005 TORONTO TRANSIT COMMISSION REPORT NO. MEETING DATE: August 30, SUBJECT: Scarborough Rt Strategic Plan

Fiji Bus Industry: improving through greening

VOP-026 Šternberk, s.p.

State Zero-Emission Vehicle Programs Memorandum of Understanding

ECTRI. URBAMOVE URBAn MObility initiative. Claudia Nobis (DLR) TRA 2006, Göteborg, Sweden June 13 th, 2006

THE PEP PARTNERSHIP ON ECODRIVING Goals, achievements and new projects November 2016

Operational eco-efficiency in Refineries

Press release. June 2016

Factors affecting the development of electric vehiclebased car-sharing schemes

CITY OF LONDON STRATEGIC MULTI-YEAR BUDGET ADDITIONAL INVESTMENTS BUSINESS CASE # 6

OPTIMAL POLICIES FOR TRANSIT INFRASTRUCTURE

Austria. Advanced Motor Fuels Statistics

The deployment of public transport innovation in European cities and regions. Nicolas Hauw, Polis

SUSTAINALBE URBAN MOBILITY PLAN A STRATEGY FOR ELECTRO-MOBILITY IN THE CITY MUNICIPALITY OF LJUBLJANA

Effects on safety, HG emissions, and the European economy

Transport Fuel Prices in Sub-Saharan Africa: Explanation, impact and policies

Seoul. (Area=605, 10mill. 23.5%) Capital Region (Area=11,730, 25mill. 49.4%)

Update on Community or Heritage Rail Project (Project Manager Services) The Engineering Department recommends that Council:

TABLE OF CONTENTS. Table of contents. Page ABSTRACT ACKNOWLEDGEMENTS TABLE OF TABLES TABLE OF FIGURES

Urban Transport Development Investment Program (RRP MON 39256) SECTOR ROAD MAP

National Road Safety Action Plan in China

Innovation and Transformation of Urban Mobility Role of Smart Demand Responsive Transport (DRT) service

Urban Transport systems in major cities in China. Sun Kechao Senior Engineer China Academy of Transportation Sciences, Beijing, China

Brief Description, Overall Objective and Project Objectives with Indicators

FINDING AND ADOPTING APPROPRIATE MEASURES FOR CLIMATE-FRIENDLY URBAN TRANSPORT POLICY: THE CASE OF HANOI, VIETNAM

northeast group, llc Central & Eastern Europe Smart Grid: Market Forecast ( ) April group.com

Financing Public Transport - The Example of Belgrade

Modernising the Great Western railway

COMMERCIALISATION OF UGANDA S OIL AND GAS SECTOR: REFINERY AND ATTENDANT INFRASTRUCTURE DEVELOPMENT

ASSESSMENT OF CARGO FLOW COVERING TRANSPORT OF AUTOMOBILES VIA TERRITORY OF LITHUANIA

Author: dr. Ramūnas Gulbinas Kaunas Technological University Technological systems diagnostics institute

Transcription:

