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R&D: FUTURE-PROOFING THE BMW GROUP.
DR. HERBERT DIESS MEMBER OF THE BOARD OF MANAGEMENT OF BMW AG, DEVELOPMENT
March 20, 2013
Dr. Herbert Diess, March 20, 2013 Page 2
OVERVIEW.
Challenges in the automotive industry
1
Our solutions 2
Evolution and revolution
Summary 3
Managing growth & profitability: Process chains, architecture, modular systems
Dr. Herbert Diess, March 20, 2013 Page 3
OVERVIEW.
Challenges in the automotive industry
1
Our solutions 2
Evolution and revolution
Managing growth & profitability: Process chains, architecture, modular systems
Summary 3
Dr. Herbert Diess, March 20, 2013 Page 4
GLOBAL TRENDS IMPACT ON PERSONAL MOBILITY. R&D MUST DELIVER NEW SOLUTIONS.
Urbanisation By 2030, over 60% of the world’s population
will live in cities
Politics and Regulations CO2 and fleet regulations,
import restrictions
Economics Dwindling resources,
rising fossil fuel prices
Environment Climate change and its knock-on effects
Culture Sustainable mobility as part of a modern urban lifestyle;
taking social responsibility
DRIVING FACTORS
Customer Expectations Changing values
Page 5
0
50
100
150
200
250
1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
BMW Group ACEA
- 30%
2011: 145g/km
2011: 136g/km
ACEA
EU COM target = Ø fleet emissions (EU-27)
2015 = 130 g/km*
2020 = 95 g/km*
EU fleet emissions (g CO2/km)
*Manufacturers get individual targets, which may be above or below the value of the Ø EU Com fleet emissions, depending of their individual Ø weight.
BMW Group has more than fulfilled its contribution to the ACEA commitment to reduce fuel consumption by 25 % from 1995 to 2008.
Dr. Herbert Diess, March 20, 2013
COMPARISON OF CO2 FLEET REDUCTIONS IN EUROPE. BMW GROUP HAS ALREADY ACHIEVED A GREAT DEAL. TOUGH TARGETS TO COME.
BMW Group
Dr. Herbert Diess, March 20, 2013 Page 6
OVERVIEW.
Challenges in the automotive industry
1
Our solutions 2
Evolution and revolution
Managing growth & profitability: Process chains, architecture, modular systems
Summary 3
Dr. Herbert Diess, March 20, 2013 Page 7
OUR DUAL-TRACK APPROACH SETS A CLEAR DIRECTION FOR R&D.
Evolution Efficient combustion engines
–EFFICIENT DYNAMICS/MINIMALISM–
Innovative technologies
Revolution Alternative drivetrains
Mobility services
Innovative materials and processes
Integrated high-voltage component safety concept
Visionary design language
Free forms in interior and exterior design
Innovative key technologies: CFRP & electric motor
Customer-friendly e-mobility concepts
Social sustainability
Easy to update with changing technologies
BMW dynamic
driving performance
Vision: Clean production
Optimized integration of electric drive system
BMW i
Dr. Herbert Diess, March 20, 2013 Page 8
PURPOSE-BUILT DESIGN – THE BMW i LIFEDRIVE CONCEPT.
Dr. Herbert Diess, March 20, 2013 Page 11
OVERVIEW.
Challenges in the automotive industry
1
Our solutions 2
Evolution and revolution
Managing growth & profitability: Process chains, architecture, modular systems
Summary 3
Dr. Herbert Diess, March 20, 2013 Page 12
Without a Modular Strategy, a three-fold increase in model numbers would send costs and resources
spiralling along the process chain. The Modular Strategy enables shorter development cycles and
enhanced flexibility in our plants.
2015 2020 2005
OUR GOAL: TO MANAGE A THREE-TIMES LARGER PORTFOLIO WITH RESOURCES THAT HAVE NOT INCREASED PROPORTIONATELY.
Dr. Herbert Diess, March 20, 2013 Page 16
THE MODULAR STRATEGY IS THE ENABLER FOR THE EXPANSION OF THE BMW GROUP MODEL RANGE.
Modular front seat Common elements
e.g.:
Structure
Head restraint
Modular product
Front seat attachment
e.g.: Standardised
seat installation
process
Modular system
Underbody
e.g.: Front seat
attachments
Architectures
Lower investment costs
Lower fixed costs Lower manufacturing costs
Shorter development time Lower development costs
Shorter time to market
Dr. Herbert Diess, March 20, 2013 Page 17
THE NEW BMW EFFICIENTDYNAMICS ENGINE FAMILY – HIGH LEVELS OF COMMONALITY BETWEEN AND WITHIN DIESEL AND GASOLINE ENGINES.
Cylinders (inline) -3 -4 -6
Gasoline >60 %
Diesel >60 %
30
-40
%
Common parts shared within
gasoline or diesel engines
are approx. 60%.
Between the gasoline and
diesel engines there is a
40% sharing.
COMMON ARCHITECTURE, NOT PLATFORMS. IN PREMIUM VEHICLES DIFFERENTIATION IS KEY.
BMW Group architectures allow maximum differentiation between models in terms of
design and dimensions and account for about 70% of all production cost.
Engine compartment
Dr. Herbert Diess, March 20, 2013 Page 18
Drivetrain Rear
BMW Group architecture = 3 core areas.
Electrics/Electronics
Driving Dynamics
Dr. Herbert Diess, March 20, 2013 Page 19
PROCESS CHAINS PROVIDE EFFICIENT PRODUCT DEVELOPMENT PROJECTS.
Body and Interior Trim
Powertrain
Modules & standards for all products
Best practice solutions for all products
Acceleration of decision-making and processes
Pro
ce
ss C
ha
ins
Pro
du
ct
Lin
es
Process chains bundle development-, purchasing- and
manufacturing-skills and deliver faster and better solutions for product variety 1
Series
3 S
eries
4 S
eries
5 S
eries
6 S
eries
7 S
eries
X S
eries
MIN
I
BM
W i
R&D Sourcing
Manufacturing
Page 20
ECONOMIES OF SCALE ACHIEVED THROUGH MODULAR SYSTEMS AND COMPLEXITY MANAGEMENT ALMOST ON PAR WITH VOLUME MANUFACTURERS.
Dr. Herbert Diess, March 20, 2013
Number of variants
Part numbers of all
variants (products)
Vehicle volumes
Product complexity:
Part numbers/variant
2009 2010 2011 2012 2013 2014 2015
Dr. Herbert Diess, March 20, 2013 Page 21
OVERVIEW.
Challenges in the automotive industry
1
Our solutions 2
Evolution and revolution
Managing growth & profitability: Process chains, architecture, modular systems
Summary 3
Dr. Herbert Diess, March 20, 2013 Page 22
SUMMARY.
Manage growth and complexity
Achieve CO2 and emissions targets
Profitable growth
Manage variety of new technologies
Efficiency in R&D, purchasing and production
Further technological leadership
OBJECTIVES CHALLENGES APPROACHES
Optimization of process chain management
Product and process modules
Architectures
Electro mobility