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GM’s Advanced Propulsion Technology Strategy

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GM’s Advanced Propulsion Technology Strategy. March 2008. The Challenge. Global increase 2% / year, 60% increase over 2003. Global energy demand exceeds our current glide path for supply. 195. Energy Demand (MBDOE). 88. 146. 111. Source: DOE Energy Information Agency. - PowerPoint PPT Presentation
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GM’s Advanced Propulsion Technology Strategy March 2008
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Page 1: GM’s Advanced Propulsion Technology Strategy

GM’s Advanced Propulsion Technology Strategy

GM’s Advanced Propulsion Technology Strategy

March 2008March 2008

Page 2: GM’s Advanced Propulsion Technology Strategy

En

erg

y D

eman

d (

MB

DO

E)

Global increase 2% / year,60% increase over 2003

Source: DOE Energy Information Agency MBDOE: Millions of barrels per day oil equivalent

The ChallengeThe Challenge

Global energy demand exceeds our current glide path for supply

Global energy demand exceeds our current glide path for supply

0

50

100

150

200

250

300

350

400

2003 2030

DevelopingDeveloped

88

111

195

146

Page 3: GM’s Advanced Propulsion Technology Strategy
Page 4: GM’s Advanced Propulsion Technology Strategy

Advanced Propulsion Technology StrategyAdvanced Propulsion Technology Strategy

Improved Vehicle

Fuel Economy

and Emissions

Improved Vehicle

Fuel Economy

and Emissions

DisplacePetroleumDisplace

Petroleum

EnergyDiversityEnergyDiversity

HydrogenFuel Cell-Electric

Battery-ElectricVehicles (E-Flex)

Hybrid-ElectricVehicles

(includingPlug-In HEV)IC Engine

and TransmissionImprovements

TimeTime

Petroleum (Conventional and Alternative Sources)Biofuels (Ethanol E85, Biodiesel)

Electricity (Conv. & Alternative Sources)

Hydrogen

Page 5: GM’s Advanced Propulsion Technology Strategy

“At GM, we believe tomorrow’s automobiles

must be flexible enough to accommodate

many different energy sources. And a

key part of that flexibility will be enabled by

the development of electrically driven cars.”

“At GM, we believe tomorrow’s automobiles

must be flexible enough to accommodate

many different energy sources. And a

key part of that flexibility will be enabled by

the development of electrically driven cars.”

Rick WagonerChairman and CEOGeneral Motors CorporationLA Auto Show 11/29/2006

Rick WagonerChairman and CEOGeneral Motors CorporationLA Auto Show 11/29/2006

Energy and EnvironmentEnergy and Environment

Page 6: GM’s Advanced Propulsion Technology Strategy

GMC Yukon &GMC Yukon &Yukon XLYukon XL

Chevrolet Avalanche,Chevrolet Avalanche,Suburban & TahoeSuburban & Tahoe

GMC SierraGMC Sierra

Chevrolet UplanderChevrolet Uplander

Chevrolet ImpalaChevrolet Impala

The GM North America “FlexFuel Club”More Models Than Any Other Automaker!

The GM North America “FlexFuel Club”More Models Than Any Other Automaker!

Police Tahoe Police Tahoe & Impala& Impala

Chevrolet SilveradoChevrolet Silverado

Express & Savana Express & Savana VansVans

Page 7: GM’s Advanced Propulsion Technology Strategy

Why E85?Why E85?¶Reduces green house gas emissions

¶Renewable

¶Reduced dependency on foreign oil

¶Potential to add substantially to the fuel supply

¶Supports rural communities and the domestic agriculture industry

¶Help the U.S. Economy

¶Reduces green house gas emissions

¶Renewable

¶Reduced dependency on foreign oil

¶Potential to add substantially to the fuel supply

¶Supports rural communities and the domestic agriculture industry

¶Help the U.S. Economy

Page 8: GM’s Advanced Propulsion Technology Strategy

Ethanol potential assumes 50% FFV production from all OEMs from 2012, and the FFV parc uses E85. Adjusted for energy equivalency with gasoline. Oil information source: EIA – 2007 Annual Energy Outlook Table 11.