Proceedings of the 6 th International Scientific Conference TRANSBALTICA 2009 Vilnius Gediminas Technical University Transport Engineering Faculty J. Basanavičiaus g. 28 LT-03224, Vilnius, Lithuania http://www.vgtu.lt/english/editions PASSENGER TRANSPORTATION STRATEGY OF SC LITHUANIAN RAILWAYS Stasys Dailydka VGTU, SC Lithuanian railways Mindaugo st. 12, Vilnius, Lithuania E-mail: lgkanc@litrail.lt Abstract. Transportation of passengers by the railway transport first of all is to be assessed not as a commercial, but as a social service necessary for the state seeking to ensure possibilities for society (especially for the lower-income society layer) to travel. Continuity of the passenger transportation activity is directly associated with the Lithuanian state transport policy and the insurance of necessary funding for this activity. Keywords: Railway, SC Lithuanian railways, passenger transportation, perspectives. 1. Introduction Transportation of passengers by the railway transport first of all is to be assessed not as a commercial, but as a social service necessary for the state seeking to ensure possibilities for society (especially for the lower-income society layer) to travel. The relevance of communication by train becomes evident with the growing flows of cars and with the increasing number of traffic jams on the roads, rising accident rate, pollution, and price of communication by the public transport (e.g. due to increase in the fuel price). By transporting passengers by the railway transport significantly lower external costs are sustained than by the motor transport. With efficient operation of the railway transport, the following advantages of transportation by train per passenger may be distinguished, as compared with the motor transport: pollution of nature is ten times smaller, whereas with the use of electric traction, this advantage is even greater; no loss is sustained due to traffic jams on the roads; relative small loss due to traffic accidents (4.5 thousand accidents occurred on the roads during 11 months of 2008, and only 10 in the Lithuanian railways); no single Lithuanian railway passenger died during the last fifteen years, etc. Income generated from the transportation of passengers by railways is smaller than the costs sustained. In the Western countries there are hardly several segments where the passenger transportation activity is not loss-making. This was conditioned by favourable geographic, urban and economic conditions for the development of the railway transport, as well as favourable state transport policy by making especially big state investments into the improvement of the railway transport infrastructure, rolling stock and the quality of passenger service. Irrespective of the loss ratio of this activity, the EU countries adhere to the attitude that railways is a perspective transport mode that should be promoted in the passenger transportation field (because of its attractiveness in terms of environment protection, safety, and possibilities for solving motor transport accidents, traffic jams etc.). Old-timers operate in the passenger transportation market by strictly following the principle of the unbundling of activities required by the EU legal acts: state or municipal institutions assume a social responsibility to compensate for the loss sustained by passenger carriers, also to finance the development of high-speed railway lines, programs for the renewal of the passenger rolling stock. Transportation of passenger by the Lithuanian railways is greatly loss-making. The allocation of funds for reimbursing the loss due to passenger transportation was commenced from 2005, and even though financing is increasing, it is still relatively small. In 2008, hardly 15 per cent of the loss incurred in this activity was covered with the state funds. As a result, financing the immediate needs of the passenger transportation activity (current expenses and immediate investments) is done from the revenues generated by the freight transportation activity. Expenses of the freight carrier for financing the passenger transportation constitute approximately 10 per cent of the revenues from freight transportation, what greatly impairs the financial position of the Lithuanian railway freight carrier. With the sharpening competition in the freight transportation 33

market, cross-financing should be terminated in compliance with the EU legal acts. Due to the lack of funds (the number of operated rolling stock is decreasing, the number of workers is reduced, etc.) the volumes of passenger activities were reduced by cancelling or shortening routes, decreasing the number of journeys. Continuity of the passenger transportation activity is directly associated with the Lithuanian state transport policy and the insurance of necessary funding for this activity. 2. Factors restricting the volumes of passenger transportation by railways There are the following factors: 1. Further motorization of the Lithuanian society (with the improvement of the residents standard of living). With the increasing residents standard of living, the share of residents able to acquire their own car increases. Until 2008, the number of private cars had been increasing in Lithuania by 5 per cent or more annually. The number of residents travelling by cars has doubled during the last ten years. 2. Lack of modern rolling stock. Due to the lack of funds, the renewal of the passenger rolling stock of SC Lithuanian Railways was been insufficient within the period from 1990 till 2008. Passengers need for comfort has been increasing, meanwhile with the ageing of trains and failure to renew them, the comfort level in them has not improved but on the contrary, deteriorated. The program for the renewal of passenger trains is a long-term process. Investments require about 1 billion litas (at the 2008 price level). 3. Restrictions of traffic for passenger trains due to works carried out while implementing significant projects on upgrading the public railway infrastructure. E.g. when implementing a project for the renovation of the Kaunas railway tunnel, train traffic was stopped from 1 February 2008. The tunnel is planned to be opened in October 2009. Seeking to increase the train speed reconstruction is intended in the main lines of the Lithuanian railways. Therefore when implementing reconstruction, together with track improvement works it is necessary to organize train traffic in such a way that the passage of freight and passenger (at least the most important ones) trains was ensured. 4. Poor (not meeting the requirements for passenger transportation) railway infrastructure connecting the Lithuanian railway network with the Polish (and together with the Central and Western European) railway network. Before construction of the Rail Baltica (European gauge) line, SC Lithuanian Railways plan to renew the transportation of passengers in the direction of Poland by using modern and reliable gauge change equipment. Construction of the European gauge Rail Baltica line up to Marijampolė is planned to be finished by 2015, up to Kaunas by 2018. It is expected that within respective terms, the Rail Baltica line will be reconstructed (or new sections will be constructed) in the territory of Poland. 3. Factors providing possibilities to increase the volumes of passenger transportation by railways They are the following ones: 1. Growing number of traffic jams on motor ways; increase of accident rate on the roads. Such advantages of train with respect to the motor transport as punctuality, safety, reliability gain a real superiority upon existence of traffic jams on the roads. A real problem of traffic jams is expected in the nearest perspective (within a period of 3 5 years) at the approaches to the major cities of Lithuania (first of all Vilnius and Kaunas). 2. World-wide growth in fuel and other energy resources prices, increase of excise duties. The fuel price is the most important factor determining trips by the road transport vehicles. Fuel constitutes a much smaller portion in the operating self-cost of a passenger train than of the motor transport, therefore the effect of fuel price to the price for passenger transportation is smaller. This is an especially significant advantage in the case of electric trains. By developing the contact network in the Lithuanian railways in the future, the advantage of trains against the road transport will increase in Lithuania. 3. State regulation or its changes, favourable for developing the activities of passenger transportation by railways. It is anticipated that in the perspective: the provisions of legal acts of the European Union and of the Republic of Lithuania (article 13 of the Law on the Fundamentals of Transport Activity, article 12 of the Railway Transport Code), associated with the regulation of implementation of the public service obligations will be fully implemented, i.e. a long-term agreement will be concluded between the institution authorized by the State (the Ministry of Communication) and SC Lithuanian Railways, wherein the routes necessary for public service, and the allocation of state funds for covering the loss associated with passenger transportation as well as acquisition of passenger rolling stock will be defined; non-discriminative competitive conditions with respect to other transport modes will be established for the Lithuanian railways transport sector; transport flows (first of all, of the public transport) will be balanced out. the number of interurban transport duplicating the train routes will be reduced; schedules of the suburban (city) public transport will be coordinated with the arrival/ departure time of trains. An essential drawback of the transportation of passengers by trains, as compared with the bus transport, is the absence of possibilities 34

