Innovation powered by chemistry –Solutions for a sustainable andenergy-efficient mobilityDr. Andreas KreimeyerMember of th...
Megatrends trigger sustainable concepts formobility – electromobility is one answer.Electromobility requires a holistic ap...
Global megatrends…require new concepts and technologies     Growing            Urbanization   Energy demand &        Mobil...
Evolution of propulsion concepts... From internal combustion engines to electric vehicles         ICE power-train         ...
Megatrends trigger sustainable concepts formobility – electromobility is one answer.Electromobility requires a holistic ap...
Is electromobility sustainable?           CO2 emission by propulsion concept                                              ...
Vision electromobilityHow the world of tomorrow could be … Power production                 Power storage  CO2 neutral   ...
Megatrends trigger sustainable concepts formobility – electromobility is one answer.Electromobility requires a holistic ap...
Role of chemistry in electromobilityChemistry as key pillar1 Battery materials2 Lightweight construction3 Heat management4...
Innovative battery materialsGoals:higher range, improved safety and lower costs   Improved materials for components and ce...
Innovative battery materialsDriving range(in km)                                        Gen2:                     Gen 3:  ...
Lightweight ConstructionGoals:higher range, less energy consumption   Use of polymer-based lightweight components   – Weig...
Lightweight ConstructionFirst all-plastic wheel rim: made from Ultramid®   First lightweight seat: made from continuousStr...
Heat managementGoals:increased comfort, less energy consumption                                                         El...
Organic Photovoltaics andOrganic Light-Emitting Diodes (OLEDs)Goals:increased comfort, less energy consumption    Solar ro...
Combined competencies:smart forvisionSmart forvision – concept car developed by Daimler and BASF                          ...
From vision to reality…     Innovative technology created by chemistry     will bring electromobility onto the fast lane  ...
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Innovation powered by chemistry – Solutions for a sustainable and energy-efficient mobility

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Dr. Andreas Kreimeyer, BASF’s Research Executive Director, illustrates the role of chemistry in electromobility during the Electric Mobility Congress at the International Motor Show (IAA) in Hannover

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Innovation powered by chemistry – Solutions for a sustainable and energy-efficient mobility

