Market prospects of passenger vehicle technologies and ... · Market prospects of passenger vehicle...
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Market prospects of passenger vehicle technologies and their effect on CO2 -emissions up to the year 2030 A model based approach
Bernd PropfeGerman Aerospace CenterInstitute of Vehicle Concepts
June 10, 2010Egmond aan Zee, NL
Institute of Vehicle Concepts
Slide 2Bernd Propfe > 20100610 EE3_DLR_VECTOR21.ppt >
Combustion engine
Plug-In / Range extender
Hybrid
Battery electric
Fuel cell
Long-distance traffic Country roads Urban traffic
Source: Rabe (2009), Fahrzeugbauweisen der Zukunft, 13. Dresdner Leichtbausymposium, Volkswagen / EUCAR
Topics of the Future The main challenges for future automotive technology are the reduction of CO2 -emissions and hence the development of new propulsion technologies
Institute of Vehicle Concepts
Slide 5Bernd Propfe > 20100610 EE3_DLR_VECTOR21.ppt >
computer model
energy consumption technology costs fuel prices, taxes, …
sales / market shares CO2 emissions
vehicle
technical parts
fuel economy packages
powertrain concept
type of fuel
vehicle size
choice adopter groupcustomer(900 types)
annual mileage
vehicle size
willingness-to-pay
Source: DLR, VECTOR21
Scenario model (VECTOR21) Modeling both technology supply and customer demand
Institute of Vehicle Concepts
Slide 6Bernd Propfe > 20100610 EE3_DLR_VECTOR21.ppt >
3 vehicle sizes: small, medium, large
Input based on historical data of the German Federal Motor Transport Authority
Different distributions for the driving distances, depending on the vehicle size
Data based on the survey „Mobilität in Deutschland 2008 (MiD)“
Five different attitudes towards innovations
Based on theory from Rogers
Crucial for willlingness-to-pay of customers
3
60
5
x
x
900
Adopter group
Annual driving distance
Vehicle segment
L
M
S
Scenario model (VECTOR21) Within the model, 900 different types of customers are simulated
Source: DLR; Mobilität in Deutschland 2008 (MiD); Kraftfartbundesamt
Institute of Vehicle Concepts
Slide 7Bernd Propfe > 20100610 EE3_DLR_VECTOR21.ppt >
step 3: choose lowest well-to-wheel CO2 emissions
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1
step 2: choose lowest relevant cost of ownership (RCO)step 1: filter for vehicle size category and general compulsory requirements1
2
3
vehicle variants (combination of vehicle technology and fuel)
Source: DLR, VECTOR21
Scenario model (VECTOR21) The buying-decision is implemented in a three step approach
Institute of Vehicle Concepts
Slide 9Bernd Propfe > 20100610 EE3_DLR_VECTOR21.ppt >
Scenario model (VECTOR21) The model has been validated using historical data for market penetrations of Diesel-vehicles on the German market
Institute of Vehicle Concepts
Slide 10Bernd Propfe > 20100610 EE3_DLR_VECTOR21.ppt >
2010 2015 2020 2025 2030 Oil price [€/bbl] 54 52 50 58 65Share of biofuels [%] 0-8 4-11 8-13 11-14 15Electricity – Source German mix Electricity – CO2 intensity [g/kWh] 600 610 620 590 550Electricity – price [€/kWh] 0.18 0.18 0.35 0.35 0.35Hydrogen – source natural gas electricity Hydrogen – CO2 intensity [g/kWh] 350 350 740 700 650Hydrogen – price [€/kWh] 0.16 0.16 0.35 0.35 0.35CO2 – target value new vehicles [g/km] --- 140 125 113 113CO2 – penalty for exceeding target [€/(g/km)] --- 95 95 95 95Customers – willingess to pay for fuel economy [%] 0-10 0-10 0-10 0-10 0-10Vehicle size categories (small / medium / large) [%] 25/55/20 26/52/21 28/50/23 29/47/24 30/45/25