to carry passengers from door-to door ; balanced out development of the railway and motor way infrastructures. At the railway stations, a convenient access by motor ways is ensured. As to the routes where the public railway is developed, the development of duplicating motor ways will be abandoned. 4. Perspectives of the passenger transportation activities The dynamics of forecasted volumes of passengers travelling on local routes and kilometrage of local passenger trains by increasing the number of routes/journeys is provided in figure 1. The number of passengers travelling on local routes is expected to increase up to 14 million passengers (in 2030). By the year 2015, the number of passengers will increase mostly due to the introduction (renewal) of new routes and intensification of the density of routes. Renewal of the passenger rolling stock fleet and upgrading of the railway infrastructure are long-term processes, therefore no sudden changes in improving the quality of passenger transportation are possible (increasing the speed, comfort of ride). A marked increase in the number of passengers travelling by local railway routes is anticipated after the year 2015. This will be determined by the renewed passenger rolling stock fleet; introduction of a modern ticket booking and sales system; increased traffic jams on motor ways; increased fuel price; state transport policy encouraging travelling by train; upgrading of the railway sections Vilnius Kaunas (subsequently, Kaišiadorys Šiauliai, Šiauliai Klaipėda) after the implementation whereof the allowable speed for passenger trains will be increased in these routes (up to 160 km/h). Seeking to improve the conditions for international communication, the development of passenger transportation by international trains formed by SC Lithuanian Railways is intended: 1) in the Eastern direction it is planned: to continue the operation of trains Vilnius- Moscow, Vilnius St. Petersburg, and Vilnius Minsk. It is expected that with the increase in the number of passengers on the routes Vilnius Moscow and Vilnius Minsk about 2020, the number of trains will be increased from 1 to 2 during a 24 hour period; to form a new international train for the route Vilnius Kiev in the perspective; 2) in the North-South direction it is planned: from 2010 to organize a train running on the route Vilnius Riga; from 2012 2013 to organize a train running on the route Vilnius Kaunas Warsaw, and then up to Berlin. Modern and reliable gauge change equipment is intended to be used on this route. The route mentioned will be able to operate also after the construction of the Rail Baltica line up to Marijampolė, and then up to Kaunas, by moving the gauge change mechanism. Approximately LTL 100 million of investments is necessary for the formation of two trains with a variable gauge for the route Vilnius-Warsaw; after construction of the European Rail Baltica gauge up to Kaunas (around 2018), to launch high speed trains from Kaunas in the direction of Poland. Their routes will be linked with trains on the 1 520 mm gauge network: a new international route Kaunas Riga (Tallinn) and local routes Vilnius Kaunas, Kaunas Šiauliai. Due to market specificity (i.e. relatively small rates for the passenger transportation and small transportation volumes), international trains formed by SC Lithuanian Railways are loss-making (the loss of over LTL30 million was incurred in 2008) and there are no possibilities to ensure not loss-making character of this activity by investment or any other measures (at least in the near future). State allocations are necessary for the pursuance and development of these activities. Number of passengers (million pass.) Train kilometrage (million train kilometres) Fig. 1. Volumes of passenger transportation on local routes by SC Lithuanian Railways during 2008 2030 35

