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Gaining tractionA customer view of electricvehicle mass adoption inthe U.S. automotive market
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Opening
Is this the time or the electric car? Who is likely to buy
these vehicles? (I we build them, will buyers come?)
What will Original Equipment Manuacturers (OEMs)
need to do to make these vehicles acceptable or the
mass market? These are challenging questions given the
substantial investments automakers and suppliers will have
to make in order to bring electric vehicles to the mass
market. To answer these questions and others, Deloitte
recently completed a proprietary market study that includesprimary and secondary customer research and interviews
with executives rom major automotive OEMs, clean-tech
start-ups, dealers, and energy companies. Our fndings are
presented in this report.
As the industry begins to recover rom the eects o the
2008/2009 recession, quite a ew actors are converging
to make the idea o an electric vehicle (EV) more attractive
than ever. Government tax credits, emission regulation
and uel economy standards, and unstable oil prices are
contributing to a shit in both ocus and attitude among
industry leaders. Most o the major global OEMs have
announced plans or vehicles powered by an electric motorwith an on-board battery pack. Also, several start-up
companies have announced their intentions to bring
pure electric vehicles to market in the next
12 to 18 months. These announcements have generated
great enthusiasm in the media and at recent auto shows.
Indeed, the uture o the electric car looks good.
But there are challenges. So ar, most EVs have been
powered by internal combustion engines (ICE) with
supplemental electric motors and battery storage in
other words, they are not the true electric cars o the
popular imagination. As a result, the size o the market
opportunity has been dicult to gauge. How big is the
potential demand? Who are the likely buyers o the
electric car? At the same time, certain barriers need to beovercome beore market adoption could achieve critical
mass. These topics were the ocus o our research:
Market opportunity
Target customers
Barriers to adoption
Market orecast
As used in this document, Deloitte means Deloitte Consulting LLP, a subsidiary o Deloitte LLP. Please see
www.deloitte.com/us/about or a detailed description o the legal structure o Deloitte LLP and its subsidiaries.
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Gaining traction 3
About our study
The analysis presented in this report comes rom original
primary and secondary research, including interviews with
executives rom major automotive OEMs, clean-tech start-
ups, dealers, and energy companies, as well as a survey o
nearly 2,000 current vehicle owners.
To this qualitative and quantitative data we applied
Deloittes Demand Driven Analytics Methodology (Figure
1) to assess the consumers perspective about the uture oelectric vehicles in the U.S. market.
Figure 1. Deloittes demand driven analytics methodology
Assessing uture demand or electric vehicles was
somewhat challenging since it meant testing consumer
preerences or a product with which they are largely
unamiliar. For this reason, we ocused on uncovering
consumers amiliarity with EV technologies and products;
with their opinions around price, brand, range, charging,
the inrastructure, and the cost o ownership; and with the
consumers imagined t o an EV in his or her liestyle
given a range o demographic parameters.
Awareness? Desirable?
Interested to
Learn?Non-Adopter
Adopter
High/Yes
Low/No
Yes
Yes
No
No
Brand/Product
Price/Cost
Technology
Range
Charging/Infrastructure
Different Technologies
Price/TCO
Range
Charging/Infrastructure Needs
Implications to my Lifestyle
Probability Volume Est.
Consumer Awareness Desirability Adoption
How familiar are youabout various EVtechnologies?
How accurate is yourunderstanding?
Our consumer survey indicate current
consumer awareness and purchase
barriers
Our cost and volume analysis
estimates the rate of adoption
over time
Our consumer survey indicates current
consumer awarensss and purchase
barriers
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Electric vehicles present a tremendous opportunity or
the struggling, established automotive industry (Figure 2).
They can enable the OEMs to respond to the growing
public clamor or energy independence, security, and
reliability since the grid is powered by multiple sources
including coal, natural gas, nuclear power, and renewable
sources. EVs are also introducing innovative body materials
and styling, and todays electric motors deliver high
perormance and torque over a wide rpm range, whichmakes driving the new EVs a satisying experience even
when compared to traditional ICE vehicles.
