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Hydrogenics – Alstom Transport Agreement to Commercialize Hydrogen Powered Commuter Trains in Europe
Hydrogenics – Alstom Transport Agreement to Commercialize Hydrogen Powered Commuter Trains in Europe Peter Eggleton Mech Eng Railway Applications Advisor to Hydrogenics Corp. TELLIGENCE Group Consultants in Transportation Technology Saint-Lambert (Montreal), Canada Tenth International Hydrail Conference Mooresville, North Carolina, U.S.A. June 22-23, 2015 Agreement Participants • Hydrogenics Corporation Mississauga, Ontario, a developer and provider of hydrogen generation and fuel cell products and services for stationary and mobile applications. • Alstom Transport, a France-based global Original Equipment Manufacturer (OEM) of railway rolling stock, equipment and infrastructure. Hydrogenics - Alstom Transport Agreement to Commercialize Hydrogen-Powered Commuter Trains in Europe 2 Object of Agreement • Hydrogenics will supply Alstom Transport with hydrogen fuel cell (HFC) systems to power Regional Commuter Trains manufactured by Alstom for service in Europe; • Signed May 26, 2015, in Gladbeck, Germany, following a rigorous technical review process over an 18-month period; • 10 – Year Exclusive Agreement; Hydrogenics - Alstom Transport Agreement to Commercialize Hydrogen-Powered Commuter Trains in Europe 3 Scope of Agreement • Hydrogenics to supply Alstom Transport with: – 200 HFC engine systems, specifically its 200 kW Heavy-Duty HD series fuel cells; – Service and maintenance over a 10-year period. • Value to Hydrogenics of order of €50 million. • Target is the Alstom Coradia DMU commuter railcars redesigned to HFC-powered EMUs. • Development -
Energy Consumption and Carbon Dioxide Emissions Analysis for a Concept Design of a Hydrogen Hybrid Railway Vehicle Din, Tajud; Hillmansen, Stuart
University of Birmingham Energy consumption and carbon dioxide emissions analysis for a concept design of a hydrogen hybrid railway vehicle Din, Tajud; Hillmansen, Stuart DOI: 10.1049/iet-est.2017.0049 License: None: All rights reserved Document Version Peer reviewed version Citation for published version (Harvard): Din, T & Hillmansen, S 2017, 'Energy consumption and carbon dioxide emissions analysis for a concept design of a hydrogen hybrid railway vehicle', IET Electrical Systems in Transportation. https://doi.org/10.1049/iet- est.2017.0049 Link to publication on Research at Birmingham portal Publisher Rights Statement: Published in IET Electrical Systems in Transportation. Final version of record available at: http://dx.doi.org/10.1049/iet-est.2017.0049. Checked for repository 31/1/18 General rights Unless a licence is specified above, all rights (including copyright and moral rights) in this document are retained by the authors and/or the copyright holders. The express permission of the copyright holder must be obtained for any use of this material other than for purposes permitted by law. •Users may freely distribute the URL that is used to identify this publication. •Users may download and/or print one copy of the publication from the University of Birmingham research portal for the purpose of private study or non-commercial research. •User may use extracts from the document in line with the concept of ‘fair dealing’ under the Copyright, Designs and Patents Act 1988 (?) •Users may not further distribute the material nor use it for the purposes of commercial gain. Where a licence is displayed above, please note the terms and conditions of the licence govern your use of this document. -
Unsere Flotten Und Netzwerke Neuzugänge Zu Unseren Flotten Und Unseren Netzwerken a A
