A look at the future of electric mobility

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    11-Aug-2014
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    Automotive

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The presentation explains the technological innovations that were realized by BASF in the concept car smart forvision: the centre of attention is the multifunctional lightweight construction, the holistic temperature management, as well as the electric energy efficiency.

Transcript of A look at the future of electric mobility

  • smart forvisionA look at the future of electric mobility
  • smart forvisionin cooperation with BASFJointly developed full electric concept vehicle by Daimler and BASFHolistic concept for sustainable urban mobilityWorld premiere at the 2011 international motor show in Frankfurt (IAA), Germany
  • Chemical solutions for increased efficiencyand higher cruising rangeTechnologies above and beyond the drive systemCruising range: + 20% without improved battery or power trainLightweight construction Temperature management Energy efficiency
  • Technologies for E-mobilitywith relevance for conventional carsTechnology pillars 1 Multifunctional lightweight construction o Thermoplastic polymer wheel o Lightweight climate comfort seats o Epoxy resins for fiber reinforced composite parts 2 Holistic temperature management o IR-reflecting films and pigments o High performance foams for insulation 3 Electric energy efficiency o Solar roof with transparent organic solar cells o Transparent organic light emitting diodes (OLED)
  • Technologies for E-mobilitywith relevance for conventional carsTechnology pillars 1 Multifunctional lightweight construction o Thermoplastic polymer wheel 1 o Lightweight climate comfort seats o Epoxy resins for fiber reinforced composite parts 1 2 Holistic temperature management o IR-reflecting films and pigments o High performance foams for insulation 1 3 Electric energy efficiency o Solar roof with transparent organic solar cells o Transparent organic light emitting diodes (OLED)
  • Thermoplastic polymer wheelFirst all-polymer (polyamide) wheel rim suitable for high-volume productionMade of Ultramid Structure via injection moldingSaves 3 kg per wheel compared to aluminium
  • Lightweight climate comfort seatInnovative combination of functional materials Ultramid Structure for one-piece seat shell Elastoflex- lightweight multi-zone comfort foam E-Textile for flexible & thin seat heating Luquafleece Humidity control Steron breathable design surface Saves 3 kg, adds comfort, improves efficiency7
  • Epoxy resinsfor fiber-reinforced composite partsSupporting components like chassis made of fiber-reinforced polymersShort curing times for large-volume productionWeight savings of 50% compared to steel and 30% compared to aluminum
  • Technologies for E-mobilitywith relevance for conventional carsTechnology pillars 1 Multifunctional lightweight construction o Thermoplastic polymer wheel 2 o Lightweight climate comfort seats o Epoxy resins for fiber reinforced composite parts 2 2 2 Holistic temperature management o IR-reflecting films and pigments o High performance foams for insulation 3 Electric energy efficiency o Solar roof with transparent organic solar cells o Transparent organic light emitting diodes (OLED)
  • IR reflecting body coatingReflection of solar IR-radiation by light-colored vehicle coatingIR-refection also possible for dark colors with Cool PigmentsCool pigments can reduce interior temperature by up to 4 CScratch-resistant clear coat iGloss
  • Infra Red (IR) reflecting polymer filmin front and side glazingCool interior by selective reflection of solar heat radiation (near IR)Reduced energy demand for air conditioningIR-reflective polymer film in front and side glazing, integrated in the safety glassOrganic polymer films shows no interference with radio waves (GPS, phone, ...)
  • Performance foams for temperaturemanagementThermal insulation of car body and doorsReduces energy demand for supplementary climatization in summer and winterHigh efficiency even in small widths with new performance foams
  • Technologies for E-mobilitywith relevance for conventional carsTechnology pillars 3 3 1 Multifunctional lightweight construction o Thermoplastic polymer wheel o Lightweight climate comfort seats o Epoxy resins for fiber reinforced composite parts 2 Holistic temperature management o IR-reflecting films and pigments o High performance foams for insulation 3 Electric energy efficiency o Solar roof with transparent organic solar cells o Transparent organic light emitting diodes (OLED)
  • Transparent organic photovoltaics (OPV)Efficient light generation even in poor conditions, e.g. diffuse lightBASF Technology: solid dye sensitized solar cell basedPowering ventilation for pre-climatization and multi-media devices
  • Transparent organic light emitting diods(OLED)Source for diffuse light, semi transparent when switched offBASF develops organic semi-conductive materials for OLED technologyOLEDs will be 50% more efficient than standard energy-saving lamps
  • New technologies from BASFInfrared-reflective Solar roof with transparentpolymer film - organic solar panels and - organic light emitting diods Multifunctional seatHigh performancefoams Fiber reinforced epoxy frame and componentsInfrared-reflectivecoating All-plastic wheel
  • Positive feedback by media and publicWorld premiere in Frankfurt visited by 4000 journalists from 97 countriesMore than 85 million contacts by print media for smart forvision until 11/201199.9 % positive articles in print and online and social media
  • The online experience online: www.smartforvision.basf.com
  • A great team as basis for success
  • smart forvisionA look at the future of electric mobility