E85 Ethanol Has Even Greater Potential to Reduce Oil Imports if 50% of All U.S. Vehicles Were FFV

E85 Ethanol Has Even Greater Potential to Reduce Oil Imports if 50% of All U.S. Vehicles Were FFV

Page 9: GM’s Advanced Propulsion Technology Strategy

General Motors & Coskata PartnershipGeneral Motors & Coskata Partnership

¶ GM senior leadership is committed to enhancing the commercialization of cellulosic ethanol

¶ GM has reviewed the leading cellulosic ethanol technologies and potential producers & selected to first partner with Coskata

¶ Offers unique technology¶ Utilizes versatile input materials¶ Offers cost-competitive ethanol production¶ Makes sense environmentally from a lifecycle perspective

¶ Coskata and GM will work together on:¶ Testing fuel from Coskata pilot plant in GM vehicles ¶ Explore using GM plant waste to make ethanol and assist GM goal

of zero landfill use by its manufacturing facilities ¶ Making ethanol from renewable sources, used tires, and municipal

waste¶ Global marketing of next generation ethanol

¶ GM senior leadership is committed to enhancing the commercialization of cellulosic ethanol

¶ GM has reviewed the leading cellulosic ethanol technologies and potential producers & selected to first partner with Coskata

¶ Offers unique technology¶ Utilizes versatile input materials¶ Offers cost-competitive ethanol production¶ Makes sense environmentally from a lifecycle perspective

¶ Coskata and GM will work together on:¶ Testing fuel from Coskata pilot plant in GM vehicles ¶ Explore using GM plant waste to make ethanol and assist GM goal

of zero landfill use by its manufacturing facilities ¶ Making ethanol from renewable sources, used tires, and municipal

waste¶ Global marketing of next generation ethanol

Page 10: GM’s Advanced Propulsion Technology Strategy

General Motors & Coskata PartnershipGeneral Motors & Coskata Partnership

¶ What does Coskata do? ¶ Using proprietary microorganisms

and patented bioreactor designs, the company will produce ethanol for under US$1.00 per gallon almost anywhere in the world, from a wide variety of inputs.

¶ GM has taken an undisclosed strategic ownership position of Coskata to work on rapid commercialization of “The Next Generation of Ethanol”

¶ What does Coskata do? ¶ Using proprietary microorganisms

and patented bioreactor designs, the company will produce ethanol for under US$1.00 per gallon almost anywhere in the world, from a wide variety of inputs.

¶ GM has taken an undisclosed strategic ownership position of Coskata to work on rapid commercialization of “The Next Generation of Ethanol”

Page 11: GM’s Advanced Propulsion Technology Strategy

Coskata – “The Next Generation of Ethanol”Coskata – “The Next Generation of Ethanol”

¶ Efficient¶ Able to make more than 100 gallons of ethanol from 1 ton of dry material¶ Uses less than one gallon of fresh water per gallon of ethanol produced,

compared with three to four gallons for ethanol today ¶ Reduces greenhouse gas emissions by as much as 84% compared to

conventional gasoline¶ Returns up to 7.7 times as much energy as is used in the ethanol

production process

¶ Affordable¶ Ethanol produced for under $1 per gallon, which should equate to 50

cents to $1.00 less than gasoline at the pump

¶ Flexible¶ Multiple non-food sources are used to make ethanol¶ Geographically flexible by using resources from almost every country

around the globe

¶ Efficient¶ Able to make more than 100 gallons of ethanol from 1 ton of dry material¶ Uses less than one gallon of fresh water per gallon of ethanol produced,

compared with three to four gallons for ethanol today ¶ Reduces greenhouse gas emissions by as much as 84% compared to

conventional gasoline¶ Returns up to 7.7 times as much energy as is used in the ethanol

production process

¶ Affordable¶ Ethanol produced for under $1 per gallon, which should equate to 50

cents to $1.00 less than gasoline at the pump

¶ Flexible¶ Multiple non-food sources are used to make ethanol¶ Geographically flexible by using resources from almost every country

around the globe

Page 12: GM’s Advanced Propulsion Technology Strategy

Fuel Solutions Campaign – Creative Fuel Solutions Campaign – Creative ApproachApproach

Page 13: GM’s Advanced Propulsion Technology Strategy

Bio-DieselBio-Diesel

Made from renewable sources

B5 approved for use on 6.6L Duramax and all European diesels

B20 capable fullsize vans and heavy-duty pickups available via a Special Equipment Option (5F4)