EV opportunity
Energy independence,security and reliability
Vehicle style andperformance
Automotive industryinnovation, growthand restructuring
Government incentives and
policiesTechnology advancements
Industry investments
Exogenous variables
Clean subsidies and loan guarantees Consumer tax credits CAF standards CO2 emissions
Energy prices Global recession and automotive
industry restructuring Environmental concern
Battery technology Lighter body composites Smart grid
Automotive technology R&D Battery provider R&D New vehicles (e.g., Leaf, Volt)
Figure 2. Electric vehicle and activity drivers
But electric vehicles also pose a threat to OEMs, as they
could lead to recongured value chains and massive
industry restructuring. The threat is a complicated
problem infuenced by a wide range o actors including
government policies and incentives, technology
advancements in components such as batteries, and
market orces including the price o gasoline.
Market opportunity
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Gaining traction 5
Target customers
Similar to early adopters o hybrids, early adopters o
EVs will be young, very high income individuals
adoption is already being popularized by high-prole
celebrities
Average incomes are expected to be in excess o
$200K HHI who already own one or more vehicles
Early adoption will be concentrated around southern
Caliornia where weather and inrastructure allow
or ease o EV ownership
Figure 3. Early adopter prole: 20112020
Source: Deloitte survey, interviews and analysis
Figure 4. Non-Adopter prole
EV
perception
Top purchase
infuencer HHI Gender Location Garage
Miles per
week
Expensive Price $54K 49% Male Suburban and
rural
36% no garage
& power
600
Based on our research, we have created a prole o
consumers most likely to buy electric vehicles (early
adopters, see Figure 3) and those least likely to do so
(non-adopters, see Figure 4) in the oreseeable uture.
The early adopters will be a small number o buyers,
nowhere near the volume needed or mass adoption.
They will be young, high-income individuals who already
own one or more vehicles. We expect early adoptionto be centered in southern Caliornia primarily due to
inrastructure investments already made in the region (and
discussed later in this document).
On the other side o the spectrum are the non-adopters.
These consumers tend to be highly insensitive to
environmental matters and are rarely politically active.
They live predominantly in suburban and rural areas and
drive larger vehicles SUVs and trucks a relatively
signicant distance every week. Non-adopters are very
price sensitive; with low household incomes (HHI), they
view EVs as expensive. Since a relatively high percentage
do not have garages, charging an EV could be dicult.
These consumers would be poor targets or any EV
marketing campaign and are unlikely to want to buy an EV
unless prices dropped signicantly and ranges expand to
accommodate their typical driving distances.
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Source: U.S. Census
The early majority
Eventually, mass adoption will be spurred by the development
o competitive oerings. We reer to consumers coming on
board at this time as the early majority and would include
those individuals who are the most likely to buy immediately
ater the early adopter wave.
These consumers have a very distinct prole (Figure
5), beginning with a much higher-than-average HHI at$114K. They tend to reside in urban or suburban areas,
but nearly 90 percent have garages with electrical power
Early Majority Population & Volume PotentialGiven a ew key demographic and psychographic
attributes o the mass adopter segment we can
approximate the segments population size
Men represent 49% o the total population and
67% o this segment
13.4% o men have an income o $100K or more
12.3% o Households have an income between
$100K to $150K
44.9% o men vote, 44.5 % o women vote
There are 1.3 million men and women in the U.S.
who have the demographic characteristics in the
Early Majority segment
(which resolves the challenge o charging the EV). Their
weekly mileage is low about 100 miles. Environmentally
sensitive, they perceive an EV as green and clean; they
are concerned about U.S. dependency on oreign oil and
are politically active. Finally, this group is willing to pay a
premium or convenience.
Among the U.S. population, about 1.3 million people all
into this segment. Among these, the most likely earlymajority are men and women ages 40 to 44. This group is
the most likely target or electric vehicles.