million passengers 3,5 3,0 2,5 2,0 1,5 1,0 0,5 0,0 1,2 1,3 1,4 0,0 1,2 0,0 0,0 1,3 1,4 2,5 3,0 2,0 0,6 0,5 0,3 1,7 2,0 2,4 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025 2026 2027 2028 2029 2030 Passengers travelling in the direction of Poland on 1435 mm gauge railway (Rail Baltica) Passengers travelling on international trains on 1520 mm gauge railway Fig. 2. Volumes of passenger transportation on international routes by SC Lithuanian Railways during 2008 2030 2007-2015 0 2030 4 Skuodas Mažeikiai 2007 0 2015-2030 6 Joniškis 2015-2030 18 2007 2 2015-2030 6 Rokiškis Kretinga Klaipėda 2015-2030 12 Kužiai Šiauliai 2007 19 2015-2030 18 Radviliškis Panevėžys 2007 4 2015-2030 6 Turmantas Šilutė 2015 6 2022-2030 8 2015-2030 14 Ignalina 2007 11 2015-2030 8 2030 4 2007 0 2015-2030 2 2007 0 2015 6 2015 14 Pagėgiai 2022-2030 8 2022-2030 12 0 2007 30 2007 52 2015 105 2007 15 2015 35 2015 71 2022 105 2015-2030 20 2022 37 Gaižiūnai 2022 71 2030 115 2007 22 2030 39 2030 81 2015-2022 19 Kaunas Average - Vidutinis keleivinių number traukinių of passenger skaičius Kaišiadorys 2030 21 Kazlų Rūda trains per parąduring a 24 h period 2007 30 Vilnius 2015 35 Kybartai 2022 41 2007 44 Lentvaris 2030 43 Volume Keleiviniųof traukinių passenger apimtis trains, 2015 57 2022 4 2007 m. 2022 61 2030 4 Trakai 2030 71 Kena 2015-2030 10 Vaidotai Growth Keleiviniųin traukinių the number skaičiausof Marijampolė augimas iki 2030 m.: Šeštokai passenger trains by 2030 Stasylos 2007 4 Volumes Keleiviniųof traukinių passenger apimtys trains on 2015-2030 2 2015-2030 10 2007 2 Rail Baltica 2007 2030 2030 m. 2030 0 Varėna 2007 10 2015 2 2015-2030 12 2022 4 2030 4 Marcinkonys 2007 6 2015-2030 0 Fig. 3. Number of passenger trains of SC Lithuanian Railways in 2007 2030 by lines The dynamics of passenger transportation volumes on international routes is provided in figure 2. It is expected that the number of passengers travelling on international routes will increase from 1.0 million passengers (in 2008) up to 3 million (in 2030). A significant increase in the passenger transportation volumes is expected after construction of the European gauge Rail Baltica line up to the Kaunas passenger station (from 2018), when conditions for the transportation of passengers will be significantly improved. Figure 3 provides information about the planned number of passenger trains by railway lines. 5. Tasks associated with the passenger transportation activities The following tasks have been raised for the attainment of strategic goals for the passenger transportation activity: To ensure capacities necessary for the development of the passenger transportation activities: sufficient capacities of the railway infrastructure and sufficient passenger rolling stock fleet. To ensure the compliance of service quality with the clients needs; to increase the accessibility of services. 36

