DISCLOSURE APPENDIX AT THE BACK OF THIS REPORT CONTAINS IMPORTANT DISCLOSURES, ANALYST CERTIFICATIONS, AND THE STATUS OF NON-US ANALYSTS. US Disclosure: Credit Suisse does and seeks to do business with companies covered in its research reports. As a result, investors should be aware that the Firm may have a conflict of interest that could affect the objectivity of this report. Investors should consider this report as only a single factor in making their investment decision.
CREDIT SUISSE SECURITIES RESEARCH & ANALYTICS BEYOND INFORMATION®
Client-Driven Solutions, Insights, and Access
23 July 2015
Global
Equity Research
Battery industry Connections Series
Tesla Gigafactory: heightened LiB competition
from ESS market entry
Figure 1: Price comparison of Home ESS sold by each manufacturer
0
100
200
300
400
500
600
700
800T
esl
a M
oto
rs(P
lan
ned
)
Pa
na
son
ic
BY
D
Kyo
cera
Nic
hic
on
Sh
arp
To
shib
a
Na
yuta
Ina
ba
De
nki
Sa
ng
yo
GS
Yu
asa
Elii
y P
ow
er
IMT
(k¥)Lowest per-kWh prices for Home ESS for each manufacturer
US
China
Japan
Tesla MotorsPlanned, est. price including inverter
Australian average (AUS$3,000, ¥290k)
European average (€2,000, ¥280k)
Source: Company specification sheets, ITmedia, Credit Suisse calculations
■ Tesla charging into ESS: In April, US electric vehicle (EV) maker Tesla Motors announced it will enter the commercial and residential energy storage systems (ESS) market. With this, we believe the likelihood of significantly lower costs for both EVs and ESS rises, due to the increased production volume and associated economies of scale to be achieved at the Gigafactory (Tesla’s massive lithium-ion battery (LiB) integrated production facility). In this report we assess the implications of Tesla’s entry into the ESS market and look at changes in the battery space that have taken place since the release of our 28 February 2014 report, Supply chain implications of Tesla's Gigafactory. Teaming up with fellow Credit Suisse analysts around the world (in Japan, Korea, the Americas, Europe and Australia), we have also summarized the implications for companies in related sectors.
■ Four main implications: (1) New market entrants will flood into the ESS business, in anticipation of lower prices driving market expansion; (2) Tesla's low-cost LiB ESS hitting the market will dramatically lower the benchmark price at which products are competitive, increasing pressure on rival battery makers; (3) The potential growth rate of materials / lithium makers will begin to diverge, depending on their level of exposure to Tesla’s partner Panasonic; (4) Automakers will expand their sales efforts beyond simply selling EV/PHEVs to selling comprehensive vehicle-to-home (V2H) ecosystems.
■ Stock calls: We like Tesla Motors (TSLA) and Hitachi Chemical (4217). GS Yuasa (6674) would be negatively affected, in our view.
The Credit Suisse Connections Series
leverages our exceptional breadth of
macro and micro research to deliver
incisive cross-sector and cross-border
thematic insights for our clients.