Unsere Flotten und Netzwerke Neuzugänge zu unseren Flotten und unseren Netzwerken A A Durch Investitionen in die Modernisierung und Erweiterung unseres Fuhrparks, unserer Netzwerke und unserer Anlagen bleiben wir modern und wettbewerbsfähig und schaffen einen Mehrwert für unsere Kunden. ICE-2-REDESIGN ABGESCHLOSSEN Die Modernisierung aller 44 ICE-2-Züge ist abgeschlossen. Jeder ICE 2 wurde im Innenraum komplett zerlegt, instand gesetzt und mit teils neuen Bauteilen wieder aufgebaut. Verbesserungen sind zum Beispiel mehr Stauraum, neue Infobildschirme sowie die Er- neuerung von Bordrestaurant, Bordbistro und Kleinkindabteil. MEHR TALENT-2-ZÜGE IM EINSATZ Die neuen Talent-2-Züge ET 442 zeichnen sich durch mehr Komfort für die Reisenden und eine sehr hohe Energie effizienz inklu sive einer Energierückspeisung aus. Von rund 300 bestellten Fahrzeu- gen sind mittlerweile über 260 ausgeliefert. LOGISTIKZENTRUM IN JAPAN ERÖFFNET In Japan haben wir unser bislang größtes Logistikzentrum eröffnet. Es befindet sich in Baraki, nur 25 Kilometer vom Zentrum Tokyos entfernt. DB Schenker nutzt das Baraki Logistics Center mit einer Gesamtfläche von 33.000 Quadratmetern für verschiedene Kunden. NEUES Premium-BUSANGEBOT IN ENGLAND Unter anderem elf neue VDL SB200 Wrightbus Pulsar-Busse werden für Arrivas neuen Premium-Busservice Sapphire in Groß- bri tannien eingesetzt. Die insgesamt 41 Sapphire-Busse sorgen für höchsten Komfort: Geboten werden unter anderem Internet- zugang, Steckdosen sowie Luxussitze für zusätzliche Beinfreiheit. IC- UND EC-FLOTTE WEITER MODERNISIERT Wir modernisieren bis Ende 2014 rund 770 Wagen unserer Inter- city- und Eurocity-Flotte. Bis Ende 2013 wurden bereits rund 500 Wagen modernisiert. Durch die Modernisierungsmaßnahmen ver- bessert sich der Komfort für die Reisenden erheblich. -
Intercathedra 2016 No 32-4
ISSN 1640-3622 INTERCATHEDRA No 32/4 POZNAŃ 2016 2 Intercathedra 32/4, 2016 INTERCATHEDRA SCIENTIFIC QUARTERLY OF THE ECONOMICS DEPARTMENTS OF EUROPEAN UNIVERSITIES THE SCIENTIFIC COUNCIL Chairman of the Scientific Council: Dr hab. in ż.Wojciech Lis, prof. nadzw.- Pozna ń University of Life Sciences Members of the Scientific Council: Assoc. Prof. Josef Drábek , PhD - Technical University in Zvolen Doc. Ing. Václav Kup čák , CSc. - Česká zem ědělská univerzita v Praze Prof. Ing. Igor Liberko - Prešovska univerzita v Prešove Doc. Ing. Renata Nováková , PhD - Slovak University of Technology Assoc. Prof. Hubert Paluš , PhD. - Technical University in Zvolen Prof. dr hab. Walenty Poczta - Pozna ń University of Life Sciences Dr.hc prof. Ing. Mikuláš Šupín CSc. - Technical University in Zvolen Prof. dr hab. Wacław Szymanowski - University of Warmia and Mazury in Olsztyn Prof. dr hab. Leszek Żukowski – Warsaw University of Life Sciences REVIEWERS OF INTERCATHEDRA Prof. Dr sc.b. Mladen Figuri č Prof. Ing. Dušan Šebo, PhD. Dr hab. Eugeniusz Ko śmicki , prof. nadz. Assoc. Prof. Andrea Sujová , PhD. Prof. Ing. Alexander Linczényi, PhD. Prof. dr hab. Michał Sznajder Assoc. Prof. Rastislav Rajnoha, PhD. Doc. Ing. Anna Zaušková, PhD. Doc. Ing. Peter Trebu ňa, PhD. THE EDITORIAL BOARD Wojciech Lis – Chief Editor El żbieta Mikołajczak – Scientific Secretary Włodzimierz Popyk –Subject Editor, Internet Editor, Marek Tabert – Scientific Editor, Jarosław Lira – Statistical Editor Agata Nieboj – English Language Editor All graphics and photos in this volume are published at the sole responsibility of the authors, not the publisher Published by: Department of Economic and Wood Industry Management Pozna ń University of Life Sciences, ul. -
ČESKÉ VYSOKÉ UČENÍ TECHNICKÉ V PRAZE Bc. Tomáš Červenka
