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P 01.Qxd 6/30/2005 2:00 PM Page 1
p 01.qxd 6/30/2005 2:00 PM Page 1 June 27, 2005 © 2005 Crain Communications GmbH. All rights reserved. €14.95; or equivalent 20052005 GlobalGlobal MarketMarket DataData BookBook Global Vehicle Production and Sales Regional Vehicle Production and Sales History and Forecast Regional Vehicle Production and Sales by Model Regional Assembly Plant Maps Top 100 Global Suppliers Contents Global vehicle production and sales...............................................4-8 2005 Western Europe production and sales..........................................10-18 North America production and sales..........................................19-29 Global Japan production and sales .............30-37 India production and sales ..............39-40 Korea production and sales .............39-40 China production and sales..............39-40 Market Australia production and sales..........................................39-40 Argentina production and sales.............45 Brazil production and sales ....................45 Data Book Top 100 global suppliers...................46-50 Mary Raetz Anne Wright Curtis Dorota Kowalski, Debi Domby Senior Statistician Global Market Data Book Editor Researchers [email protected] [email protected] [email protected], [email protected] Paul McVeigh, News Editor e-mail: [email protected] Irina Heiligensetzer, Production/Sales Support Tel: (49) 8153 907503 CZECH REPUBLIC: Lyle Frink, Tel: (49) 8153 907521 Fax: (49) 8153 907425 e-mail: [email protected] Tel: (420) 606-486729 e-mail: [email protected] Georgia Bootiman, Production Editor e-mail: [email protected] USA: 1155 Gratiot Avenue, Detroit, MI 48207 Tel: (49) 8153 907511 SPAIN, PORTUGAL: Paulo Soares de Oliveira, Tony Merpi, Group Advertising Director e-mail: [email protected] Tel: (35) 1919-767-459 Larry Schlagheck, US Advertising Director www.automotivenewseurope.com Douglas A. Bolduc, Reporter e-mail: [email protected] Tel: (1) 313 446-6030 Fax: (1) 313 446-8030 Tel: (49) 8153 907504 Keith E. -
2012 MODEL VIN CODES This VIN Chart Is Available Online At
2012 MODEL VIN CODES This VIN chart is available online at www.mitsubishicars.com. Select “Owners”, ⇒ “Support”, ⇒ “VIN Information”, then select the appropriate year. Use this chart to decode Vehicle Identification Numbers for 2012 model year MMNA vehicles. VEHICLE IDENTIFICATION NUMBER 4 A 3 1 K 2 D F * C E 123456 1. Country of Mfg. 12 − 17 Plant Sequence No. 4 = USA (MMNA) J = Japan (MMC) 2. Manufacturer 11. Assembly Plant A = Mitsubishi E = Normal (USA) U = Mizushima 3. Vehicle Type Z = Okazaki 3 = Passenger Car 4 = Multi−Purpose Vehicle 10. Model Year 4. Restraint System C = 2012 All with Front Driver and Passenger Air Bags Passenger Car 1 = 1st Row Curtain + Seat Air Bags 9. Check Digit 2 = 1st & 2nd Row Curtain + Seat Air Bags 7 = Seat Mounted Air Bags MPV up to 5,000 lbs GVWR 8. Engine/Electric Motor A = 1st & 2nd Row Curtain + Seat Air Bags F = 2.4L SOHC MIVEC (4G69) MPV over 5,000 lbs GVWR S = 3.8L SOHC (6G75) J = 1st & 2nd Row Curtain + Seat Air Bags T = 3.8L SOHC MIVEC (6G75) U = 2.0L DOHC MIVEC (4B11) 5 & 6. Make, Car Line & Series V = 2.0L DOHC TC/IC MIVEC (4B11) B2 = Mitsubishi Galant FE (Fleet Package) W = 2.4L DOHC MIVEC (4B12) B3 = Mitsubishi Galant ES/SE X = 3.0L MIVEC (6B31) H3 = Mitsubishi RVR ES/SE (FWD) (Canada only) J3 = Mitsubishi RVR SE (4WD) (Canada only) 1 = 49Kw Electric Motor (Y4F1) J4 = Mitsubishi RVR GT (4WD) (Canada only) K2 = Mitsubishi Eclipse GS (M/T) 7. Type K3 = Mitsubishi Eclipse GT A = 5−door Wagon/SUV (Outlander, Outlander Sport) K5 = Mitsubishi Eclipse GS (A/T) / GS Sport / SE D = 3−door Hatchback -