Figure 5. Early majority prole
EV
perception
Top purchase
infuencer HHI Gender Location Garage
Miles per
week
Green and
clean
Reliability $114K 67% Male Urban and
suburban
88% have
garage & power
100
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Gaining traction 7
Our research indicates that a sizeable demographic segment
o U.S. consumers would consider buying an electric vehicle;
however, we also identied barriers to mass adoption.
In our survey we asked consumers which variables would
encourage them to buy an electric car (Figure 6) and which
Figure 6. Factors encouraging Survey Respondent EV purchase Figure 7. Factors discouraging Survey Respondent EV purchase
Barriers to adoption
would discourage them rom doing so (Figure 7). The top
our actors in the pro column are price, reliability, cost
to charge, and convenience to charge. I these our are
avorable, the consumers attitude toward the EV would be
positive. The top three variables in the con column are
price, range, and size o the vehicle.
Question: What is the top factor that would prevent
you from purchasing an EV (% of respondents?
32%
22%12%
11%
10%
8%
2% 2% More expensive
Have a limited range
Don't want a small car
Don't know anything about them
Don't perform as well astraditional vehicles
Difficult to charge
Safety concerns about batteryand electrical system
The abiltiy to avoid or survive acrash
Vehicle price
Reliability
Cost to charge
Convenience to charge
Fuel costs
Gov. incentives
Style and appearance
Environmental impact
Foreign oil dependence
Option to lease battery
Larger vehicle availability
Popularity
Question: What would be your mainconsiderations when purchasing an EV?
Low High
Govt.
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We also interviewed executives rom major automotive
OEMs, clean-tech start-ups, dealers, and energy companies.
In these inquiries, we noticed an interesting trend: at this
time, the leaders o traditional automotive OEMs seem to
have a closer, clearer understanding o customer surveyed
concerns than do executives rom clean-tech start-ups
surveyed (Figure 8).
For example, clean-tech executives surveyed think thatquality and charging convenience are less important than
perormance and styling to consumers. But, our research
indicates that, potential buyers arent concerned with those
actors at this point; right now, their concerns are more
basic. Auto executives surveyed realize something clean-
tech executives do not: U.S. consumers are accustomed to
a certain type o automotive experience. For EVs to become
popular, they must mimic the experience and perormance
that drivers have become accustomed to.
9 8 7 6 5 4 3 2 1Category
Reliability
Sticker Price / TCO
Quality
Charging Convenience
Performance
Utility
Styling
Resale and Trade-In
Battery Swapping
Current Auto
Future Auto
Current Clean
Tech
9 8 7 6 5 4 3 2 1
Least Significant Most Significant Least SignificantMost Significant
Automotive Perspective Clean-Tech Perspective
Clean-Tech companies surveyed are less concerned
about charging convenience than automobilecompanies
They believe performance, utility and styling
will be key drivers of mass adoption
They are less aligned with customers
Automotive executives surveyed believe that
charging convenience will become lesssignificant in 5 years due to a more
extensive charging infrastructure
They are relatively aligned with customers
Figure 8. Respondents Perceptions o actors driving EV adoption
Synthesizing all this quantitative and qualitative data, we
have identied six potential barriers to the mass adoption
o electric vehicles:
Familiarity
Brand
Range
Charging
Inrastructure
Price and cost o ownership
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Gaining traction 9
Figure 9. Customer Surveyed Familiarity
Barriers to adoption
A. Familiarity
We discovered that customers are largely unamiliar with
alternative uel technologies other than hybrids (Figure 9).
Its natural that they would be hesitant in their enthusiasm
or something they know nothing about. Furthermore,
their amiliarity (and subsequent comort) with hybrid
vehicles comes rom massive education eorts by a ewautomobile manuacturers eorts already 10 years
underway at a cost o more than $1 billion.