Research Analysts
Jun Yamaguchi
81 3 4550 9789
Dan Galves
212 325 9274
23 July 2015
Battery industry 2
Contributors Credit Suisse Equity Research
Japan
Batteries
Jun Yamaguchi +81 3 4550 9789 [email protected] Tokyo
Go Tanaka +81 3 4550 7266 [email protected] Tokyo
Battery materials
Masami Sawato +81 3 4550 9729 [email protected] Tokyo
Shinya Yamada +81 3 4550 9910 [email protected] Tokyo
Automobiles
Masahiro Akita +81 3 4550 7361 [email protected] Tokyo
Koji Takahashi +81 3 4550 7884 [email protected] Tokyo
South Korea
Batteries / Battery materials
Keon Han +82 2 3707 3740 [email protected] Seoul
Kenneth Whee +852 2101 7319 [email protected] Hong Kong
Eric Yoo +82 2 3707 3761 [email protected] Seoul
Automobiles
Michael Sohn +82 2 3707 3739 [email protected] Seoul
JungIl Lee +82 2 3707 3796 [email protected] Seoul
North America
Automobiles
Dan Galves +1 212 325 9274 [email protected] New York
Battery materials
John P. McNulty +1 212 325 4385 [email protected] New York
Europe
Batteries / Battery materials
Chris Counihan +44 20 7883 7618 [email protected] London
Mathew Waugh +44 20 7888 0194 [email protected] London
Australia
Battery materials
Michael Slifirski +61 3 9280 1845 [email protected] Melbourne
Latin America
Battery materials
Viccenzo Paternostro +55 11 3701 6043 [email protected] Sao Paulo
23 July 2015
Battery industry 3
Focus charts Figure 2: Tesla’s EV LiB production forecast (GWh) by
model
Figure 3: Tesla’s EV+ESS LiB production forecast (GWh)
2.5 3.9 3.3 3.9 4.4 4.4 4.40.4
3.94.9
6.1 6.1 6.11.2
5.5
13.8
22.0
2.54.3
7.1
9.9
16.0
24.3
32.5
0
5
10
15
20
25
30
35
2014 2015E 2016E 2017E 2018E 2019E 2020E
(GWh) Tesla EV-use LiB production forecast by model
Model 3
Model X
Model S
4.3 7.1 9.916.0
24.3
32.5
0.00.4
1.7
4.6
8.4
13.8
1.8 2.54.4
7.5
11.6
20.7
32.6
46.3
0
10
20
30
40
50
2013 2014 2015E 2016E 2017E 2018E 2019E 2020E
(GWh) Tesla LiB production forecast (EV+ESS)
ESS
EV
Source: Company data, Credit Suisse estimates Source: Company data, Credit Suisse estimates
Figure 4: Price comparison of Home ESS sold by each manufacturer
0
100
200
300
400
500
600
700
800
Te
sla
Mo
tors
(Pla
nn
ed
)
Pa
na
so
nic
BY
D
Kyo
ce
ra
Nic
hic
on
Sh
arp
To
sh
iba
Na
yu
ta
Ina
ba
De
nki
Sa
ng
yo
GS
Yu
asa
Elii
y P
ow
er
IMT
(k¥)Lowest per-kWh prices for Home ESS for each manufacturer
US
China
Japan
Tesla MotorsPlanned, est. price including inverter
Australian average (AUS$3,000, ¥290k)
European average (€2,000, ¥280k)
Source: Company specification sheets, ITmedia, Credit Suisse estimates
Figure 5: Cross-industry battery-related business alliance trends expansion of business scope
Examples of alliances Expansion of
Purpose of alliance business scope
Auto + Battery = Honda + GS Yuasa; Nissan + NEC
Auto LiB
Parts + Battery = Bosch + GS Yuasa (+Mitsubishi Corp)
Auto LiB
Auto + Battery + Materials = Tesla + Panasonic + various material suppliers
Auto + Energy storage system LiB
Battery + Heavy = Samsung SDI + ABB
Energy storage system
Auto + Utility = MMC/PSA + EDF (+Mitsubishi Corp. etc)
Energy storage system, Auto LiB recycle
Auto + Trading cos = Nissan + Sumitomo Corp.