Schweben Im Luxus
BENTLEY FLYING SPUR Schweben im Luxus Der wuchtig gestylte Bentley Flying Spur ist das neue Topmodell der Briten Motor Navigation und Infotainment Karosserie Standard-Metallwerke (Kühlwasserrohre), Nexans Auto- Nippon Seiki (Head-up-Display), Bosch Salzgitter Automotive Engineering (Querträger Ferse), Freu- electric (Motorleitungssatz), Dana (Nebendichtungen), Car Multimedia (Kombiinstrument), denberg (Stoßdämpferdichtung hinten), Benteler (Crash- Freudenberg (Flachdichtung Kühlungssystem, O-Ring, TE Connectivity Hirschmann Mobility managementsystem, Pressteilpaket), Linde + Wiemann (Quer- Ventilschaftabdichtungen), Rheinmetall Automotive (LTE-Antenne, Sperrkreis, Antennenver- träger Stirnwand), Gestamp (Längsträger, Bodenteil, Quer- (Zylinderkurbelgehäuse, Anlaufscheiben, elektrische stärker für FM/DAB/TV/SHS/AM/JP/Rest träger Sitzmulde, Bodenteil Seite, Querträger Isofix, Adapter Kühlmittelpumpe), Mahle (Luftfilter, Luftführungen, of the World, TV-Tuner MIB2+ EU + CI+) Querträger links, Adapter Reserverad, Verstärkungsplatte) Kühlmodul Motorkühlung), Schaeffler (Pumpenstößel, Schlepphebel), Boge (Motorlager) Innenraum Oshino Lamps (Ambientebeleuchtung), Kayser Automotive Elektrik/Elektronik (Innenraumluftführungen), Lübke & Vogt (Puffer Armlehne, Nexans Autoelectric (Hochvolt-Bordnetz), Puffer Interieur), Grammer (Einzelteile) Gebauer & Griller (Starter, Generatorleitungen), Valeo (Regensensor, Einparkhilfe), Lumberg (Steckverbinder) Kraftstoffanlage Standard-Metallwerke (Kraftstoffleitungen), Veri- Getriebe und Antrieb Filtran (Ölwannenmodul), -
(2016) Driving Electric Vehicles at Highway Speeds: the Effect of Higher Driving Speeds on Energy Consumption and Driving Range for Electric Vehicles in Australia
MURDOCH RESEARCH REPOSITORY This is the author’s final version of the work, as accepted for publication following peer review but without the publisher’s layout or pagination. The definitive version is available at http://researchrepository.murdoch.edu.au/31284/ Wager, G., Whale, J. and Bräunl, T. (2016) Driving electric vehicles at highway speeds: The effect of higher driving speeds on energy consumption and driving range for electric vehicles in Australia. Renewable and Sustainable Energy Reviews, 63. pp. 158-165. http://researchrepository.murdoch.edu.au/31284/ Copyright: © 2016 Elsevier Ltd. Driving Electric Vehicles at Highway Speeds The effect of higher driving speeds on energy consumption and driving range for electric vehicles in Australia Guido Wager a*, Jonathan Whale b, Thomas Braunl a aThe University of Western Australia, School of Electrical Electronic and Computer Engineering Address: School of Electrical, Electronic and Computer Engineering The University of Western Australia (M018) 35 Stirling Highway CRAWLEY Western Australia 6009 Australia Phone: +61 8 6488 1763 [email protected], [email protected] bMurdoch University, School of Engineering and Information Technology, Department of Electrical Engineering, Energy & Physics, Address: School of Engineering and Information Technology Murdoch University 90 South Street MURDOCH, Western Australia 6150 Australia [email protected] *Corresponding Author Wager, Guido E-Mail: [email protected] Keywords: Electric vehicles, Fast-DC charging, battery management system, cell balance, drivable range. 1 Abstract Electric vehicles (EVs) have the potential to operate emission free and thus overcome many environmental and health issues associated with cars run on fossil fuels. Recharging time and driving range are amongst the biggest hurdles for the mainstream acceptance and implementation of EV technology. -
2014 MODEL VIN CODES This VIN Chart Is Available Online At