Industry-wide B20 standard needed

Made from renewable sources

B5 approved for use on 6.6L Duramax and all European diesels

B20 capable fullsize vans and heavy-duty pickups available via a Special Equipment Option (5F4)

Industry-wide B20 standard needed

Page 14: GM’s Advanced Propulsion Technology Strategy

GM’s PortfolioGM’s Portfolio20012001 20022002 20032003 20042004 20052005 20072007 20082008 2009200920062006

HybridHybrid

2-ModeHybrid2-ModeHybrid

Light HybridLight Hybrid

2-Mode2-ModeHybridHybrid

E-FlexE-Flex

Saturn VUEGreen Line plug-in

Saturn VUEGreen Line plug-in

Saturn VUE Green LineSaturn VUE Green Line

EscaladeEscalade

GM/Allison Hybrid BusGM/Allison Hybrid Bus

Chevrolet Silverado/GMC SierraChevrolet Silverado/GMC Sierra

Saturn Aura Green LineSaturn Aura Green Line

Chevrolet Malibu Chevrolet Malibu

Tahoe/YukonTahoe/Yukon

Silverado/SierraSilverado/Sierra

Saturn VUEGreen LineSaturn VUEGreen Line

ChevroletVolt

ChevroletVolt

Page 15: GM’s Advanced Propulsion Technology Strategy

GM’s Hybrid PortfolioGM’s Hybrid Portfolio

Yukon SUV HybridYukon SUV Hybrid Silverado HybridSilverado Hybrid

Malibu HybridMalibu HybridSaturn VUESaturn VUE

Escalade Hybrid

Escalade Hybrid

Page 16: GM’s Advanced Propulsion Technology Strategy

Chevrolet Tahoe Hybrid

GMC Yukon Hybrid

GM RWD 2-Mode HybridGM RWD 2-Mode Hybrid50% city fuel economy improvement

Fuel economy equalto 4-cyl Camry

Awards include:

Green Car of the Year

Popular Mechanics Breakthrough of the Year

Popular Science Best of What’s New

Automobile Magazine Technology of the Year

Page 17: GM’s Advanced Propulsion Technology Strategy

What is a Two-Mode Hybrid?What is a Two-Mode Hybrid? A traditional “One-Mode”

Hybrid typically has one torque splitting arrangement and no fixed mechanical ratios

GM’s “Two-Mode” Hybrid uses low & high speed electric continuously variable transmission modes combined with a fixed –gear transmission. One transmission with: 2 Electric motors 4 Fixed-gear ratios

Provides higher efficiency and no reduction in capabilities or performance

A traditional “One-Mode” Hybrid typically has one torque splitting arrangement and no fixed mechanical ratios

GM’s “Two-Mode” Hybrid uses low & high speed electric continuously variable transmission modes combined with a fixed –gear transmission. One transmission with: 2 Electric motors 4 Fixed-gear ratios

Provides higher efficiency and no reduction in capabilities or performance

Page 18: GM’s Advanced Propulsion Technology Strategy

The World’s Only 2-Mode Hybrid SystemThe World’s Only 2-Mode Hybrid System

25% overall fuel economy Improvement 50% improvement in city mpg

Key Benefits of the 2 Mode system: Electric start at low speeds Less fuel consumption

at low speed and idle AutoStop at 0 mph (engine off) Longer Active Fuel Management

bandwidth due to Hybrid electric assist Regenerative Braking System Electric Power Rack & Pinion Steering (EPS) and Air

Conditioning Enables towing and hauling capabilities customers

expect in a full size SUV

25% overall fuel economy Improvement 50% improvement in city mpg

Key Benefits of the 2 Mode system: Electric start at low speeds Less fuel consumption

at low speed and idle AutoStop at 0 mph (engine off) Longer Active Fuel Management

bandwidth due to Hybrid electric assist Regenerative Braking System Electric Power Rack & Pinion Steering (EPS) and Air