Energy storage system, Auto LiB recycle
Heavy / Utility /
Trading industryAuto industry
Battery / Materials
industry
Automotive
+ESS
+ LiBrecycle
Source: Company data, Nikkan Kogyo Shimbun and other articles, Credit Suisse
23 July 2015
Battery industry 4
Table of contents Contributors 2 Focus charts 3 Overview 6
Significant impacts from Tesla’s aggressive ESS pricing strategy 6 It’s a free-for-all: existing players expand their business scope and new market
entrants flood in 6 Entry by industry outsiders 6 Battery makers to face intensified competition, both direct and indirect 6 Battery material makers’ fortunes hinge on composition of their customer bases 7 Automakers expanding beyond EV/PHEV to capture value added in V2H 7
Implications for individual sectors and companies (summary) 8 Home ESS price comparison 9
Tesla Powerpack is less than half the price of existing rival products 9 Competitors’ prices are lower than before, but the difference is stark 10
Update on the Tesla Gigafactory 11 Progress of the construction process 11
To date, construction progress appears ahead of schedule and the planned capacity
of the plant appears to be growing 11 Background behind Tesla's entry into Energy Storage Systems 12
Initial indications of interest were outstanding 12 Outlook for Tesla's EV and ESS business 13
Changes and analysis of the evolving battery-related industries 15 Growth in demand for EV/PHEVs has missed expectations 15 Background: EVs are still not economically rational 15 Existing players expanding their business scope and companies from other sectors
jumping in 16 Business areas are expanding, evolving from Auto LiB to ESS LiB to recycling 16 Many companies from different sectors entering 17 Increasing number of companies only entering assembly, not manufacturing 17 Tesla: Diversifying risk via integrated production all the way from materials,
economies of scale, and development of both EVs and ESS products 18 Implications for battery makers 20
Japan 20 Panasonic (6752, Not Rated) 20 GS Yuasa Corporation (6674, NEUTRAL, TP ¥520) 21
South Korea 21 Samsung SDI (006400.KS, NEUTRAL, TP W132,000) 21 LG Chem Ltd. (051910.KS, OUTPERFORM, TP W330,000) 22
Europe 23 Johnson Matthey (JMAT.L, NEUTRAL, TP £33.00) 23
Impact on battery materials makers 24 Japan 24
Sumitomo Chemical (4005, NEUTRAL, TP ¥780) 24 Mitsubishi Chemical Holdings (4188, OUTPERFORM, TP ¥1,000) 24 Ube Industries (4208, NEUTRAL, TP ¥250) 24 Hitachi Chemical (4217, OUTPERFORM, TP ¥3,200) 25 Kureha (4023, OUTPERFORM, TP ¥630) 25 Sumitomo Metal Mining (5713, NEUTRAL, TP ¥2,100) 25
Europe 26 Cathode materials 26 The move to lithium from nickel based technology 26 Umicore (UMI.BR, OUTPERFORM, TP €50.00) 27 BASF (BASFn.DE, UNDERPERFORM, TP €77.00) 27
23 July 2015
Battery industry 5
Australia 28 Syrah Resources (SYR.AX, OUTPERFORM, TP A$7.30) 28
Implications for Lithium Producers 29 Albemarle Corporation (ALB, Not Rated) 30 FMC Corporation (FMC.N, OUTPERFORM, $69.00) 30 Sociedad Quimica y Minera (SQM.N, UNDERPERFORM, TP $27.00/ADR) 30
Implications for automakers 31 Japan: Seeking to raise vehicle value added through V2H 31 South Korea: Focused on EV over ESS 31
Hyundai Motor (005380.KS, NEUTRAL, TP W137,000) 31 Supplementary materials 32
Recent Credit Suisse reports 32 Related stocks 32 Reference charts / figures 35
23 July 2015
Battery industry 6
Overview Significant impacts from Tesla’s aggressive ESS
pricing strategy
It’s a free-for-all: existing players expand their business scope and new market
entrants flood in
Tesla Motors announced it will enter the energy storage systems (ESS) market on 30 April,
2015. The 10kWh system that was unveiled will sell for $3,500 ($350/kWh), a price level
well below anything seen to date. This announcement will likely precipitate a much faster
expansion of the market than previously anticipated. At the same time, with demand for
battery packs used in electric vehicles (EV) and plug-in hybrid vehicles (PHEV) growing at
a slower rate than originally expected (back in 2009–10), related companies (battery
makers, materials suppliers, automakers) are now jumping into the ESS arena, and
entrants from other industries are also joining the fray. These new developments can be
expected to prompt some manufacturers to accelerate their business expansion plans in
this area.