2014 MODEL VIN CODES This VIN chart is available online at www.mitsubishicars.com. Select “Owners”, ⇒ “Support”, ⇒ “VIN Information”, then select the appropriate year. VEHICLE IDENTIFICATION NUMBER 4 A 4 A P 3 A U * E E 123456 1. Country of Mfg. 12 − 17 Plant Sequence No. 4 = USA (MMNA) J = Japan (MMC) M = Thailand (MMT) 11. Assembly Plant E = Normal (USA) 2. Manufacturer H = Laem Chabang−3 (Thailand) A = Mitsubishi U = Mizushima (Japan) L = Mitsubishi Motors Thailand Z = Okazaki (Japan) 3. Vehicle Type 10. Model Year 3 = Passenger Car E = 2014 4 = Multi−Purpose Vehicle 9. Check Digit 4. Restraint System and Location All with Front Driver and Passenger Air Bags Passenger Car 8. Engine/Electric Motor 2 = 1st & 2nd Row Curtain + Seat Air Bags J = 1.2L DOHC (MIVEC (3A92) MPV up to 5,000 lbs GVWR U = 2.0L DOHC MIVEC (4B11) st A = 1st & 2nd Row Curtain + 1 Row Seat Air Bags V = 2.0L DOHC TC/IC MIVEC (4B11) MPV over 5,000 lbs GVWR W = 2.4L DOHC MIVEC (4B12) st J = 1st & 2nd Row Curtain + 1 Row Seat Air Bags X = 3.0L MIVEC (6B31) 3 = 2.4L MIVEC (4J12) 5 & 6. Make, Car Line & Series 4 = 49Kw Electric Motor (Y51) A3 = Mitsubishi Mirage (DE) (ES in Canada) A4 = Mitsubishi Mirage (ES) (SE in Canada) 7. Type H3 = Mitsubishi RVR ES/SE (FWD) (Canada only) A = 5−door Wagon/SUV (Outlander, Outlander Sport/RVR) J3 = Mitsubishi RVR SE (4WD) (Canada only) F = 4−door Sedan (Lancer, Lancer Evolution) J4 = Mitsubishi RVR GT (4WD) (Canada only) H = 5−door Hatchback (Lancer Sportback, Mirage) “i” MiEV P3 = Mitsubishi Outlander Sport ES (FWD) (ASX ES in Puerto Rico) P4 = Mitsubishi Outlander Sport SE (FWD) (ASX SE in Puerto Rico) R3 = Mitsubishi Outlander Sport ES (AWC) R4 = Mitsubishi Outlander Sport SE (AWC) D2 = Mitsubishi Outlander ES (FWD) D3 = Mitsubishi Outlander SE (FWD) Z2 = Mitsubishi Outlander ES (AWC) (Canada only) Z3 = Mitsubishi Outlander SE (S−AWC) Z4 = Mitsubishi Outlander GT (S−AWC) U1 = Mitsubishi Lancer DE (Puerto Rico, Canada) U2 = Mitsubishi Lancer ES (SE or GT in Canada) U8 = Mitsubishi Lancer GT (U.S. -
The Coming Transformation of the Automotive Industry Marc Winterhoff, Carsten Kahner, Simon Schnurrer and Christopher Ulrich
73 The coming transformation of the automotive industry Marc Winterhoff, Carsten Kahner, Simon Schnurrer and Christopher Ulrich The automotive industry The automotive industry is caught in the middle of a crisis is going through a crisis of unprecedented magnitude. The entire industry is para- unprecedented in its cen- lyzed as various players disagree about whether the crisis tury-long history. Optimis- has bottomed out already. While enormous government tic commentators predict subsidies have fueled recent recoveries in the US, Europe that strong demand from and China, the outlook for automotive markets around the the BRIC countries and world is still unclear. growing market penetra- tion of hybrid or electrical Until recently, the automotive industry was predicting a vehicles will propel the in- complete market recovery and a return to former growth dustry back to growth in rates after riding out the current crisis (see Table 1). Two the wake of the financial drivers were cited for this hoped-for recovery: strong de- crisis. A more comprehen- mand in the BRIC countries and increasing market penetra- sive analysis on key driv- tion of hybrid or electrical vehicles. ers indicates that we are instead nearing the end This hopeful prediction overlooks the fact that the financial of the global automotive crisis was certainly not the sole cause of the massive col- industry as we know it. lapse in car sales. Customer demand was already changing fundamentally, rooted in growing concerns about climate change and the skyrocketing oil price, before the crisis broke. While these two well-known long-term trends with global impact had not attracted much attention from the automotive industry until then, they led to a noticeable weakening of the market and considerable segment shifts from big, luxurious to smaller, fuel-efficient vehicles. -