ČESKÉ VYSOKÉ UČENÍ TECHNICKÉ V PRAZE Fakulta strojní Ústav automobilů, spalovacích motorů a kolejových vozidel Návrh uložení dieselagregátu Cummins QSK38 do strojovny článku jednotky GTW+ Russland Design Bearing Frame for fixing of Cummins QSK38 Diesel Generator in Engine Room Unit GTW+ Russland Diplomová práce Studijní program: N 2301 Strojní inženýrství Studijní obor: 2301T047 Dopravní, letadlová a transportní technika Vedoucí práce: doc. Ing. Josef Kolář, CSc. Bc. Tomáš Červenka Praha, 2015 Abstrakt Rešerše na způsoby řešení strojovny lehkých kolejových vozidel. Hmotností bilance trakčního modulu GTW+ Russland a uspořádání jednotky DPM DMU 001. Návrh uložení dieselagregátu Cummins QSK38, který obsahuje návrh a analýzu silových účinků působících na nosný rám a hrubou stavbu skříně dle ČSN 12 663-1. Koncepční návrh rámu spojujícího motor a generátor. Základní návrh svislého vypružení modulu. Analýza vlastních frekvencí a vlastních tvarů kmitu trakčního modulu. Návrh výpočtu šroubových spojů upevňujících silentbloky na hlavní rám dle VDI 2230. Klíčová slova Lehká kolejová vozidla, strojovna, silová analýza, silentbloky, třímomentová věta, ČSN EN 12 663-1, nosný rám, návrh vypružení, dynamický model, vlastní frekvence, vlastní tvary kmitu, šroubový spoj, VDI 2230. Abstract Searches for ways of solving the engine room by light rail vehicles. Mass balance of traction unit GTW+ Russland and configuration of unit DPM DMU 001. Design of bearing of the dieselgenerator Cummins QSK38, which include design and analysis of force effects, affecting bearing frame and structural body according to ČSN EN 12 663- 1. Conceptual design of the frame connecting the engine and the generator. Basic design of vertical suspension of traction unit. Analysis of eigen frequency and eigen figure cycle of traction unit. -
FERRMED LOCOMOTIVE CONCEPT STUDY 1 2.Pdf
FERRMED FREIGHT LOCOMOTIVE CONCEPT STUDY By: TABLE OF CONTENTS 1 INTRODUCTION .................................................................................................................... 4 1.1 What is FERRMED? ....................................................................................................... 4 1.2 FERRMED Objectives .................................................................................................... 5 1.3 The FERRMED Standards.............................................................................................. 5 2 EXECUTIVE SUMMARY ....................................................................................................... 7 3 EUROPEAN NETWORK CHARACTERISTICS .................................................................... 9 4 INTEROPERABILITY AND CROSS-ACCEPTANCE .......................................................... 12 4.1 Interoperability .............................................................................................................. 12 4.2 ERTMS.......................................................................................................................... 18 4.3 Cross-Acceptance ......................................................................................................... 21 5 STATE-OF-THE-ART WORLDWIDE LOCOMOTIVES ....................................................... 23 6 REQUIRED STARTING TRACTIVE EFFORT AND POWER TO HAUL “FERRMED TRAINS” ..................................................................................................................................... -
Przemysł Taboru Szynowego W Polsce