Focus of the passenger transportation activity on the client s needs is the only way to increase attractiveness of the railway carrier and to attract the clients. The following characteristics important for the passenger have been distinguished: travel time; convenience of the train schedule; train punctuality; conditions of the comfort of ride; accessibility of the service (possibilities to obtain information and to acquire tickets by electronic means; common tickets with other types of public transportation, etc.) By focussing on the clients needs, the carrier will develop services for tourist routes. To enhance operational efficiency (to minimize operating costs). Decreasing the loss of the passenger transportation activities is a necessary condition for the continuity of this activity in the company. 6. Measures for the attainment of the objectives set The main measures for the attainment of objectives associated with the development of the passenger transportation activity of SC Lithuanian Railways are the following ones: balanced investment program; activation of marketing activities in the passenger transportation field by the company; refusal of the thermal traction for local (near) communication routes; Balanced investment program is an essential measure for ensuring necessary capacities for the passenger transportation activities. It is also very important for enhancing operational efficiency of the passenger transportation activities and developing the services to meet the clients needs. The investment program intended for developing the passenger transportation activity covers: 1) renewal, upgrading and development of the passenger transportation economy, including renewal, upgrading and development of the passenger rolling stock fleet and, respectively, its repair and maintenance facilities; 2) renewal, upgrading and development of the railway infrastructure (together with its maintenance facilities) for ensuring train capacity and traffic safety, increasing train speed, enhancing operational efficiency of the carrier s activities; 3) development of information technologies. Activation of marketing activities in the passenger transportation field by the company. Seeking to fully utilize the available opportunities and to find out ways to reach the client (to increase the loyalty of existing clients, to attract new clients), the company will activate its activities in the marketing field. The range of promotion measures (advertising, etc.) and the intensity of their application will be expanded. Decisions regarding the services price, schedule optimization, service quality improvement, additional services, service accessibility enhancement will be taken on the basis of comprehensive market studies. The company will strengthen and/or create new marketing units of the passenger transportation activity, especially for the passenger transportation activity in the direction of Poland (Central and Western Europe). Refusal of the thermal traction for local (near) communication routes. Passenger transportation using thermal traction (by forming trains from different wagons hauled by a diesel locomotive) is the most expensive way for the transportation of passengers - costs associated with the wagon facilities and locomotive facilities are sustained, also teams of conductors are to be employed for serving the wagons. Such transportation of passengers is cost efficient only in long distances, by forming long train units, whereas in local carriages it is more efficient to use modular trains. SC Lithuanian Railways use thermal traction for short-distances on the routes Vilnius Klaipėda, Vilnius Minsk. By launching new diesel trains, refusal of the thermal traction on these routes is planned from 2011 2013 (this way avoiding investments into the new passenger locomotives, passenger wagon fleet), what will enable to reduce operational costs of the routes mentioned (by LTL 3 5 million annually). Other measures for enhancing operational efficiency of the passenger transportation activity. Organizational and other measures necessary for improving the quality of passenger transportation services and minimizing the costs by ensuring a safe and reliable train traffic, increasing operational performance of the rolling stock, depots, increasing the efficiency of infrastructure maintenance and repair works, and using available resources in an efficient way: advancing professional skills of employees; improving the motivation system; optimizing informational flows; improving the organizational structure, optimizing the distribution of functions and works among units of the company; optimising technological processes, etc. These measures are concretized in the shortterms plans of the company and its units. Main directions for the upgrading and development of the passenger transportation economy: renewal of the electric train fleet; renewal of the diesel train fleet; renewal of the passenger wagon fleet; renewal of the passenger locomotive fleet; acquisition of passenger rolling stock for routes in the direction of Poland (Rail Baltica). Renewal of the electric train fleet. In 2008, SC Lithuanian Railways operated 13 electric trains. An average year of make of self-propelled electric train wagons and trailer cars in operation is 1977. The existing rolling stock is of poor technical condition and fails to meet the comfort requirements. With consideration to the current condition of electric trains, their operational reserve is expected to expire by the years 2013 2014. Dynamics of the electric train fleet is provided in figure 4. 37