Electric vehicles represent an even more radical departure
rom ICE vehicles than did hybrids; public acceptance will
require more education about issues such as charging,
ranges, and the driving experience itsel. Messaging will
need to ocus on educating and correcting because
many people have wrong preconceptions about EVs. For
these reasons, its highly likely that educating customers on
EV technologies will cost even more than it did or hybrids.
0.0 1.0 2.0 3.0 4.0 5.0
Range Extender
Battery Swapping Stations
Hydrogen VehicleFuel Cell Vehicles
Vehicle Charging Stations
Flex-Fuel Vehicles
Biodiesel Vehicle
Pure Electric Vehicle
Plug-in Hybrid
Hybrid
High Familiarity
EV Related
Other Clean technology
Low Familiarity
Question: How familiar are you with the following clean technologies?
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Question: Driving Distance (per day)
Miles (per day)
18%
66%
85%94%
100%
15%
70%
88%98% 99%
0%
20%
40%
60%
80%
100%
< 10 < 50 500
Weekday(per day)
Weekend(per day)
%o
fpeople(Cumulative)
C. Range
Even though EVs meet the daily range requirements o
most drivers, range anxiety is pervasive amongst our survey
participants. Technically a 50-100 mile electric range would
meet the daily driving requirements o most customers,
a statistic that clean-tech executives ocus on. But our
research indicates that consumers arent comortable with
that range. Most expect a minimum range o 300 miles
beore they would consider an EV (Figure 11).
Essentially, consumers want the equivalent range o an ICE
vehicle on a tank o gas. This gap is important: customerswant the reedom and convenience they associate with a
ull tank o gas. They want the convenience and peace-
o-mind knowing they can make rom point A to point B
without the worry o running out o uel/energy.
Question: Required range (miles)
%ofpeople 0%
20%
40%
60%
80%
100%
50 100 200 300 >400Range (miles)
1 2 3 4 5
Figure 10. Brand preerence
Figure 11. Survey Respondent's Driving distance, per day and
required
B. Brand
Experience tells us that when it comes to automotive
purchases, consumers are brand-driven; we believe they
will buy EVs only rom a brand they trust (Figure 10). Our
study indicates that Toyota, Honda, and Ford have brand
permission in this space due in part to the green equity
they have built with their hybrid vehicles. We think that
EVs rom these three OEMs will have the highest likelihood
o success. As a corollary, Nissan and Chevrolet will likely
ace challenges in their upcoming EV launches. As rst-
to-market products, their vehicles will bear the cost and
burden o educating consumers.
17%15%
12%
8% 7% 7%5% 5%
4%3% 3% 3% 2% 2% 2% 2% 1% 1% 1% 1% 1% 0% 0%
0%2%4%6%8%
10%12%14%16%18%
Toyota
Honda
Ford
Chevy
Audi
BMW
GM
Lexus
Nissan
GMC
Cadillac
Hyundai
Mercedes
VW
Tesla
Volvo
Kia
Mazda
Infiniti
Lincoln
Mercury
Saab
Fisker
Companies with current models
or models launching this year
Other companies
Question: From whom would you be most likely to purchase an EV?
%
of
eole
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Gaining traction 11
Travel distance
On weekdays and weekends, ew consumers surveyed travel more than 100 miles per day
EVs with a range o 50 miles could meet the daily needs o 66% o drivers on weekdays, and 70% on weekends
Range anxiety
70% o drivers surveyed would expect an electric vehicle to travel 300 miles beore they would consider purchasing one
Current EVS vary Considerably in their range
Nissan Lea: 100 miles (electric)
Ford Focus: 100 miles (electric)
Tesla Model S: 160 miles (electric)
Chevy Volt: 40 miles (electric ) + 300 (combustion)
Fisker Karma: 50 miles (electric) + 300 (combustion)
D. Charging
Our survey results indicate that consumers want to be
able to charge at home and have the convenience o
rapid charging stations. Eighty-one percent o surveyed
consumers would preer to charge rom home, but 61
percent dont have access to home-charging capabilities,
such as a garage with an electric power source.