Entry by industry outsiders
The current influx of new market entrants from other industries constitutes a major change
in the battery industry. Automakers are already active in the Home ESS and V2H
businesses, heavy machinery manufacturers have expressed interest in the Electrical Grid
ESS market, and a number of previously-rare tie-ups between battery makers and heavy
machinery manufacturers have also been announced. With sales of EV/PHEV running
below original expectations, there appears to be a drive among related companies to
expand the scope of their business domains in a bid to reap volume gains and capture
value added.
Battery makers to face intensified competition, both direct and indirect
Meanwhile, established battery makers (apart from Panasonic) will face increased
competition from two directions:
■ In both automotive batteries and ESS, established makers will find themselves in
direct competition with Tesla, who has committed itself to ambitious mass production
plans aimed at dramatically lowering costs, and will face a significant intensification of
price competition in both the EV/PHEV and ESS businesses as a result. Obviously,
both of these application areas could see accelerated growth in the future, but there
remains a risk that fallout from price deterioration will outpace any gains from market
growth.
■ There are countless ESS makers, but not all systems makers are battery makers.
Many procure their batteries from outside sources, then assemble them in-house into
ESS. Tesla’s move will significantly reduce benchmark price levels for batteries, in turn
strengthening the hand of systems makers in price negotiations with their suppliers.
Although indirect in nature, this could to lead to a deterioration in the price
environment.
Seeking to capture value
added by moving beyond
automotive batteries and
into ESS and V2H
Batteries: Competition set to
heat up both directly and
indirectly from Tesla
23 July 2015
Battery industry 7
Battery material makers’ fortunes hinge on composition of their customer bases
On the materials side, the best-positioned companies are those that are either (1) already
part of Panasonic’s supply chain, or (2) handle materials that are in relative short supply
globally / there are limited number of suppliers / have pricing power (e.g. lithium).
Automakers expanding beyond EV/PHEV to capture value added in V2H
Back in the initial heady days of 2009–10 when EV/PHEV expectations were running high,
automakers’ primary focus was on selling EV/PHEV. However, companies are now looking
beyond just EV/PHEV and into V2H systems that allow excess power stored in EV
batteries to be transferred in and out of Home ESS. Behind this move is the disappointing
EV/PHEV sales which have not seen the sort of growth originally anticipated, undermining
progress in bringing down battery costs. Automakers are reacting by entering the
V2H/ESS business as a means to increase the economies of scale (adding ESS to
existing automotive battery volume) and, as opposed to just selling cars, to acquire know-
how and intellectual property by integrating cars into comprehensive home energy
ecosystems. In Japan, disaster prevention-related energy storage needs were expected to
grow after the March 2011 Tohoku earthquake, giving further momentum in this area.
Materials: Panasonic
suppliers and companies
handling tight-demand items
in best position
Autos: Expanding from
sales of EV/PHEV to full
V2H systems aimed at
capturing home power
needs
23 July 2015
Battery industry 8
Implications for individual sectors and companies
(summary)
When Tesla’s Gigafactory comes online, the company’s battery production volume and
price competitiveness will both increase. We believe materials makers are in a relatively
favorable position in the value chain to benefit from the coming developments. Particularly
well-positioned are Japanese companies already supplying Panasonic, and lithium
suppliers who have global oligopolistic control of this key material. In contrast, with the
exception of Tesla partner Panasonic, we see little benefit for battery makers apart from
indirect gains related to growth in the EV and ESS markets. The operating environment for
battery makers should grow only more severe as competition, both direct and indirect,
ratchets up. For this reason, we expect the impact on battery makers like GS Yuasa
(Japan), Samsung SDI and LG Chem (both South Korea) to be largely negative.