Solaris Tramino Jena. Fot. Solaris Marek Graff Przemysł taboru szynowego w Polsce Przed 1989 r. kolej w Polsce była podstawą transportu osób oraz w krajach zachodnioeuropejskich – niewielka liczba samocho- towarów. Ówczesny nacisk na rozwój przemysłu ciężkiego – prze- dów prywatnych, przewozy stali, węgla kamiennego (ze Śląska do wozy stali, węgla kamiennego spowodował, iż złoty wiek kolei portów w Gdańsku, Gdyni, Szczecinie i Świnoujściu) powodowały, w Polsce trwał znacznie dłużej niż w krajach zachodnioeuropej- iż z jednej strony kolej była traktowana jako podstawa systemu skich. Niewielka liczba samochodów prywatnych powodowała, transportowego kraju, jednak była znacznie przeciążona i chro- iż kolej była traktowana jako podstawa systemu transportowego niczne niedoinwestowana. Swoistym symbolem ówczesnego sta- kraju, jednak była znacznie przeciążona i chroniczne niedoin- nu było utrzymywanie trakcji parowej na liniach bocznych w la- westowana. Realia gospodarki rynkowej po 1989 r. były z jed- tach 70., zamiast wdrożenia programu budowy lekkiego taboru nej strony nowym impuls rozwojowym, jednak upadek zakładów spalinowego, jak to uczyniono w Czechosłowacji czy wschodnich przemysłu ciężkiego – hut żelaza, koksowni, czy kopalni węgla Niemczech. kamiennego, oznaczał drastyczny spadek przewozów towarów ma- Zakup nowoczesnych technologii czy podzespołów do budowa- sowych dotychczas przewożonych koleją. Dopiero przeprowadzona nego taboru za granicą był bardzo utrudniony, nie tylko wskutek restrukturyzacja kolei po 2000 r., a także członkostwo w UE od znacznie wyższej ceny wobec podobnych urządzeń produkowa- 2004 r. znacznie poprawiło stan kolei w Polsce – odrodzenie się nych w Polsce, ale także znacznie dłuższego procesu decyzyjne- przemysłu taborowego, nowe zamówienia – początkowo na lekkie go: zamówienie musiało być złożone przez wyznaczone urzędy pojazdy spalinowe, później na elektryczne zespoły trakcyjne czy centralne, a zakup był możliwy po uzyskaniu przydziału dewiz, co tramwaje nowej generacji, które zamawiano u polskich produ- było dość problematyczne. -
Pre-Qualify for the Design-Build of Israel Railway's ETCS L2 Onboard Project
ISRAEL RAILWAYS LTD Development Division ,Signalling & Technology Div. Pre-Qualify for the Design-Build of Israel Railway's ETCS L2 Onboard Project General Technical Description 5 January 2016 ERTMS Project Page 1 of 12 ISRAEL RAILWAYS LTD Development Division ,Signalling & Technology Div. Chapter I- Project Background Facing a continuously growing demand in passenger and freight traffic, Israel Railways has to cope with an increasing number of trains. In the core network, there is the need to raise capacity significantly. In addition, the existing ATP system is subject to safety shortcomings, which can be mitigated by means of a Full Supervision ATC approach. Both reasons have led to the intention to introduce ETCS Level 2 on the Israeli network. In this chapter, details on the current situation and the motivation are provided. The current line length of Israel’s Railway Network is about 625 km. The total track length is about 1,175 km. This number includes the tracks of both directions and some station tracks. The signalling system is based on electronic and relay interlocking, using axle counters as well as isolated track circuits as a train detection system. A variant of INDUSI I60R is applied as an automatic train detection system and the signalling scheme is close to German H/V signalling. Nowadays, Israel’s Railway Network is within a development process. There are several new lines which are already under construction: Fast Track to Jerusalem: Tzomet Daniel – Jerusalem Ha’Uma Link from Ra‘anana to Coastal Line Ako-Carmiel Line Haifa- Beit Shean Line There are also some other planned lines that will connect relevant economic areas. -
Best Practices and Strategies for Improving Rail Energy Efficiency
