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Ca. 17% of the world wide caused CO2 emissions accrue from traffic. BASF is searching for soultions to improve the technical status of electromobility. The presentation shows the contributions of BASF in the fields of eletricity production, power storage (battery materials) and power utilization.
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cars love chemistry
BASF solutions for electromobility
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New concepts for mobility
Global megatrends
…require new concepts
Energy demand & climate protection
Growing population
Urbanization Mobility & communication
MEGATRENDS
Affordable Energy efficient Low emission Comfortable
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CO2 emission by propulsion concept
Potential for optimization
Assumption energy demand: 4,5 l/100 km ICE today, ICE optimized -20%, 18 kWh/100 km Source: Studien UBA, Agentur für Erneuerbare Energien, BMU, IES, Stand: 9/2008.
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Gramm CO2 per Kilometer
ICE today
ICE optimized
EV Electricity
from hard coal
EV Electricity German
energy mix
EV Electricity
from renewables
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Electromobility
Operation: Production:
Emission caused by production and transport
Direct emission of the car
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Vision electromobility
How the world of tomorrow could be …
High flexibility / availability
Low energy losses
Cost efficient
Power storage
Emission free driving
Competitive electric cars
No trade-offs in comfort
Power utilization
Stable supply
“Smart grids”
Low transmission losses
Power transmission
CO2 neutral
Competitive prices
100 % renewable
Power production
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Key buying criteria for electric vehicles
… at a glance
Recent studies show suitability in all-day life and …
e-cars are fun!
Challenge: Acceptance of new technology & total cost of ownership
Ecological Awareness Individualization
Political Framework Mega Cities Energy
Personal Drivers
External Drivers
Clear trend: to be different
E-cars are rare
“Drivable iPhone”
Limited natural resources
Oil price
Business model – e-cars part of “Smart Grid”
Clean Air
Traffic jams – emissions
Short distances
Access to cities – emission dependent
CO2 emission cap in the EU
Tax benefits
Increased social responsibility
Wish to be mobile with less CO2 emission
Renewable energy
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Sciences Politics Industry Society
BASF
ThyssenKrupp
VW
AUDI
Evonik
E.ON
Daimler
Siemens
Magna ESMT
IGM
VDA
BMVBS
BMBF
BMWi
BMU
BMW Uni Ulm
Battery Technology
Power Train Technology
Infrastructure & Grid
Integration
Norms & Standards
Materials & Recycling
Education & Qualification
Political Framework
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Bundling of forces in Germany
National Platform Electromobility – NPE
Chemistry identified as a key pillar
to help the breakthrough of electric vehicles
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A wide range of chemical products and
solutions enables energy efficient driving
Role of chemistry in electromobility
Chemistry as key pillar
Battery materials
Offgas treatment for hybrid e-cars
Organic light-emitting diodes (OLED)
Organic photovoltaics
Heat management
Light weight construction
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Electrical energy efficiency ― Solar roof with transparent organic solar cells
― Transparent organic OLEDs
Goals:
maximum energy efficiency,
improved safety, and higher comfort
smart forvision in cooperation with BASF
Technologies for the car of tomorrow
Holistic temperature management ― IR-reflecting films/pigments
― High performance foams for insulation
Multifunctional lightweight construction ― Lightweight ergonomically designed seats
― Thermoplastic polyamide wheel
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International Research Network with scientists and industry
Joint R&D with international competence centers
Building a production plant for cathode materials
Innovative battery materials
Goals:
higher range, improved safety and lower costs
Improved materials for components and cells ― Cathodes, Electrolytes
― Anodes, Separators
New battery concepts (Li-S, Li-Air)
ONGOING ACTIVITIES
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Materials
Improved battery technology
Battery as key component in electric vehicles
The battery determines characteristics of an electric vehicle ― Range, Costs, Safety,…
The battery allows for differentiation and value creation ―Challenging technology and chance for chemistry / engineering / OEMs
Materials are the heart of the battery cell ―Chemistry plays a central role as material supplier
Components Cells Batteries Electric Car
BASF
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Meet us at booth C35, Hall 4.0
and see the smart forvision at FO.0 A01
Innovative technology created by chemistry
will bring electromobility onto the fast lane
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