Number of trains Need for electric trains Electric train fleet at the end of 2008 (including 2 new electric trains acquired according to the agreement for the years 2008-2009 signed in 2006) Necessary new capacities of electric trains Fig. 4. Dynamics of the electric train fleet SC Lithuanian Railways started a program for the renewal of the electric train fleet, and two new double-deck electric trains were acquired from the Czech manufacturer, of which the first one was launched in December 2008. The new electric trains meet modern requirements: the design speed is 160 km/h; better acceleration characteristics; high level of comfort. By 2015, SC Lithuanian Railways plan to acquire new trains for renewing the old fleet. 14 new electric trains will be acquired (including the ones being acquired according to the already signed contract with ČKD VAGONKA A.S.) designated the local communication routes Vilnius (Naujoji Vilnia) Kaunas, Vilnius (Naujoji Vilnia) Trakai. After developing the contact electricity network in the section Kena Kybartai by 2020, and in the section Kaišiadorys Klaipėda by 2024, new electric trains will be acquired for work in the newly electrified lines (IX corridor). Renewal of the diesel train fleet. In 2008, SC Lithuanian Railways operated 33 diesel trains and 1 rail car. 12 diesel trains were upgraded. The general technical condition of the fleet is very poor. The operation reserve of trains (their wagons) is expiring within the 2008 2020 period (for the majority of them the reserve expires in 2009 2015).The existing fleet does not meet the passengers needs for comfort. Urgent renewal thereof is necessary. Dynamics of the diesel train passenger fleet is provided in figure 5. SC Lithuanian Railways started a program for the renewal of the diesel train fleet: according to the agreement with TMHB signed in 2007, 4 new diesel trains are acquired (4 trains with 2 wagons each, and 2 trailer cars). Operation of the trains was commenced in 2008. These trains will change D1 trains that are being written-off. New diesel trains are more efficient (fuel costs are less by 30 per cent, and the cost of lubricants are smaller by 4 times), as well as more comfortable than the old ones; Number of trains Need for diesel trains/rail cars Capacities of the diesel train fleet at the end of 2008 (including 4 new diesel trains acquired in 2008 according to the agreement signed in 2007) Necessary new capacities of diesel trains/rail cars Fig. 5. Dynamics of the diesel train fleet 38

according to the agreement with the Polish factory PESA Bydgoszcz Spolka Akcyjna Holding, 2 rail cars were acquired which operation was launched in the autumn of 2008. During the 2010 2017 year period, an intensive renewal of the diesel train fleet aimed at replacing the old fleet acquisition of more than 20 new diesel trains and/or rail cars is intended. During 2011 2013, acquisition of 3 new (each with 10 wagons) diesel trains designated for the route Vilnius Klaipėda is planned (by refusing the thermal traction for local carriages). During subsequent periods, no development of the diesel train fleet is planned. Having developed the electric network, the company will develop the electric train fleet. Renewal of the passenger wagon fleet. In 2008, SC Lithuanian Railways operated ~ 140 passenger wagons. Among the wagons used in operation there wagons made in the years 1971 1974 which operational reserve expires in the near future. During the 2010 2020 year period, renewal of the whole passenger wagon fleet of the company is planned by replacing the worn out wagons with the new or upgraded ones. Dynamics of the passenger wagon fleet is provided in figure 6. By optimizing the use of passenger wagons, plans have been made to organize activities by operating ~ 85 passenger wagons. The need for passenger wagons will decrease due to refusal of the thermal traction on local routes. Renewal of the passenger locomotive fleet. In 2008, SC Lithuanian Railways operated 18 passenger diesel locomotives in total, of which 9 (TEP-60) are in very poor condition, and they are planned to be written off in the years 2009 2012. During this period, refusal of the thermal traction on local routes, and acquisition of new modular trains is planned. This way the company will ensure the need for diesel locomotives only for the service of international trains. Dynamics of the passenger locomotive fleet is provided in figure 7. Fig. 6. Dynamics of the passenger wagon fleet Number of trains Number of trains Passenger wagon fleet held by LR Need for passenger wagons Necessary new passenger wagons Passenger locomotive fleet held by RL Necessary new passenger locomotives Need for passenger locomotives Fig. 7. Dynamics of the passenger locomotive fleet 39