Source: DLR, VECTOR21
Scenario 1 - Business-as-usual The first scenario represents a rather conservative development incorporating only evolutionary changes
Institute of Vehicle Concepts
Slide 11Bernd Propfe > 20100610 EE3_DLR_VECTOR21.ppt >
20152010 2020 2025 2030
50%
100%
0%
D-HEVCNGBEV
G-HEV
G
FCV D
20152010 2020 2025 2030
50%
100%
0%
CNG-HEVFCV
G-HEV
G
EREV
DCNG
BEV
20152010 2020 2025 2030
50%
100%
0%
D-HEV
CNGCNG-HEVEREV
D
G-HEV
G
20152010 2020 2025 2030
50%
100%
0%
D-HEV
CNGCNG-HEVEREV
D
G-HEV
G
BEVFCV
small medium
large all
Source: DLR, VECTOR21
Scenario 1 - Business-as-usual Alternative propulsion concepts will not be able to gain significant market shares
Institute of Vehicle Concepts
Slide 12Bernd Propfe > 20100610 EE3_DLR_VECTOR21.ppt >
2010 2015 2020 2025 2030 Oil price [€/bbl] 54 52 50 58 65Share of biofuels [%] 0-8 6-14 13-18 19-21 25Electricity – Source renewables Electricity – CO2 intensity [g/kWh] 20 20 20 20 20Electricity – price [€/kWh] 0,21 0,21 0,37 0,37 0,37Hydrogen – source electricity Hydrogen – CO2 intensity [g/kWh] 25 25 25 25 25Hydrogen – price [€/kWh] 0,21 0,21 0,38 0,38 0,38CO2 – target value new vehicles [g/km] --- 140 113 95 76CO2 – penalty for exceeding target [€/(g/km)] --- 95 105 113 120Customers – willingess to pay for fuel economy [%] 0-20 0-20 0-20 0-20 0-20Vehicle size categories (small / medium / large) [%] 25/55/20 26/52/21 28/50/23 29/47/24 30/45/25
Source: DLR, VECTOR21
Scenario 2 - Climate Protection An alternative scenario assumes a rather eco-friendly-future development
Institute of Vehicle Concepts
Slide 13Bernd Propfe > 20100610 EE3_DLR_VECTOR21.ppt >
20152010 2020 2025 2030
50%
100%
0%
CNG
BEV
G-HEVG
D
D-HEVCNG-HEV
FCV
20152010 2020 2025 2030
50%
100%
0%
D
FCV
G-HEV
G
EREV
BEV
CNG
D-HEV
CNG-HEV
20152010 2020 2025 2030
50%
100%
0%
CNG-HEVFCV
EREV
G-HEVG
CNGD D-HEV
20152010 2020 2025 2030
50%
100%
0%
BEV
D
FCV
EREV
G-HEV
G
CNG-HEV
D-HEVCNG
small medium
large all
Source: DLR, VECTOR21
Scenario 2 - Climate Protection Starting around 2020, alternative propulsion concepts will be able to gain significant market shares throughout all vehicle segments
Institute of Vehicle Concepts
Slide 14Bernd Propfe > 20100610 EE3_DLR_VECTOR21.ppt >
20152010 2020 2025 2030
50%
100%
0%
D-HEVCNG
D
G-HEV
G
BEV
20152010 2020 2025 2030
D-HEVDG-HEV
G
FCVBEVEREVCNG
BEV
D
FCV
EREV
G-HEV
G
CNG-HEV
D-HEVCNG
50%
100%
0%
D-HEV
CNGCNG-HEVEREV
D
G-HEV
G
BEVFCV
New
veh
icle
flee
tVe
hicl
e st
ock
Business-as-usual Climate Protection
Source: DLR, VECTOR21
Business-as-usual vs. Climate Protection Nevertheless, the entire vehicle stock will only adapt slowly to the changes
Institute of Vehicle Concepts
Slide 15Bernd Propfe > 20100610 EE3_DLR_VECTOR21.ppt >
20152010 2020 2025 2030
100
200
0
Sc.1
CO2 -emissions [g/km]
150
50
TTW
20152010 2020 2025 2030
200
400
0
Subsidies [mn €]
300
100
Sc.2
20152010 2020 2025 2030
20
40
0
RCO [€1,000]
10
30 Sc.2
20152010 2020 2025 2030
15
20
0
Manufacturers [bn €]
10
5
Sc.2
Sc.1
Sc.2WTTSc.1
Sc.1
Economical effects The second scenario shows that significant reductions of CO2 -emissions are feasible, but come at high costs
Institute of Vehicle Concepts
Slide 17Bernd Propfe > 20100610 EE3_DLR_VECTOR21.ppt >Prof. Dr.-Ing. Friedrich > 20100517 IMA_Prof_Friedrich.ppt -
German Aerospace CenterInstitute of Vehicle Concepts