sustainable mob en
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Takeshi Uchiyamada
Executive Vice President
Toyota Motor Corporation
December 14, 2009
Takeshi Uchiyamada
Executive Vice President
Toyota Motor Corporation
December 14, 2009
Toyotas R&D Activitiesfor Realizing Sustainable Mobility
Toyotas R&D Activitiesfor Realizing Sustainable Mobility
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Demand foralternative fuels
Oil demand
Oild
emand&supply(Millionb/d)
Synthetic-fuelGTL/CTL
Super heavy oil
TMC estimate
CNG
Electricity/Hydrogen
Alte
rnativeenerg
ysupplypote
ntial
(Millionb/d)
Gap between oil demand and supply will expand gradually in near future
Alternative fuels will be desirable
Bio-fuel
Oil supply
Demand & Supply Potential for Alternative FuelsDemand & Supply Potential for Alternative FuelsDemand & Supply Potential for Alternative Fuels
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CoalCoal
BiomassBiomass
Nuclear
energy
Nuclear
energy
Natural
gas
Natural
gas
20102010 20302030
Technology improvement of gasoline vehicles and diesel vehiclesOilOil
ICE
Internalcombustion
engine
ICE
Internalcombustion
engine
EVEV
FCHVFCHV
Gasoline and DieselGasoline and Diesel(from conventional oil fields)(from conventional oil fields)
Gasoline and DieselGasoline and Diesel(from deep(from deep--sea oil fields, oilsea oil f ields, oil
shales, etc.)shales, etc.)
Hydro,
Solar,Geothermal
energy
Hydro,
Solar,Geothermal
energy
Electricity
Electricity
generation
generation
Hydroge
n
Hydrogen
production
producti
on
GasGas
Synthetic fuelsSynthetic fuels(GTL/CTL/BTL)(GTL/CTL/BTL)
Bioethanol/biodieselBioethanol/biodiesel
ElectricityElectricity
HydrogenHydrogen
Drilling and refiningtechnology and cost
Build infrastructureGas storage technology
CO2 reduction technology(during production of fuel)
Gasification/synthetic technology /
cost
Stabilize supply
Obtain desired propertiesTechnologyutilizing cellulose
CO2 reduction technology(thermal power station)
Electrical storagetechnology for EV
Electrical storagetechnology forPHVs and EVs
Infrastructuredevelopment
CO2 reductiontechnology (duringhydrogen production)
Hydrogen storagetechnology / cost
Infrastructuredevelopment
Each alternative fuel has several issues, meaning oil will remainmain fuel for some time, with l iquid fuels and non-liquid fuels coexisting
Future Fuel Issues2009
Scenarios for Response to Environmental and Energy IssuesScenarios for Response to Environmental and Energy Issues
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55
1010
00
(35MPa)(35MPa)
CNG
(20Mpa)
CNG
(20Mpa)(70MPa)(70MPa)
Energy density of Li-ion battery is 1/50 of gasoline
EthanolEthanol
GasolineGasoline
DieselDiesel
Gaseous fuelGaseous fuelBatteryBattery Liquid fuelsLiquid fuels
High-pressurehydrogen gas
High-pressurehydrogen gas
SuperiorSuperior
InferiorInferior
Lithium-ion
batteries
Lithium-ion
batteries
Nickel-metal
hydride batteries
Nickel-metal
hydride batteries
Volumeenerg
ydensity
(gas
oline=10)
Volumeenergydensity
(gas
oline=10)
(Toyotas calculations)(Toyotas calculations)
Comparison of Energy DensityComparison of Energy Density
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TOYOTA e-comOYOTA e-com
TOYOTA RAV4 EVOYOTA RAV4 EV
20122012
EV Issues1) Cruising range, 2) cost, 3) charging time,
4) dedicated charging infrastructure
Not even latest lithium-ion batteries
can solve EV issues
EV Issues1) Cruising range, 2) cost, 3) charging t ime,
4) dedicated charging infrastructure
Not even latest lithium-ion batteries
can solve EV issues
Electric Vehicle (EV)Electric Vehicle (EV)
Important to take practical approach regarding pure EV cruising range
Focus should be on achieving widespread use of EVs
as short-distance vehicles
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Plug-in Hybrid Vehicle (PHV) MeritsPlug-in Hybrid Vehicle (PHV) Merits
EV (general passenger car)
Surplus-size battery to cope with anxiety
over cruising distance
EV (general passenger car)
Surplus-size battery to cope with anxiety
over cruising distance
Plug-in Hybrid merits:Plug-in Hybrid merits:
Use a hybrid system to
eliminate EV usability concerns
Use a hybrid system to
eliminate EV usability concerns
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Household electricity(100V200V)Household electricity(100V200V)
Larger battery capacity than Prius; can be recharged from external power source
