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Creating sustainable mobility

Creating sustainable mobility. Piet Steel Toyota Motor Europe. www.brdo-co2nference.net. Creating Sustainable Mobility. Piet Steel Climate Change: An Opportunity for Growth Vice-President Brdo European Affairs 16 November 2007 Toyota Motor Europe. Agenda.

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Creating sustainable mobility

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  1. Creating sustainable mobility Piet Steel Toyota Motor Europe www.brdo-co2nference.net

  2. Creating Sustainable Mobility Piet Steel Climate Change: An Opportunity for Growth Vice-President Brdo European Affairs 16 November 2007 Toyota Motor Europe

  3. Agenda • Sustainability challenges & Toyota’s response • Innovation for the environment

  4. Toyota - In Europe • Began selling cars in 1963 • Over €6 billion invested since 1990 in manufacturing, sales, parts and logistics networks as well as R&D, Design and Formula One. • Over €5 billion/year spent with European suppliers each year • 1,124,000 vehicles sold in 2006 • 2007 expected to be 11th consecutive year of sales growth

  5. European Production: “Operating at full capacity” “Around 70% of Toyotas sold in Europe are made in Europe by Europeans”

  6. Environment Emissions, waste, biodiversity Energy Consumption Safety Accidents, injuries Mobility Congestion, equal access Quality of life Employees, customers and communities Sustainability challenges

  7. Environment Emissions, waste, biodiversity Energy Consumption Safety Accidents, injuries Mobility Congestion, Equal Access Quality of life Employees, customers and communities Sustainability challenges

  8. Global Increase in Vehicles

  9. CO2 Emissions Increase

  10. Oil Natural gas Coal Biomass Solar, wind, hydro, nuclear Future automotive fuels Primary energy Automotive fuels CurrentMainstream Gasoline, diesel Synthetic fuels(FT synthetic diesel, etc.) Fossil Fuel Mobile use Biofuels Gaseous fuels(CNG, LPG) Other Sources Hydrogen Manufacturing Residential Electricity Stationary use Automotive energy sources will diversify into liquid, gas and electricity

  11. Agenda • Sustainability challenges & Toyota’s response • Innovation for the environment

  12. Petrol engine Diesel engine Piezo injector Common rail (180MPa) Low friction Common rail (135MPa) DPNR Engine technology evolution Driving performance (dynamics) Driving performance (dynamics) Valvematic D-4S VVT-i 3-way catalyst Lean burn Environmental performance (fuel economy, emissions) Environmental performance (fuel economy, emissions) Petrol & diesel engine performance is being improved with new technologies …

  13. Vehicle Dynamics Integrated Management 8AT CVT 6AT Stop/start ECT-i Flex lockup Transmission technology evolution Transmission Driving performance (dynamics) Environmental performance (fuel economy, emissions) … and so is transmission performance …

  14. Body technology evolution High tension steel Body weight Aluminum(Hood) Tailored blanks Ultra light New concept Alternative material structure Carbon fibre technology Environmental performance (fuel economy, emissions) … whilst body weight can also be reduced in the same way

  15. ① ② Support for eco-driving Eco Drive Indicator (Automatic transmission, CVT) Gear Shift Indicator (manual transmission) Momentary FE 11.4km/L Indicates gear shift point for good fuel economy drive ＥＣＯ Indicates good fuel economy condition Indicates momentary fuel economy value Driver education program

  16. Biofuels – Toyota’s stance • Allow for 10% ethanol and 5% bio-diesel blending • Need for clear consumer information and awareness to avoid confusion at the pump & possible problems • Need for fuel quality standards on alternative fuels • Flex Fuel Vehicles in certain markets (Brasil, USA) • Preference is 2nd Generation: better overall CO2 reduction

  17. Usable for all types of powertrain Contributes to high fuel efficiency Hybrid technology

  18. Internal combustion engine Battery Fuel efficiency Low emissions Drivingperformance Quietness Electric motor Hybrid technology

  19. Ten years of hybrid sales 1m sold May 2007 ★ 1000 900 800 (1,000 units) 700 Year 2006 600 500 400 300 200 100 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 (year) Aiming to reach one million per year early in the 2010s decade

  20. Hybrid technology evolution Toyota HybridSystem (THS) THS II THS III ? 20XX 1997 2003 The first mass production hybrid Result: Cost: -70% Target: Cost: -50% Size: -50% Weight: -50%

  21. Plug-in hybrid vehicle A petrol or diesel hybrid vehicle with an external recharger

  22. Startability test Challenges for fuel cell vehicles Performance in very cold conditions ・Achieve starting & driving under –30℃ ・Range now proven at 560km on one tank

  23. Toyota’s point of view: • As a responsible company we have the culture & technology to similtaneously increase sustainable mobility and reduce the environmental impact of our activities • As a company with long-term prospectives we invest in R&D and work simultaneously on many technology options • By strengthening co-operation amongst stakeholders and the right mind-set can we overcome the challenges of climate change

  24. Ultimate Eco-Car Energy diversity CO2 reduction Air quality Gasoline, Diesel Gaseous Fuels Synthetic Fuels Biofuels Hydrogen Electricity Hybrid Technology the Right Car the Right Place the Right Time

  25. Thank you

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