IPT International Petroleum Trading LTD Robert-Bosch-Strasse 12 25335 Elmshorn Company
German permanent establishment Elmshorn: IPT International Petroleum Trading LTD Robert-Bosch-Strasse 12 25335 Elmshorn Company registration number: HRB 13315 PI Sales tax identification number: DE313987910 E-mailadress: [email protected] Website: www.tippoil.com Tel: +4923036728527 product certificate TIPP-OIL CVTF NS2/J1 Green ATF CVTF NS2/J1 is an automatic transmission lubricant for CVT automatic transmissions. CVTF NS2/J1 guarantees optimum power transmission. CVTF NS2/J1 is designed on the basis of high-quality base oils with a special additive and inhibition, which guarantee a perfect function of the transmission. Application note: CVTF NS2/J1 Fluid is suitable for use in the CVT transmissions of the following vehicles: Peugeot 4007, Citroen C-Crosser, Mitsubishi Outlander, Mitsubishi Delica D5, Mitsubishi Galant Fortis, Mitsubishi RVR, Mitsubishi Lancer 1. 8 CY0 2007, Nissan Murano, Nissan Teana, Nissan Maxima, Nissan Presage, Nissan X-Trail, Nissan Lafesta, Nissan Serena, Nissan Bluebird Sylphy, Nissan Dualis, Suzuki Kizachi, Suzuki SX4, Dodge Caliber, Jeep Compass, Jeep Patriot and other models in which the CVT transmission JATCO JF011E(RE0F10A; F1CJA) or JF010E(RE0F09A) are built in. Specifications: Other Specifications Tried and tested in practice in units with filling regulations: KLE52-0004, Mitsubishi S0001401, Nissan CVT NS-2 KLE52-0002, PSA STANDARD 9735EF, Suzuki CVT Fluid Green-1 99000-22B15-046 Very good lubricating properties: Very good lubricating properties even at low temperatures in winter Very high, stable -
Technical Report on EV Laboratory Tests Ghent
Technical Report on EV Laboratory Tests deliverable 5.1 Ghent University | July 2014 | Ghent 2 Executive summary 5 Glossary 6 1 Introduction 7 2 Manufacturers’ type-approval values 8 2.1 Think!City 9 2.2 Mitsubishi i-Miev 10 2.3 Renault Kangoo ZE 11 2.4 Nissan Leaf 12 3 Consumption tests (NEDC cycle) 13 3.1 Freewheel test and deduction of vehicle parameters 13 3.1.1 The ABS sensor 13 3.1.2 The deceleration meter 15 3.1.3 Freewheel tests 16 3.1.4 Results of vehicle parameters 17 3.2 Test parameters on the roller bench MaHa 3000 18 3.3 Consumption according to NEDC cycle 19 4 Total yield transmission 21 5 Charging and batteries 24 5.1 The vehicles’ charging yield 24 5.2 Usable vs specified battery capacity 19 6 Collecting readable parameters in table format 25 7 Conclusions 26 3 Grant Agreement N°: 35-2-6-11 Project acronym: E-mobility NSR Project title: Electro mobility North Sea Region Funding scheme: Collaborative Project Project start: 01 October 2011 Project duration: 36 Months Work package no.: WP 5.2: Demonstration and field tests Deliverable no/name.: 5.1. Technical Report on EV Laboratory Tests Status/date of document: Final, 10 July 2014 Lead contractor for this document: UGENT (Ghent University), Ghent, Belgium Project website: http://e-mobility-nsr.eu/home/ The following project partners have been involved in the elaboration of this document: Partner No. Company short name 11 TEF +UGENT Koenraad Grillaert, Giuseppe Pace, Luc Claessens (Thomas More) 4 Executive summary This report refers to the laboratory tests conducted Results show that, in terms of energy consumption, in the work-package “Smart Grid Solution”, with the Think!City scores very close (211 Wh/km) to the scope of measuring EVs storage capacities, as well manufacturer specified value (190 Wh/km). -