Serve as EV for commuting; serve as hybrid vehicle for longer drives
BatteryMotor
Engine
Fuel Tank
Gas stationGas station
PHV ConceptPHV Concept
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Approximately 50% of drivers travel less than 25km per day
Distance traveled daily (km)
100
0
20
40
60
80
10 20 30 40 50 60 70 80 90 100
Frequency
%
Results of road tests
by PHV prototype
Results of road tests
by PHV prototype
Period:from August 2007
Data recorded through road tests in JapanData recorded through road tests in Japan
Cumulative
PHV Road TestPHV Road Test
Base : 2nd generationBase : 2nd generation
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PRIUS PLUGPRIUS PLUG--IN HYBRIDIN HYBRID
PRIUS PLUG-IN HYBRID (PHV)PRIUS PLUG-IN HYBRID (PHV)
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Engine displacement / max. powerEngine displacement / max. power
System max. powerSystem max. power
Hybrid fuel economyHybrid fuel economy
BatteryBattery
EV driving rangeEV driving range
Plug-in hybrid fuel economyPlug-in hybrid fuel economy
1,797cc / 73kW 99PS1,797cc / 73kW 99PS100kW (136PS)100kW (136PS)
30.6km/L30.6km/L
Li-ion batteryLi-ion battery
23.4km23.4km
57.0km/L57.0km/L
Charging timeCharging timeApprox. 100 min (200V)
Approx. 180 min (100V)
Approx. 100 min (200V)
Approx. 180 min (100V)
measured in JC08 test cycle
PRIUS PLUG-IN HYBRID SpecificationsPRIUS PLUG-IN HYBRID Specifications
Motor max. powerMotor max. power 60kW (82PS)60kW (82PS)
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EU200 Japan230U.S.A.150
France, UK, Portugal,Germany, Netherlands, etc.France, UK, Portugal,Germany, Netherlands, etc.
Approximately 600 vehicles are launched for Japan, U.S.A., EU,
etc, starting from December 2009.
Others20
Prius Plug-in Hybrid Countries of AvailabilityPrius Plug-in Hybrid Countries of Availability
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Volume: Several tens of thousands
Price: Affordable/Reasonable
Volume: Several tens of thousands
Price: Affordable/Reasonable
Aiming to begin sales in two yearsAiming to begin sales in two years
PHV Expansion PlanPHV Expansion Plan
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Promote vehicle electricity use through
short-distance EVs and core-use PHVs
To be launched in 2012To be launched in 2012
PHVPHV
Market introductionMarket introduction startsstarts at end ofat end of
2009 mainly in Japan, U.S.A. and EU2009 mainly in Japan, U.S.A. and EU
Short-distance EVShort-distance EV
Enhance Electricity Use in PHV & EVEnhance Electricity Use in PHV & EV
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Cold Weather Starting PerformanceCold Weather Starting PerformanceCruising RangeCruising Range
Long distance driving test from Osaka to Tokyo Cold weather test in Canada (Yellowknife)
Started and driven in temperaturesas low as 30 Celsius
Practical cruising range :830km for 10-15 test cycle
on par with a gasol ine-powered vehicle
- Toyota FCHV market introduction: 2015 (aim)
- Toyota will actively cooperate with all parties concerned to address
other important hurdles toward market introduction,including development of hydrogen supply infrastructure.
Fuel Cell Vehicle InitiativesFuel Cell Vehicle Initiatives
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HV
PHV
FCHV
FCHV(BUS)
Passenger cars Route buses
Short-distance
vehicles
EV
Winglet
Vehicle size
Delivery
trucks
Heavy-duty
trucks
Small delivery
vehicles
Motorcycles
FCHVs
EVs
HVs & PHVs with
internal combustion engine
Driving
distance
Gasol ine, diesel, bio-fuels, compressed
natural gas, gas to liquids, coal to liquids, etc.ElectricityFuel Hydrogen
EVsEVs: short: short--distance vehicles;distance vehicles; HVsHVs andand PHVsPHVs with ICE: widewith ICE: wide--use vehicles;use vehicles;FCHVsFCHVs: medium: medium--toto--large vehicles.large vehicles.
Response to Environmental and Energy IssuesResponse to Environmental and Energy Issues
i-REAL
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Hybrid technology in PHVs, EVs and FCHVs
Battery
Battery
FC
stack
Engine
Battery
Fuel
tank
Motor
Battery
HVV FCHVCHV
PHVHV
EVV
Engine
Motor
Motor
Fuel
tank
Fuel
tankEngine
H2 tank
Motor
Response to Environmental and Energy IssuesResponse to Environmental and Energy Issues
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TODAY for TOMORROWTODAY for TOMORROW