Conditioning Enables towing and hauling capabilities customers

expect in a full size SUV

Page 19: GM’s Advanced Propulsion Technology Strategy

2-Mode RWD Hybrid 2-Mode RWD Hybrid

Battery PackBattery Pack PowerElectronics

PowerElectronics

2-Mode HybridTransmission w/Regenerative

braking

2-Mode HybridTransmission w/Regenerative

braking

AFM 6.0LV8/V4 Engine

AFM 6.0LV8/V4 Engine

Page 20: GM’s Advanced Propulsion Technology Strategy

New for 2008iNew for 2008iWhat is a 2-Mode Hybrid?A traditional “One-Mode” hybrid typically has one torque splitting arrangement and no fixed mechanical ratios Prius uses 1 electric motor and a Continuous Variable Trans Only provides hybrid benefit at low speed Sacrifices payload and towing capability

GM’s “2-Mode” hybrid uses two electric motors combined with a fixed gear 4-speed transmission Low speed and high speed fuel economy advantages No loss in capability No loss in performance

What is a 2-Mode Hybrid?A traditional “One-Mode” hybrid typically has one torque splitting arrangement and no fixed mechanical ratios Prius uses 1 electric motor and a Continuous Variable Trans Only provides hybrid benefit at low speed Sacrifices payload and towing capability

GM’s “2-Mode” hybrid uses two electric motors combined with a fixed gear 4-speed transmission Low speed and high speed fuel economy advantages No loss in capability No loss in performance

Page 21: GM’s Advanced Propulsion Technology Strategy

New for 2008iNew for 2008i

How does a 2-Mode Hybrid save fuel?While Stopped: Auto Stop at 0 MPH. Battery power provides accessories

power, AC/heat, power steering, etc.

Low Speeds: Battery power alone drives vehicle at speeds up to about

30 MPH

Mid-High Speeds: Active Fuel Management 4-cylinder mode is utilized to a

much greater extent Hybrid electric boost provides enough power to only need

4-cylinders at highway speeds

Results: 50% City & 30% Overall MPG Improvement

How does a 2-Mode Hybrid save fuel?While Stopped: Auto Stop at 0 MPH. Battery power provides accessories

power, AC/heat, power steering, etc.

Low Speeds: Battery power alone drives vehicle at speeds up to about

30 MPH

Mid-High Speeds: Active Fuel Management 4-cylinder mode is utilized to a

much greater extent Hybrid electric boost provides enough power to only need

4-cylinders at highway speeds

Results: 50% City & 30% Overall MPG Improvement

Page 22: GM’s Advanced Propulsion Technology Strategy

2009 Chevrolet Silverado Hybrid2009 Chevrolet Silverado Hybrid

¶ Hybrid available 2009-Model Year

¶ Available on 1500 Series Crew Cab

¶ Two-Mode System¶ Coupled with Active Fuel Management¶ 50% improvement in city driving fuel economy

¶ Hybrid available 2009-Model Year

¶ Available on 1500 Series Crew Cab

¶ Two-Mode System¶ Coupled with Active Fuel Management¶ 50% improvement in city driving fuel economy

Page 23: GM’s Advanced Propulsion Technology Strategy

New for 2009iNew for 2009i2-Mode Hybrid Silverado/SierraIdentical powertrain to Tahoe/Yukon Hybrids

1500 series Crew Cabs

11/17/2008 SOP

Two marketing packages based on LT/SLE trim: 1HY – Based on 1LT: Cloth bench seat, fewer features 2HY – Based on 2LT: Leather buckets, Nav radio, etc,

2 free flow options: Sunroof & Rear Vision Camera

All hybrids come with a tonneau cover

Will not have SUV level of differentiation but will be clearly badged

2-Mode Hybrid Silverado/SierraIdentical powertrain to Tahoe/Yukon Hybrids

1500 series Crew Cabs

11/17/2008 SOP

Two marketing packages based on LT/SLE trim: 1HY – Based on 1LT: Cloth bench seat, fewer features 2HY – Based on 2LT: Leather buckets, Nav radio, etc,

2 free flow options: Sunroof & Rear Vision Camera

All hybrids come with a tonneau cover

Will not have SUV level of differentiation but will be clearly badged

Page 24: GM’s Advanced Propulsion Technology Strategy

GM 2-Mode HybridGM 2-Mode Hybrid

Most Fuel Efficient V6 SUV on the market

Est. 50% improvement in combined city/highway fuel economy over non Hybrid V6 Vue

500 Mile Fuel Range

Most Fuel Efficient V6 SUV on the market

Est. 50% improvement in combined city/highway fuel economy over non Hybrid V6 Vue