RAVENOL CVTF NS2/J1 Fluid
- Certificate / Product Information - 2 RAVENOL CVTF NS2/J1 Fluid FABRICATION SYNTHETIC RECOMMENDATIONS NISSAN KLE52-0002 | NISSAN CVT NS-2 | NISSAN KLE52-0004 | MITSUBISHI S0001401 | PSA STANDARD 9735EF | SUZUKI CVT FLUID GREEN-1 99000-22B15-046 RAVENOL CVTF NS2/J1 Fluid is a synthetic CVTF (Continuously Variable Transmission Fluid) produced on the basis of high-quality hydrocrack oils with special additives and inhibition which guarantees a perfect function of the CVT ART.-NR. 1211114 transmission. 1 L | 1211114-001 RAVENOL CVTF NS2/J1 Fluid is a CVTF of the latest generation. It is 4 L | 1211114-004 especially developed for the CVT transmission of JATCO. It guarantees in any 10 L | 1211114-010 mode for maximum wear protection. 20 L | 1211114-020 20 L | 1211114-B20 RAVENOL CVTF NS2/J1 Fluid is green coloured. 60 L | 1211114-060 60 L | 1211114-D60 208 L | 1211114-208 208 L | 1211114-D28 1000 L | 1211114-700 Application Notes RAVENOL CVTF NS2/J1 Fluid is suitable for use in CVT transmission of following vehicles with CVT- Transmission: Peugeot 4007, Citroen C-Crosser, Mitsubishi Outlander, Mitsubishi Delica D5, Mitsubishi Galant Fortis, Mitsubishi RVR, Mitsubishi Lancer 1.8 CY0 2007, Nissan Murano, Nissan Teana, Nissan Maxima, Nissan Presage, Nissan X- Trail, Nissan Lafesta, Nissan Serena, Nissan Bluebird Sylphy, Nissan Dualis, Suzuki Kizachi, Suzuki SX4, Dodge Caliber, Jeep Compass, Jeep Patriot and other models with CVT-transmission JATCO JF011E (RE0F10A; F1CJA) or JF010E (RE0F09A). Maintenance-filling under normal operating conditions. Characteristics RAVENOL CVTF NS2/J1 Fluid offers: Very good lubricating ability even at low temperatures in winter A high, stable viscosity index Very good oxidation stability Protection against corrosion and foam formation Ravensberger Schmierstoffvertrieb GmbH | Jöllenbecker Str. -
I-Miev FAQ (Frequently Asked Questions)
i-MiEV FAQ (Frequently Asked Questions) TABLE OF CONTENTS General 1 Battery & Charging 3 Performance 8 Maintenance 9 Price, Availability & Purchasing 9 Notes 10 General HOW FAR CAN THE MITSUBISHI I GO ON A SINGLE CHARGE? Based on independent EPA testing, the Mitsubishi i can travel 62 miles1 on a full charge, in typical driving conditions. Incidentally, the EPA’s MPGe ratings came in at 126 City and 99 Highway for a combined 112 MPGe—making the Mitsubishi i one of the most efficient electric vehicle in its class.2 HOW DO I KNOW IF THIS CAR IS RIGHT FOR ME? When considering whether or not the all-electric Mitsubishi is right for you, it’s important to remember that it’s designed for shorter city commutes. You should also keep in mind that the i-MiEV requires a parking area with access to a dedicated 120V / 15A power outlet for charging that’s been inspected by a certified electrician. If you have those two things covered, the Mitsubishi i could be your ideal commuter car. CAN I TAKE THE MITSUBISHI I ON LONGER TRIPS? The public charging infrastructure is developing to the point where we foresee that possibility. In fact, thousands of public quick-chargers are currently under development across the nation. So in the near future, you may be able to take your Mitsubishi i on longer journeys. CAN I USE IT AS MY PRIMARY VEHICLE? The Mitsubishi i could be used as a primary vehicle if all of your round trips are within the 62-mile range3 of the car. -
Knowing Where It's Going Before It Gets There
