The Bombardier Transportation Division Locomotives (LOC)
Transcription
The Bombardier Transportation Division Locomotives (LOC)
The Bombardier Transportation Division Locomotives (LOC) Last modified: February 2008 Welcome to our Locomotives Division Our Philosophy Bombardier develops, manufactures and markets locomotives and power cars which offer the clients worldwide added value Bombardier concentrates project management, technical competence and system integration capabilities for locomotive platforms Bombardier focuses on the core market of western Europe and positions itself as a strong competitor in its global target markets Page 2 Division Locomotives Locations 1700 employees at 5 European sites Wroclaw Kassel (Poland) (Germany) Lead factory for locomotive production: Final assembly/pre-assembly Final assembly Bodyshell production Test and commissioning Test and commissioning Warranty/ service station Supply Management Sales PM* Pool TRAXX* Mannheim Engineering (Germany) Supply Management Sales PM* Pool TRAXX Engineering Supply Management Zürich Test and commissioning (Headquarter) Warranty service station (Switzerland) Sales Vado Ligure PM Pool “Application„ (Italy) Engineering Final Assembly/pre-assembly Supply Management Test and commissioning Test and commissioning Sales Warranty service station PM* Pool 464 Engineering Supply Management * as of June 07 Page 3 *PM = Project Management The LOC - Management Team Locomotives LOC Edmund Schlummer President Kassel, DE Contracts LOC/L Roman Kessler Vice President Zuerich, CH Page 4 Sales LOC/A Peter Ammann Vice President Zuerich, CH Quality & Six Sigma HSE LOC/Q Niklaus Eberle Director Zurich, DE Fiancial Locomotives LOC/C Alessandro Zoratti Director Zuerich, CH Operation LOC/O Tbd Vice President Kassel, DE Project Management LOC/P Karl Martin Runge Vice President Kassel, DE HR Locomotives LOC/H Susanne Kortendick Director Kassel, DE Locomotives Engineering LOC/E Urs Bikle Senior Director Zuerich, CH Procurement LOC/S Chris Frey Senior Director Zuerich, CH Product - Portfolio I Locomotives for Passenger Trains Locomotives for Freight Trains TRAXX P160 AC E464 TRAXX F140 AC TRAXX F140 MS DB, Germany Trenitalia, Italy DB, Germany SBB, Switzerland TRAXX P160 AC High-speed Powerhead AVE S-102 Renfe, Spain TRAXX F140 DC TRAXX F140 DC LNVG, Germany Angel Trains, Italy Renfe Mercancias, Spain Class ALP 46 NJT, USA TRAXX P160 DE TRAXX F140 AC Heavy Haul AC LNVG, Germany BLS, Switzerland MTAB, Sweden Page 5 Product - Portfolio II Page 6 Product - Portfolio III TRAXX locomotives for the different catenary voltages Page 7 Electric Locomotives Over 100 years of experience – World leader in the design and construction of high-performance electric locomotives Maximum economy and reliability, flexible deployment Modular design techniques based on international engineering standards Modular locomotives to operator’s specifications based on clear product strategy and component lines (commonality factor 70 to 100%) Tried and tested high-tech solutions for propulsion systems, brakes, running gear, diagnostic and control systems Page 8 Diesel Locomotives Over 50 years experience and expertise – powerful diesel and diesel electric locomotives operate locally throughout the world Economic, reliable, tested, meet the customer’s needs Modular, lightweight construction Three-phase propulsion and auxiliaries technology Flexifloat bogie Onboard computer,computer-controlled diagnostics and braking system DE 2000 (Greece) Page 9 Locomotives for Private Operating Companies Page 10 All - Round Locomotives Support Product Introduction - Major Tasks Commissioning of pre-series vehicles Commissioning of vehicles at customer site Serial Testing (if not Kassel or Vado Ligure) Warranty obligations Introduce products and achieve RAMS values Manage initial and warranty spares, including logistics KASSEL Site Product Introduction BT site VADO LIGURE Site Kassel Page 11 Mannheim Vado Ligure Zürich Wroclaw All - Round Locomotives Support Product Introduction - Warranty Network - Tasks Build European network across platform sites New