U.S. Department of Transportation Best Practices and Strategies for Federal Railroad Improving Rail Energy Efficiency Administration Office of Research and Development Washington, DC 20590 DOT/FRA/ORD-14/02 Final Report January 2014 NOTICE This document is disseminated under the sponsorship of the Department of Transportation in the interest of information exchange. The United States Government assumes no liability for its contents or use thereof. Any opinions, findings and conclusions, or recommendations expressed in this material do not necessarily reflect the views or policies of the United States Government, nor does mention of trade names, commercial products, or organizations imply endorsement by the United States Government. The United States Government assumes no liability for the content or use of the material contained in this document. NOTICE The United States Government does not endorse products or manufacturers. Trade or manufacturers’ names appear herein solely because they are considered essential to the objective of this report. REPORT DOCUMENTATION PAGE Form Approved OMB No. 0704-0188 Public reporting burden for this collection of information is estimated to average 1 hour per response, including the time for reviewing instructions, searching existing data sources, gathering and maintaining the data needed, and completing and reviewing the collection of information. Send comments regarding this burden estimate or any other aspect of this collection of information, including suggestions for reducing this burden, to Washington Headquarters Services, Directorate for Information Operations and Reports, 1215 Jefferson Davis Highway, Suite 1204, Arlington, VA 22202-4302, and to the Office of Management and Budget, Paperwork Reduction Project (0704-0188), Washington, DC 20503. -
Clear Track Ahead with Murrplastik
Clear track ahead with Murrplastik S ystem Solutions for Railway Engineering Testing to EN 45545 Cable entry and cable holding systems CABLE HOLDING SYSTEMS A PPLICATIONS Cables and conduits can be fixed simply and quickly For interior and exterior applications throughout rail in every different area of a vehicle using cable hold- transport systems. ing systems. The mountings can either be screwed in place or fixed using blind rivets. CHARA CTERISTICS CABLE ENTRY SYSTEMS • Halogen-free • Flame resistant The cable entry system enables cables and conduits • Self-extinguishing to be inserted, with and without plugs. The cable is inserted with the help of split cable sleeves. These Testing cable sleeves are pushed into a plastic frame. The to cable sleeves are available for a wide range of cable EN 45545 diameters. REFERENCES CABLE ENTRY PLATE • ICE 3 • Velaro D The cable entry plate can accommodate a great • Desiro number of cables and conduits instead of using cable • Desiro RUS Sochi screw fittings. And in the most compact space! • Triemzug ML AM 08, Belgium Very little space is needed owing to its extremely • Bombardier Talent 2 compact design. • Bombardier Lok Traxx • Velaro Russia, ICE China These versions are available in aluminium, stainless • City railway system Bursa Section B steel and plastic. • Eurosprinter Lok • Regional railways Conduit and fitting systems CHARA CTERISTICS A PPROVALS • Extensive range of products • UL 94 V0 • IP69 K • DIN 5510 • Metal thread • NFF • Easy assembly • CSA • Fittings are delivered ready to install Testing • Halogen-free to • Flame resistant 45545 • Self-extinguishing EN Cable drag chain systems CABLE DRAG CHAIN SYSTEMS CHARA CTERISTICS Cable drag chain systems allow moving cables and • Halogen-free lines to be guided. -
The Need for Freight Rail Electrification in Southern California