Relatively ew (only 17 percent) would be willing to spend
eight hours charging their vehicle at home (ully recharging
depleted PHEV/EV batteries can take 2 to 8 hours,
depending on the type o charging equipment and battery
size). However, i the charging time is reduced rom eight
hours to our, consumer willingness doubles. Sixty-nine
percent would be willing to pay up to $1,000 or a vehicle
that charges aster (Figure 12), but no more than $1,000.
Further, 54 percent o surveyed consumers would not
consider purchasing an EV until charging locations are
widely available and as easy-to-locate as a gas station
is today. Currently, there are ewer than 500 stations in
the United States, with more than 80 percent o these in
Caliornia (Figure 13). Clearly, increasing public and private
inrastructure will be necessary beore the EV can be widely
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Figure 12. Charging time Survey Responses
47%
22%14%
7% 5% 3% 1% 1% 0%0%
10%
20%
30%
40%
50%
$60K
Question: How much would you expect to pay for an EV?
Cost ($)
%o
fpeople
Figure 20. Operating benet over ICV
$1,070
$940$810
$680
$550$510 $470
$0
$200
$400
$600
$800
$1,000
$1,200
2009 2010 2011 2012 2013 2014 2015
Projected Li-ion Battery Cost per KWHkWh
Battery cost / kWh ($)
GasPrice
($)
Sensitivity o operating benets or EV
to key costs and gas prices
Note: the base line values or the analysis are: Battery cost /KWh =
$1100, Gas price = $3.00 per gallon), and Govt. Subsidy = $4000 per EV
7%
23%
47%
Govt. Subsidy (20%
increase)
Gas Prices (20% increase)
Battery Cost/KWh (20%reduction)
kWh
kWh
EV has anOperatingBenet over ICV
$1,000 $900 $800 $700 $600 $500
$ 3.00 -$1 ,6 75 -$1 ,1 75 -$6 75 -$1 75 $325 $825
$3. 25 -$1,525 -$1,025 -$525 -$25 $475 $975
$3.50 -$1,375 -$875 -$375 $125 $625 $1,125
$3.75 -$1,225 -$725 -$225 $725 $775 $1,275
$4.00 -$1,075 -$575 -$75 $425 $925 $1,425
$4.25 -$925 -$425 $75 $575 $1,075 $1,725
$4.50 -$775 -$275 $225 $725 $1,225 $1,725
$4.75 -$725 -$125 $375 $875 $1,375 $1,875
$5.00 -$475 $25 $525 $1,025 $1,525 $2,025
Approx. 2010Battery Cost
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Figure 21. Purchase unnel analysis or 2020 market
Purchase Price Low ($25K) Med ium ($35K) High ($45K)
Range High (350 miles) Medium (200 miles) Low (100 miles)
Gas Price High ($4.5/gal) Medium ($3.5/gal) Low ($3/gal)
Opinion
Consideration
Purchase
26%
19%
13%
N/A
Aggressive Probable Conservative
93%
55%
44%
5.6%
83%
44%
24%
3.1%
75%
28%
14%
1.9%
2010 PurchaseFunnel
Scenario Analysis: Purchase funnel in 2020
Awareness
Adoption Barriers
Familiarity
Brand
Range
Charging
Infrastructure
Price andOwnership
Cost
NOTE: 1) Analysis considered BEVs and PHEVs only. 2) Current unnel is derived based on the customer
survey. The 2020 purchase unnel is based on sensitivity o consideration to purchase price and range within
customer clusters and the purchase unnel metrics or Hybrid adoption 3) The U.S. light vehicle volume or
2020 is assumed to be 15 million.
Sources: Deloitte analysis, primary research; GK Automotive Purchase Funnel Benchmarks, Jan 2010
Market forecast
Based on our research, we estimate that in 2020 electric
vehicles will account or 3.1 percent o total automotive sales
in the U.S. market (Figure 21) or approximately 465K units.