challenges due to multi-system contracts (alternating operators/ corridors) Set up a Product I-network based on the existing TRAXX service sites and based on the existing technology Page 12 All - Round Locomotives Support Homologation and Certification - EU Standardization Urgent need for European standardization and harmonization of Conventional Rail The different national requirements generate high costs due to expensive and complex licensing and homologation processes, which are in most cases not harmonized between the countries Bombardier Transportation’s strategy until EU-wide standardization of homologation and certification: “Cross Acceptance” Page 13 All - Round Locomotives Support Homologation and Certification - Cross Acceptance concept What is cross acceptance? The safety level for railways in the countries of middle Europe is generally on the same level. Authorisation given by one country can be accepted by the other country, except for the infrastructure specific requirements. An agreement was signed between France and Germany in March 2006. For TRAXX locomotives Bombardier is using the cross acceptance approach with lead of German EBA with the other Authorities. Next step is in the Nordic corridor: countries. Cross acceptance of homologation is needed between the EU Member States while waiting for European harmonization ! Page 14 The Bombardier* TRAXX* Family Product Strategy With the TRAXX locomotive family, Bombardier continues the platform concept of its product portfolio. Bombardier TRAXX locomotives are based on a maximum of tested common modules, components and sub-systems. Bombardier TRAXX electric and diesel locomotives are extremely reliable, offer high availability and economy Bombardier TRAXX locomotives. Tried and tested, innovative and ideal for all applications Page 15 * Trademark of Bombardier Inc or its subsidiaries The Bombardier TRAXX Family Freight 140 km/h Passenger 160 km/h TRAXX F140 AC BR 185 TRAXX P160 AC BR 146 TRAXX F140 MS Re484 TRAXX P160 MS TRAXX F140 DC TRAXX F140 DE CBRail TRAXX P160 DC TRAXX P160 DE LNVG = Existing product IC pass. 200 km/h TRAXX P200 AC = Derivative in development TRAXX P200 MS-PH = Planned derivative = Possible 1st level derivative Page 16 The Bombardier TRAXX Family Modules I All Bombardier TRAXX locomotives - AC, MS, DC & DE - have the same outer dimensions. Carbody: Dimensions: Length: 18.9m Steel welded structure Width: 2.98m Four doors, into driver’s cabs Overhang: 4.25m Large driver’s cab, pressure tight Wheel base: 2.6m Wheels: 1,250/1,170mm and air-conditioned Front with energy absorption for driver protection Page 17 The Bombardier TRAXX Family Modules II DE-locomotives AC-, DC-, MS- locomotives All TRAXX locomotives share the same carbody with an Electric or Diesel “Power pack” having the same dimensions and interface to the machine room Page 18 The Bombardier TRAXX Family Modules III The TRAXX DE is a migration of the TRAXX MS. They share a high degree of commonality: bogies, motors, controls & communication and so forth DE loco E loco Page 19 The Bombardier TRAXX Family Modular Concept Customer needs Country modules UK (homologation, signalling) D FR 140-160 km/h CH I 160-200 km/h Bogie modules ~ ~ Drive modules Basic Platform On the basis of a common platform, TRAXX locomotives can be customized to all railway infrastructures according to customers’ needs Page 20 The Bombardier TRAXX Family Commonality Factor TRAXX AC 100% TRAXX MS 90% TRAXX DC 85% TRAXX DE Page 21 75% Customer Benefit through Fleet Commonality I Examples: TRAXX DE in Railion fleet of TRAXX AC: 202 units Commonality savings of total 32.7 MEuro over a period of 20 years TRAXX AC and MS locomotives in the SBB Cargo fleet: 68 units Commonality savings of total 7.8 MEuro over a period of 20 years Page 22 Customer Benefit through Fleet Commonality II Commonality savings contribute significantly to cost reductions and improved competitiveness of the railways in various areas: Training Reliability & availability for loco drivers, depot and workshop personnel Spare parts & procurement logistics SAVINGS Engineering