  1. 1. Innovation powered by chemistry –Solutions for a sustainable andenergy-efficient mobilityDr. Andreas KreimeyerMember of the Board and Research Executive DirectorBASF SE, Ludwigshafen
  2. 2. Megatrends trigger sustainable concepts formobility – electromobility is one answer.Electromobility requires a holistic approachto be sustainable and energy-efficient.Innovation powered by intelligent chemistry is akey enabler for electromobility. 2
  3. 3. Global megatrends…require new concepts and technologies Growing Urbanization Energy demand & Mobility & population climate protection communication MEGATRENDS New concepts for sustainable mobility Energy efficient Low emission Affordable Comfortable 3
  4. 4. Evolution of propulsion concepts... From internal combustion engines to electric vehicles ICE power-train Transmission Electric power-train Battery FC power-train Internal combustion engine (ICE) vehicle Plug-in hybrid electric Battery electric vehicle Fuel cell electric vehicle Current technology (2012) LPG / CNG technology Vehicle (PHEV) (BEV) (FCEV) Trans- Trans- Trans- Trans- Trans- mission mission Tank mission mission mission E-motor E-motor ICE ICE ICE E-motor Power Power Power electronics electronics Tank Tank Gene- rator elec- Power tronics battery Energy battery FC stack Energy BOP battery Plug-in Plug-in charger charger Tank Numbers of vehicles in Germany [%]2012* 98.6 ~ 1.2 ~ 0.1 < 0.01 -2030** 57-91 2-14 4-19 2-10 0.1-1* Kraftfahrzeugbundesamt (KBA)** Various market studies: Roland Berger, McKinsey, AT Kearney, Exxon Mobil-Energieprognose 2011-2030 Deutschland 4
  5. 5. Megatrends trigger sustainable concepts formobility – electromobility is one answer.Electromobility requires a holistic approachto be sustainable and energy-efficient.Innovation powered by intelligent chemistry is akey enabler for electromobility. 5
  6. 6. Is electromobility sustainable? CO2 emission by propulsion concept BASF Eco-Effciency Analysis 0,6 Gram CO2 per Kilometer 2011 environmental burden (norm.)300250 Electromobility200 1,0 GASOLINE 162150 133 DIESEL 110 107100 CNG 1,4 LPG50 1,4 1,0 0,6 5 costs (norm.) GASOLINE 0 HYBRID ICE ICE EV EV EV 0,6 CNG environmental burden (norm.) today optimized Electricity Electricity Electricity from German from HYBRID* hard coal energy mix renewables GASOLINE PHEV 1,0 ELECTRIC Operation: Production:  Direct emission  Emission caused by production Scenario of the car and transport 2030 1,4 1,4 1,0 0,6 costs (norm.) 5
  7. 7. Vision electromobilityHow the world of tomorrow could be … Power production Power storage  CO2 neutral  High flexibility / availability  Competitive prices  Low energy losses  100 % renewable  Cost efficient Power utilization Power transmission  Emission free  Stable supply driving  “Smart grids”  Competitive  Low transmission electric cars losses  No trade-offs in comfort 7
  8. 8. Megatrends trigger sustainable concepts formobility – electromobility is one answer.Electromobility requires a holistic approachto be sustainable and energy-efficient.Innovation powered by intelligent chemistry is akey enabler for electromobility. 8
  9. 9. Role of chemistry in electromobilityChemistry as key pillar1 Battery materials2 Lightweight construction3 Heat management4 Organic photovoltaics5 Organic light-emitting diodes (OLED)6 Offgas treatment for hybrid e-carsA wide range of chemical products andsolutions enables energy efficient driving 9
  10. 10. Innovative battery materialsGoals:higher range, improved safety and lower costs Improved materials for components and cells ― Cathodes, Electrolytes ― Anodes, Separators New battery concepts (Li-S, Li-Air)BASF ACTIVITIES International Research Network with scientists and industry Joint R&D with international competence centers Building a production plant for cathode materials Acquisition of know-how and business activities 10
  11. 11. Innovative battery materialsDriving range(in km) Gen2: Gen 3: Gen 4: Gen1: Current 2017 2022+Li-S*Li-ion HV**Li-ion** From Ni-MH to Lithium-SulfurNi-MH**** Li-S: Lithium-Sulfur, *** Ni-MH: Nickel-metal hydride** Li-ion: Lithium ion, Li-ion HV: Lithium high voltage Current activities focused on technology licensing 11
  12. 12. Lightweight ConstructionGoals:higher range, less energy consumption Use of polymer-based lightweight components – Weight reduction potential up to 150 kg (~10-15 g CO2/km) Use in several parts and components – Pronounced effect in structural parts and bodyBASF ACTIVITIES Testing of novel material concepts and technologies (sandwich structures, continuous fiber-reinforced composites, RTM-processes) High-performance polymers in portfolio (polyamides, polyurethanes) 12
  13. 13. Lightweight ConstructionFirst all-plastic wheel rim: made from Ultramid® First lightweight seat: made from continuousStructure, suitable for high-volume production fiber-reinforced thermoplastic composite  Key customer benefits  Key customer benefits − Weight reduction of more than − Increased legroom 30% compared to aluminum − Weight reduction of almost 50% − Lower fuel consumption − Lower CO2-emissions − Increased range − Design freedom and variety of colors 13
  14. 14. Heat managementGoals:increased comfort, less energy consumption Electric vehicles of today: IR-reflective films for glazing up to 35% total energy consumption For windshields, coatings and interior elements for air conditioning Use of high-performance insulation materials Insulation of cabin and engine compartmentsBASF ACTIVITIES Intense research on innovative pigments and novel insulation materials Cabin temperature High-performance polymer foams in portfolio today in the future up to 60 °C 20-30 °C 14
  15. 15. Organic Photovoltaics andOrganic Light-Emitting Diodes (OLEDs)Goals:increased comfort, less energy consumption Solar roof with transparent organic solar cells – even with diffused light enough energy is generated to power multimedia systems and assist interior climate management Transparent organic light-emitting diodes – transparent glass roof effect during daytime, pleasant illumination during nighttime 15
  16. 16. Combined competencies:smart forvisionSmart forvision – concept car developed by Daimler and BASF Solar roof withLightweight transparenttridion cell organic solar panels and OLEDHigh-performance foams modules E-textilesInfrared-reflective film Multifunctional seatInfrared-reflectivecoating All-plastic wheel 16
  17. 17. From vision to reality… Innovative technology created by chemistry will bring electromobility onto the fast lane 17
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