Knowing where it’s going before it gets there. Innovation. It starts with a strategy. From customer-led innovation to creating a corporate culture of innovation, the key to success begins with a well-defined innovation strategy. It can mean the difference between being a leader or falling behind. Today’s fast-paced technological advancements and business model innovations are changing the way companies bring value to their customers. Automotive companies that learn to industrialize innovation to create repeated, scalable breakthroughs will be the front runners in the global marketplace—from talent acquisition to commercialization. To gain additional insight on innovation strategies for your organization and other issues important to your company or see the latest automotive innovation study The highway to growth: Strategies for automotive innovation, visit www.pwc.com/auto. © 2013 PwC. All rights reserved. PwC refers to the PwC network and/or one or more of its member firms, each of which is a separate legal entity. Please see www.pwc.com/ structure for further details. This content is for general information purposes only, and should not be used as a substitute for consultation with professional advisors. Knowing where it’s going before it gets there. Innovation. It starts with a strategy. From customer-led innovation to creating a corporate culture of innovation, the key to success begins with a well-defined innovation strategy. It can mean the difference between being a leader or falling behind. Today’s fast-paced technological advancements and business model innovations are changing the way companies bring value to their customers. Automotive companies that learn to industrialize innovation to create repeated, scalable breakthroughs will be the front runners in the global marketplace—from talent acquisition to commercialization. -
Aftermarket Sunroofs
Aftermarket sunroofs. All technical data at a glance. Operating elements and accessories Size of Visible glass Tilt height / glass element1) element1) slide opening1) Manual Electric Soft Rain Rollo Sunblind touch sensor Hollandia 100 DeLuxe 748 x 378 702 x 335 85 Hollandia 300 Exclusive Large 820 x 453 680 x 290 47 / 270 2 3 DeLuxe Large 820 x 453 662 x 332 47 / 270 2 3 DeLuxe Medium 768 x 335 625 x 261 52 / 250 3 Aftermarket Sunroofs. Classic Large 803 x 462 666 x 300 48 / 290 2 Get that open-air feeling. Classic Medium 748 x 378 612 x 339 43 / 195 2 Hollandia 400 DeLuxe Roof dimensions 832 x 1,130 – 640 x 620 Classic Roof dimensions 832 x 1,130 – 640 x 620 Hollandia 500 12 • Errors and omissions excepted • Printed in Germany • © Webasto AG, GCS 2012 and omissions excepted • Printed in Germany © Webasto 12 • Errors / Double Slide Medium4) 768 x 845 2 x 625 x 250 2 x 52 / 250 2 Double Slide Medium5) 2 x 768 x 335 2 x 625 x 250 2 x 52 / 250 2 Single Slide Medium4) 768 x 845 2 x 625 x 250 52 / 250 2 Single Slide Medium5) 2 x 768 x 335 2 x 625 x 250 52 / 250 2 Hollandia 700 Hollandia 710 851 x 477 680 x 280 50 / 302 Ident.-Nr. MK601080 • 02 Ident.-Nr. Hollandia 730 801 x 475 630 x 340 50 / 402 2 Hollandia 735 851 x 477 680 x 340 50 / 402 2 Hollandia 740 901 x 480 730 x 340 50 / 402 2 Hollandia 790 1,001 x 485 830 x 340 50 / 402 Hollandia 900 Hollandia 930 780 x 180 | 780 x 345 640 x 405 38 (front), 33 (rear) / 235 2 Hollandia 935 830 x 180 | 830 x 345 690 x 405 38 (front), 33 (rear) / 335 2 Hollandia 940 830 x 180 | 880 x 345 740 x 405 38 (front), 33 (rear) / 235 2 1) Figures in mm, width x length 2) Optional, not included in the price 3) Optional, not included in the price, only in combination with Soft touch 4) With central panel 5) Without central panel For over a century, Webasto has continued to set new technological standards – in both the original equipment sector and the aftermarket.