Investments in depots & workshops Documentation Page 23 Locomotives Manufacturing: Historic Milestones I 1848 1882 1898 1903 1907 1915 1917 1926 1926 1927 1928 1928 Page 24 Henschel‘s first Locomotive „Drache“ (dragon) Germany’s first compound freight locomotive (Henschel) World’s first superheater passenger train locomotive (Henschel) World speed record of 210 km/h set up by three-phase railcar (AEG) First single-phase AC locomotive (AEG) First electric double-section locomotive Oa/Ob with lateral inclination bars in crankshaft operation for the arctic Swedish-Norwegian ore locomotive (ASEA/AEG) Germany’s first standardized steam locomotive (Henschel) Electric bogie locomotive with independently driven axles (AEG) First steam locomotive with condensing tender (Henschel) First steam locomotive fired with pulverized coal (Henschel) World's first high-pressure steam locomotive (Henschel) E 625 first E-loco for DC 3kV with high turning DC-motors and gear transmission (TIBB) Locomotives Manufacturing: Historic Milestones II 1933 E 44 first german uniform electric locomotive without carrying axles (Henschel) 1933/35 Grid control for variable traction motor voltage control (AEG) 1935 Henschel-Wegmann Express steam streamliner (Henschel) 1935 E 18 – Germany's first electric loco of welded, lightweight construction (AEG) 1936 AC 50 Hz first german electric locomotives with mercury vapor power converter (AEG, BBC) 1938 E 19 high-speed electric locomotive (225 km/h) (AEG) 1939 First swedish electric locomotive bogie with independant axle drive and electrical anti-slipping, anti-stick-slip device (ASEA) 1944 First electric locomotive bogie in lightweight construction with sheave cardan-drive and rotor sleeve shaft (BBC, SLM) 1965 E 03 high-speed electric loco for intercity services at 200 km/h (Henschel) 1966 Worldwide first E-loco with contactless power converter-power electronics (AEG) Page 25 Locomotives Manufacturing: Historic Milestones III 1967 1967 1971 1975 1979 1985 1985 1987 1990 Page 26 EL 10, EL 20 heavy open pit mining electric locomotives plough (LEW) First thyristor-controlled electric locomotive (ASEA) Introduction of 3-phase power transmission (Henschel, BBC) first electric locomotive with contactless electronic chopper control for 3 kV DC (TIBB) BR 120 first four-axle electric locomotive in rotary current motive power engineering and with 5,6 MW (BBC) Flexifloat high-speed bogie for speeds of up to 280 km/h (Henschel) ICE-V test platform (AEG, BBC, Henschel) First Re 456 GTO electric locomotive (BBC) lightweight electric locomotive in rotary current motive power engineering with GTO-power converter and bogies with “soft” wheelset control for HGV-tilting train X2 (ASEA) Locomotives Manufacturing: Historic Milestones IV 1990 1992 1994 1996 1996 1997 1998 1998 Page 27 “LOC 2000” lightweight construction locomotive family in rotary current asynchronous power engineering technique with MicasSdatabus (BBC, SLM) First GTO high-performance electric locomotive with 7 MW output 12X first high-performance electric locomotive in rotary current asynchronous power engineering technique with water-cooled GTO traction converter and GEALAIF-axle drive Blue Tiger diesel-electric locomotive BR 101 high-performance electric locomotive with integrated entire drive (IGA), Flexifloat-bogies and individual independent ester-cooled power converter per traction motor Class 145, 146 and 185 high-performance electric locomotives First 12X IGBT electric locomotive with 6 MW output Driving trailer for ICE 3 high speed trainset Locomotives Manufacturing: Historic Milestones V 2000 2002 2003 2004 2006 Page 28 IORE double-section heavy-duty electric locomotive with 10.8 MW. Delivery of first TRAXX cross-border locomotives Re 482 Switzerland-Germany to SBB Cargo Branding Bombardier TRAXX Introduction of TRAXX MS Delivery of 34’000th locomotive from Kassel Introduction of TRAXX DE and TRAXX DC Customer Benefit Bombardier Transportation with its locomotives and its know-how contributes to reducing operating costs and to increasing competitiveness ! Page 29 www.bombardier.com Page 30