During 2010 2011, acquisition of new passenger locomotives for the replacement of the worn out vehicles is planned. From 2020 (after electrification of the line Kena Kybartai), acquisition of passenger electric locomotives for serving international trains is planned. Written-off depreciated locomotives will be replaced with electric locomotives after 2020. Rolling stock for passenger trains in the direction of Poland (Rail Baltica). For renewing the route Vilnius Warsaw (in the perspective Vilnius Warsaw Berlin), the acquisition of 2 passenger trains with a modern variable gauge equipment is planned in 2011. After constructing Rail Baltica up to Marijampolė and up to Kaunas, these trains will be used on the route Vilnius Warsaw by respectively moving the gauge change equipment to Marijampolė or Kaunas. One train with a variable gauge may be used, as a standby train, for the route Vilnius Klaipėda. After constructing Rail Baltica up to Kaunas (~ 2018) and developing the transportation of passengers on the route Kaunas-Warsaw, acquisition of 2 high speed 1 435 mm gauge trains is planned. The company will either acquire these trains itself, or together with partners/partakers (depending on the form of organizing activities in the Rail Baltica line). 7. Preliminary need for funds for investment into the passenger transportation economy The need for funds for investments into the passenger transportation economy by SC Lithuanian Railways amounts to LTL 1,9 billion (at the 2008 price level). Distribution of investment for the renewal and development of the passenger transportation economy by key directions of investments is provided in figure 8. Based on distribution of the need for funds into investments by years, the biggest need for funds will be in the years 2008 2015. During this period the reserve of the major part of SC Lithuanian Railways rolling stock (electric, diesel trains, passenger wagons and passenger diesel locomotives operated in 2007) will be expired, and their replacement with the new or upgraded vehicles will be implemented. During this period the forming of the train Vilnius Warsaw is intended. The need for funds for the acquisition of 2 modern trains with a variable gauge system amounts to approximately LTL 100 million. With consideration to the fact that a train is formed with a view of satisfying interests of the state (the company will not have any commercial gain), implementation of the project is planned only after receipt of the state funding. Besides, during the 2008 2015 period plans have been made to refuse of the thermal tractions for local carriages. To this effect, 3 modular trains are necessary. It has been estimated that approximately LTL 100 million will be necessary for their acquisition. After the year 2015, renewal of the major part of the rolling stock fleet will be completed; therefore the level of investment into the passenger rolling stock fleet will be significantly reduced during the years 2016 2022. In 2023 2030, an essential part of investment will consist of the acquisition of additional electric trains after electrifying the main corridors. With the decrease in the need for diesel trains, no funds are intended for their renewal or development. 1200 1050 Acquisition of electric trains 1000 800 340 Acquisition and upgrading of diesel trains/rail cars 600 370 560 Acquisition and upgrading of passenger w agons 400 300 380 Rolling stock for 1435 mm gauge 200 0 180 110 40 100 30 60 50 60 70 120 2008-2015 2016-2022 2023-2030 Other projects (upgrading of repair complexes, passenger locomotives, development of the ticket sale system, etc.) Fig. 8. Need for investment into the passenger transportation economy by investment directions and years 40

8. Financial results of the passenger transportation activity and the need for state funding in the years 2008 2030 It is planned that due to increase in the number of passengers and minimization of costs owing to investment, marketing and other measures for optimizing activities, loss ratio of this activity will be reduced in the future. Nevertheless, after assessing experience of the European railways and the specificity of Lithuania (railway network, resident density) which is not favorable for the transportation of passengers by railways as a commercial activity, we cannot expect that this activity will become profitable and implemented without the state subsidies. Based on preliminary calculations, after renewal and development of the passenger transportation activity, the loss could be reduced by 2 3 times (from LTL 150 million down to 50 70 million), as well as the need for state funding accordingly. 9. Research methods When forecasting the passenger carriages (the number of trains or their occupancy) by the railway transport up to 2030, the following scientific research methods have been used: systemic analysis; analogy; expert assessments; statistical analysis, extrapolation and spatial simulation. 5. Conclusions 1. By reducing the loss of passenger transportation on local routes, the main attention will be paid to the use of electric tractions at the same time improving environmental conditions. 2. To balance out the interaction of all transport modes on the state level by using the railways in the most optimal way in this chain. References 1. Akgungor, A. P.; Demirel, A. 2007. Evaluation of Ankara Istanbul high speed train project. Transport 22(1): Ia Ic. 2. Butkevičius, J. 2009. The strategy of passenger transportation by national railway transport: the implementation of public service obligations. Transport 24(2): 180 186. 3. Schach, R.; Naumann, R. 2007. Comparison of high-speed transportation systems in special consideration of investment costs. Transport 22(3): 139 147. 4. Study on implementation of the public service obligations for passenger transportation by the railway transport. Vilnius Gediminas Technical University, Institute of Transport Sciences. Vilnius, 2008. 5. Study on improving passenger communication by the railway transport. UAB Optimalus Ryšys. Vilnius, 2007. 6. Lithuanian strategic national railway development plan for the years 2005 2015. 7. Maskeliūnaitė, L.; Sivilevičius, H.; Podvezko, V. 2009. Research on the quality of passenger transportation by railway. Transport 24(2): 100 112. 8. RAILPLAN and NEA project Development of the properly balanced system for the passenger railway transport, Vilnius, 2003. 41