The Need for Freight Rail Electrification in Southern California Brian Yanity Californians for Electric Rail [email protected] May 13, 2018 Executive Summary Full electrification of freight trains is the only proven zero-emissions freight railroad technology. Electric rail propulsion can take several different forms, including locomotives powered by overhead catenary wire, on-board batteries, or more advanced concepts such as battery tender cars and linear synchronous motors. This white paper is largely a literature review of previous studies on electric freight rail in the Southern California region, with information compiled about existing electric freight rail locomotives and systems from around the world. The two main benefits of freight rail electrification in the region would be reduced air pollution, and reduced consumption of diesel fuel for transportation. Electrification of freight rail in Southern California would reduce the public health impacts to local communities affected by diesel-powered freight transportation, and reduce greenhouse gas emissions of freight movement. The main challenge for electric freight rail is the high capital costs of electric rail infrastructure, especially the overhead catenary wire over tracks. A variety of options for public and/or private financing of freight rail electrification need to be explored. Electrification of the proposed short-haul rail service between the ports and the Inland Empire, currently under study, is an opportunity for using electric locomotives though the Alameda -
15 Beispiele Erfolgreicher Bahnen Im Nahverkehr Schleswig-Holstein-Bahn | Seite 58 +86%
15 Beispiele erfolgreicher Bahnen im Nahverkehr Schleswig-Holstein-Bahn | Seite 58 +86% Schleswig-Holstein Usedomer Bäderbahn | Seite 30 +1086% Hamburg Mecklenburg-Vorpommern Bremen Niedersachsen Prignitzer Eisenbahn | Seite 18 +140% NordWestBahn | Seite 34 Prignitz-Express | Seite 22 +560% +183% Berlin Brandenburg Nordrhein-Westfalen Sachsen-Anhalt Regiobahn | Seite 38 Burgenlandbahn | Seite 54 +3790% +69% Sachsen Orlabahn | Seite 62 City-Bahn Chemnitz | Seite 50 Hessen +208% +886% Thüringen Taunusbahn | Seite 26 Rheinland-Pfalz +633% Saarland S-Bahn RheinNeckar | Seite 42 Gräfenbergbahn | Seite 10 Seite 46 | Saarbahn +48% +161% +56% Bayern Gäubahn | Seite 6 +180% Baden-Württemberg Bayerische Oberlandbahn | Seite 14 +233% Inhaltsverzeichnis Zug in den Wald | Baden-Württemberg | Gäubahn Seite 6 Kirschblüten-Express durchs Frankenland | Bayern | Gräfenbergbahn Seite 10 Auf Flügeln ins Bayerische Oberland | Bayern | Bayerische Oberlandbahn Seite 14 Ökobahn mit Pioniergeist | Brandenburg | Prignitzer Eisenbahn Seite 18 Bummelbahn war gestern | Brandenburg | Prignitz-Express Seite 22 Vorfahrt im Schneegestöber | Hessen | Taunusbahn Seite 26 Die Inselbahn | Mecklenburg-Vorpommern | Usedomer Bäderbahn Seite 30 Ein mächtiger Takt | Niedersachsen | NordWestBahn Seite 34 Die Klassenbeste | Nordrhein-Westfalen | Regiobahn Seite 38 Metropolen vernetzen | Rheinland-Pfalz | S-Bahn RheinNeckar Seite 42 Einmal Frankreich und zurück | Saarland | Saarbahn Seite 46 Straßenbahn ins Erzgebirge | Sachsen | City-Bahn Chemnitz Seite 50 Flächenbahn trotzt dem Asphalt | Sachsen-Anhalt | Burgenlandbahn Seite 54 Wunder an der Nordseeküste | Schleswig-Holstein | Schleswig-Holstein-Bahn Seite 58 Romantik ohne Umsteigen | Thüringen | Orlabahn Seite 62 Liebe Leserinnen und Leser, der Nahverkehr erlebt seit Jahren eine echte Renaissance mit stetig wachsender Nachfrage. Die aktualisierte Broschüre „Stadt, Land, Schiene“ zeigt anhand von beeindruckenden Beispielen, dass der umweltfreundliche und sichere Schienenverkehr für eine nachhaltige und bürgerfreundliche Verkehrspolitik unverzichtbar ist.