500 Mile Fuel Range

Page 25: GM’s Advanced Propulsion Technology Strategy

GM Hybrid SystemGM Hybrid SystemBelt-alternator-starter hybrid (BAS)

Lowest cost U.S. hybrid

Best value

Belt-alternator-starter hybrid (BAS)

Lowest cost U.S. hybrid

Best value

25 City/32 Hwy

24 City/32 Hwy

24 City/32 Hwy

Page 26: GM’s Advanced Propulsion Technology Strategy
Page 27: GM’s Advanced Propulsion Technology Strategy

Double the fuel economy of any current SUV

Approximately 10 mile electric-only range at low speeds

4-5 hour recharge time

Double the fuel economy of any current SUV

Approximately 10 mile electric-only range at low speeds

4-5 hour recharge time

Saturn Vue Plug-in HybridSaturn Vue Plug-in Hybrid

Lithium Battery Pack

Plug-in Charger

Modified 2-ModeHybrid Drive System

Page 28: GM’s Advanced Propulsion Technology Strategy
Page 29: GM’s Advanced Propulsion Technology Strategy

E-Flex SystemE-Flex System

E = Pure electric drive

Adaptable to a range of energy sources

Tailor to meet specific needs

Engineering development initiated

E = Pure electric drive

Adaptable to a range of energy sources

Tailor to meet specific needs

Engineering development initiated

Family of Electric Vehicle Propulsion Systems

Page 30: GM’s Advanced Propulsion Technology Strategy

Front

E-Flex System E-Flex System

Plug-In

110V / 15A

Electric Motor

Battery Pack

Generator12 GallonFuel Tank

Gasoline

Internal CombustionEngine (Gasoline)

Page 31: GM’s Advanced Propulsion Technology Strategy

Lithium Ion BatteryLithium Ion Battery

Safety

Durability

Driving range

Recharge time

Operating temperature range

Affordability

Safety

Durability

Driving range

Recharge time

Operating temperature range

Affordability

Development Challenges

Page 32: GM’s Advanced Propulsion Technology Strategy

Chevrolet Volt — EV ConceptChevrolet Volt — EV Concept

¶ Advanced technology plug-in hybrid¶ Embodies GM’s E-flex system¶ Battery-powered with extended range¶ Powered by large battery & 1L turbo engine:

¶ Enough electricity to go 640 miles¶ Triple-digit fuel economy

¶ Volt showcases many current or near-term technologies and materials

¶ Advanced technology plug-in hybrid¶ Embodies GM’s E-flex system¶ Battery-powered with extended range¶ Powered by large battery & 1L turbo engine:

¶ Enough electricity to go 640 miles¶ Triple-digit fuel economy

¶ Volt showcases many current or near-term technologies and materials

Page 33: GM’s Advanced Propulsion Technology Strategy

Project Driveway — Fuel Cell Test Fleet Project Driveway — Fuel Cell Test Fleet

¶ First true market test of fuel cell vehicles¶ 100 Equinox Fuel Cell vehicles

¶ Focus markets¶ California (L.A. & Sacramento)

¶ Washington, D.C.

¶ New York City metro area

¶ Demonstrate GM’s fuel cell technology leadership

¶ Largest deployment of Fuel Cell vehicles

¶ First true market test of fuel cell vehicles¶ 100 Equinox Fuel Cell vehicles

¶ Focus markets¶ California (L.A. & Sacramento)

¶ Washington, D.C.

¶ New York City metro area

¶ Demonstrate GM’s fuel cell technology leadership

¶ Largest deployment of Fuel Cell vehicles

Page 34: GM’s Advanced Propulsion Technology Strategy

Project Driveway — Fuel Cell Test Fleet Project Driveway — Fuel Cell Test Fleet Chevrolet Equinox Fuel Cell:

¶ Fuel economy twice production Equinox

¶ 0-60 mph in 12 seconds

¶ Top speed 100 mph

¶ Will meet all safety standards

¶ Regenerative braking

¶ Single-speed electric motor traction system

Chevrolet Equinox Fuel Cell:

¶ Fuel economy twice production Equinox

¶ 0-60 mph in 12 seconds

¶ Top speed 100 mph

¶ Will meet all safety standards

¶ Regenerative braking

¶ Single-speed electric motor traction system

Page 35: GM’s Advanced Propulsion Technology Strategy

Chevrolet SequelChevrolet Sequel

World’s Most Technologically Advanced Vehicle

Styling

Utility

Performance

300 mile range

World’s Most Technologically Advanced Vehicle

Styling

Utility

Performance

300 mile range

Page 36: GM’s Advanced Propulsion Technology Strategy

Cadillac Provoq Cadillac Provoq

A vision for a petroleum free future of luxury transportation:

¶ 5th Gen Fuel Cell is half the size of its predecessor

¶ More power and better performance¶ 300 miles on a single fill of hydrogen

¶ 280 miles from hydrogen¶ 20 miles on pure, battery electric energy

A vision for a petroleum free future of luxury transportation:

¶ 5th Gen Fuel Cell is half the size of its predecessor

¶ More power and better performance¶ 300 miles on a single fill of hydrogen

¶ 280 miles from hydrogen¶ 20 miles on pure, battery electric energy

Page 37: GM’s Advanced Propulsion Technology Strategy

GM Driving Industry Standard Technology/ Performance Defining Industry Future Direction

GM Driving Industry Standard Technology/ Performance Defining Industry Future Direction¶ >50% of U.S. vehicle volume will be Flex Fuel

by 2012 MY

¶ Cost effective hybrid in cars and small SUVs

¶ Fuel economy leadership in 2-mode hybrid applications

¶ Plug-in 2-mode hybrid in medium crossover-utility segment

¶ New applications of clean passenger car and light-duty truck diesels in North America

¶ E-Flex/Chevrolet Volt/Equinox Fuel Cell vehicles strengthen technology leadership image

¶ >50% of U.S. vehicle volume will be Flex Fuel by 2012 MY

¶ Cost effective hybrid in cars and small SUVs

¶ Fuel economy leadership in 2-mode hybrid applications

¶ Plug-in 2-mode hybrid in medium crossover-utility segment

¶ New applications of clean passenger car and light-duty truck diesels in North America

¶ E-Flex/Chevrolet Volt/Equinox Fuel Cell vehicles strengthen technology leadership image

Page 38: GM’s Advanced Propulsion Technology Strategy

“Our goal is to take the automobile

out of the energy debate… to be part

of the solution…”

“Our goal is to take the automobile

out of the energy debate… to be part

of the solution…”Beth LoweryVice President

Energy and EnvironmentGeneral Motors Corporation

Beth LoweryVice President

Energy and EnvironmentGeneral Motors Corporation

GM - Energy and Environment VisionGM - Energy and Environment Vision

Page 39: GM’s Advanced Propulsion Technology Strategy

SummarySummary

GM’s Advanced Propulsion Technology Strategy will…

Reduce fuel consumption and GHG emissions

Be sustainable through energy diversity

Displace petroleum Alleviate the issue of demand outgrowing limited

supply

Reduce our dependence on a supply subject to uncontrollable risks

GM’s Advanced Propulsion Technology Strategy will…

Reduce fuel consumption and GHG emissions

Be sustainable through energy diversity

Displace petroleum Alleviate the issue of demand outgrowing limited

supply

Reduce our dependence on a supply subject to uncontrollable risks

Page 40: GM’s Advanced Propulsion Technology Strategy

SummarySummaryBy Incorporating…Continued improvement of conventional powertrains Gas engines, diesel engines, and transmissions

will be the principle propulsion systems for the foreseeable future

Alternative fuels Biofuels such as E85 ethanol and Biodiesel (i.e. B20)

Increased electrification of the automobile Rapid expansion of our hybrid portfolio, including plug-ins EV range extenders Ultimately, hydrogen fuel cells

By Incorporating…Continued improvement of conventional powertrains Gas engines, diesel engines, and transmissions

will be the principle propulsion systems for the foreseeable future

Alternative fuels Biofuels such as E85 ethanol and Biodiesel (i.e. B20)

Increased electrification of the automobile Rapid expansion of our hybrid portfolio, including plug-ins EV range extenders Ultimately, hydrogen fuel cells