We also expect with volume increasing, many OEMs will
enter the market, and that consequently, the market share
per OEM will shrink: assuming ve OEMs in 2015 making
electric vehicles, each OEM will sell only 12,000 units a
year on an average. This volume does not appear to besucient to push the cost o the battery lower.
In 2020, even with the volume at 465,000 units, each OEM
will have only about 93,000 units (Figure 22). I each o
the fve OEMs has three models, then EV production per
model will be only 30,000. At this small volume OEMs will
be challenged in recovering the cost o their inrastructure
investments, and each OEM will ace signifcant cost
pressures.
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Gaining traction 17
Figure 22. Market penetration and volume trends or EVs
0
100K
200K300K
400K
500K
600K
700K
800K
900K
2 01 0 2 01 1 2 01 2 2 01 3 2 01 4 2 01 5 2 01 6 2 01 7 2 01 8 2 01 9 2 02 0
Aggressive ScenarioProbable ScenarioConservative Scenario
S
Volum
e
Market share in 2020
5.6% (840K units)
3.1% (465K units)
1.9% (285K units)
Market share in 2015
0.5% (75K units)0.4% (60K units)0.3% (45K units)
AggressiveProbableConservative
Market Penetration and Volume Trends for EVs (BEVs and PHEVs)
Note: 1) Analysis considered BEVs and PHEVs only. 2) Current unnel is derived based on the customer
survey. The 2020 purchase unnel is based on sensitivity o consideration to purchase price and range within
customer clusters and the purchase unnel metrics or Hybrid adoption 3) The U.S. light vehicle volume or
2020 is assumed to be 15 million.
Sources: Deloitte analysis, primary research; GK Automotive Purchase Funnel Benchmarks, Jan 2010
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Conclusions
Electric vehicles are attractive to customers, the automotive
industry, and the country. In the U.S., approximately 1.3
million consumers ft the demographic and psychographic
profles o potential early majority EV customers. The
challenge to the industry at this point is overcoming the
six barriers to adoption. We expect that mass adoption
will be gradual roughly 3 percent by 2020 and
that complementary technologies will continue to gain
acceptance.
Consumer perspective
EVs bring perormance and styling improvement
opportunities or automakers. However, range anxieties
will be a signicant barrier to adoption until technology
can address the issue. We conclude that the keys to
mass adoption are 1) a reduction in price and 2) a driving
experience in which the EV is equivalent to the internal
combustion engine vehicle.
Automotive industry
Clean-tech investments are accelerating, supported by
government incentives. Because o their investments in
hybrids, three OEMs Toyota, Honda, and Ford appear
to be well positioned in the emerging EV market. We
expect that new EV introductions will broaden awareness,
build excitement, and boost messaging/imaging. However,
given our orecasted volume o 465,000 units across 15
brands/models in 2020, we believe achieving proftabilityand manuacturing efciencies will be a challenge.
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Gaining traction 19
Contact information
Craig Gif
U.S. Consumer & Industrial Products
Leader
Principal
Deloitte Consulting LLP
Mark Gardner
U.S Automotive Consulting LeaderPrincipal
Deloitte Consulting LLP
Robert Hill
Principal
Deloitte Consulting LLP
Masa Hasegawa
Senior Manager
Deloitte Consulting LLP
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This publication contains general inormation only and is based on the experiences and research o Deloitte practitioners. Deloitte is not, by means
o this publication, rendering business, nancial, investment, or other proessional advice or services. This publication is not a substitute or such
proessional advice or services, nor should it be used as a basis or any decision or action that may aect your business. Beore making any decision
or taking any action that may aect your bus iness, you should consult a qualied proessional advisor. Deloitte, its aliates, and related entities shall
not be responsible or any loss sustained by any person who relies on this publication.
Copyright 2010 Deloitte Development LLC. All rights reserved.