Page 41: GM’s Advanced Propulsion Technology Strategy

Other OptionsOther Options

Page 42: GM’s Advanced Propulsion Technology Strategy

2008 Saturn Aura Green Line Hybrid2008 Saturn Aura Green Line Hybrid

GM Hybrid System Powertrain

24 city

32 highway

30 percent fuel economy improvement

Lowest priced mid sized hybrid on the market at $22,790

$1300 Hybrid Tax credit

GM Hybrid System Powertrain

24 city

32 highway

30 percent fuel economy improvement

Lowest priced mid sized hybrid on the market at $22,790

$1300 Hybrid Tax credit

Page 43: GM’s Advanced Propulsion Technology Strategy

Saturn Green Line HybridsSaturn Green Line Hybrids

Saturn Green Line models — affordable Hybrids

Vue is GM’s 1st FWD use of

Most fuel-efficient V6 SUV on the market

Aura Hybrid offers low cost & good fuel economy

Saturn Green Line models — affordable Hybrids

Vue is GM’s 1st FWD use of

Most fuel-efficient V6 SUV on the market

Aura Hybrid offers low cost & good fuel economy

Saturn VueSaturn Vue

Saturn AuraSaturn Aura

Page 44: GM’s Advanced Propulsion Technology Strategy

2008 Chevrolet Malibu Hybrid2008 Chevrolet Malibu Hybrid

ECOTEC 2.4L 4 cylinder VVT engine

Electric Motor/Generator Engine Start/Stop Early Fuel Cutoff

ECOTEC 2.4L 4 cylinder VVT engine

Electric Motor/Generator Engine Start/Stop Early Fuel Cutoff

Regenerative Braking Intelligent hybrid battery

charging Hill Start assist system

(maintains brake pressure to allow the driver to accelerate without rolling)

Regenerative Braking Intelligent hybrid battery

charging Hill Start assist system

(maintains brake pressure to allow the driver to accelerate without rolling)

GM Hybrid System

Page 45: GM’s Advanced Propulsion Technology Strategy

Saturn VUE Green Line HybridSaturn VUE Green Line Hybrid

2.4L 4-cyl. Hybridavailable this Fall 2.4L 4-cyl. Hybridavailable this Fall

3.6L V6 Hybrid available in 2008 CY

3.6L V6 Hybrid available in 2008 CY

Page 46: GM’s Advanced Propulsion Technology Strategy

New for 2008New for 2008

2-Mode Tahoe/Yukon Hybrid2-Mode Tahoe/Yukon Hybrid

Page 47: GM’s Advanced Propulsion Technology Strategy

The World’s Only Full-Size Hybrid SUVsThe World’s Only Full-Size Hybrid SUVs

Best capability

Best efficiency

Best technology

Best capability

Best efficiency

Best technology

Chevrolet Tahoe Hybrid SUVChevrolet Tahoe Hybrid SUVGMC Yukon Hybrid SUVGMC Yukon Hybrid SUV

Page 48: GM’s Advanced Propulsion Technology Strategy

New for 2008iNew for 2008i2-Mode Tahoe/Yukon Hybrid2-Mode Tahoe/Yukon Hybrid

Page 49: GM’s Advanced Propulsion Technology Strategy

New for 2008iNew for 2008iWhat makes up a 2-Mode Hybrid Powertrain?What makes up a 2-Mode Hybrid Powertrain?

Battery PackBattery Pack PowerElectronics

PowerElectronics

2-Mode HybridTransmission w/Regenerative

braking

2-Mode HybridTransmission w/Regenerative

braking

AFM 6.0LV8/V4 Engine

AFM 6.0LV8/V4 Engine

Page 50: GM’s Advanced Propulsion Technology Strategy

New for 2008iNew for 2008iWhat else is unique about the Tahoe/Yukon Hybrid?

Regenerative Braking

Aerodynamic Improvements: New fascias, running boards & wheels No roof rack, tow hooks or fog lamps

Mass Savings: Aluminum hood, liftgate, front bumper beam & wheels Thin profile seats

Hard Packaged Content: Only one trim package Only 2 free flow options: Sunroof and Rear Seat Entertainment Facilitates pool retail distribution system

What else is unique about the Tahoe/Yukon Hybrid?

Regenerative Braking

Aerodynamic Improvements: New fascias, running boards & wheels No roof rack, tow hooks or fog lamps

Mass Savings: Aluminum hood, liftgate, front bumper beam & wheels Thin profile seats

Hard Packaged Content: Only one trim package Only 2 free flow options: Sunroof and Rear Seat Entertainment Facilitates pool retail distribution system


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