Figure 6 shows the battery-related sales exposure and the potential impacts from the ESS
market expansion and the Tesla battery production expansion for major battery-related
companies.
Figure 6: Battery business exposure, impact from the expansion in the ESS market/Tesla Gigafactory for each company
Industry Region Company
Battery-
related
business as
% of revenue
Description of business
Potential
impact from
ESS market
expansion
Tesla-
related?
Effect of Tesla's
expansionRelationship with Tesla
Panasonic 5.1%Produces a full lineup of small-scale/EV/ESS
LiBMedium Yes Positive
Main supplier for Tesla; produces Tesla
batteries in Japan and in the Gigafactory
GS Yuasa 12.4%Produces Auto & Industrial LiB; batteries
(incl. lead) makes up more than half of salesMedium No Negative
Directly competes with Tesla in multiple
fields incl. Auto LiB and ESS
Europe Johnson Matthey 2.6%
Design and manufactures batteries and
recently acquired a LFP cathode materials
business
Medium No Neutral Supports market growth and investment
LG Chem 14%Produce lithium ion batteries for IT devices,
EV; ESSMedium No Negative
No known relationship; competitor in both EV
batteries / ESS
Samsung SDI
> 60% (small
size + large
size)
LiB manufacturer High Yes NegativeDirectly competes with Tesla as SDI is an EV
ESS battery manufacturer
Sumitomo Chemical 0.5%Manufactures heat-resistant separators,
rapid expansion in shipments to TeslaMedium Yes Positive Supplies separators
Mitsubishi Chemical 0.4%
Manufactures cathodes, anodes and
electrolytes; has high market share in
anodes and electrolytes
Medium Yes Positive Supplies electrolytes
Ube Industries 2.0%No.1 manufacturer of electrolytes worldwide,
also produces separatorsMedium Yes Positive Supplies electrolytes
Hitachi Chemical 3.3%
Global #1 share of anodes (30%); anodes
(including energy storage devices) makes up
20% of sales
Medium Yes Positive Supplies anodes
Kureha 3.9% 70% global share in binder production Medium Yes Positive Supplies binders
Sumitomo Metal Mining 3.0%Miner of lithium nickel oxide, used in
cathodesHigh Yes Positive Supplies cathodes to Tesla
Umicore 9.3%Produces cathode materials (NMC/LCO) for
EV batteries and electronicsHigh Maybe Positive
Not a direct supplier but have expertise in
NCA materials used by Tesla
BASF 0.3%Produces cathode materials (NCM/LFP),
electrolytes and separators for EV-LiBLow No Neutral Supports market growth and investment
Australia Syrah ResourcesPotentially
50%
Planned graphite miner and coated spherical
graphite producer for the LiB marketHigh Yes Positive
Potential supplier of coated spherical
graphite for LiB anodes
Ecopro <50% LiB material provider High Yes Negative
Negative as of now; it provides NCA
(cathode material) to Samsung SDI, a direct
competitor. However, if the company were to
supply to Tesla in the future, its expansion
would be positive.
L&F Co. 100% LiB material provider High Yes NegativeSupplies cathode materials to Samsung SDI,
a direct competitor
FMC 5.0% Major producer of lithium Medium Maybe Positive
In talks now for potential lithium supply; has
the ability to upgrade lithium carbonate to
lithium hydroxide
Albemarle 14% Major producer of lithium High Maybe Positive
Limited talks with Tesla; has the ability to
upgrade lithium carbonate to lithium
hydroxide
L. America SQM 10% Major producer of lithium Medium No/Maybe Positive Potential supplier of lithium
N. America
Battery
Japan
S. Korea
Battery
materials
Japan
Europe
S. Korea
Lithium
Source: Company data, Credit Suisse estimates
23 July 2015
Battery industry 9
Home ESS price comparison
Tesla Powerpack is less than half the price of existing rival products
Figure 7 is a comparison of the per-kWh price of Tesla's Home ESS product (Powerwall)
and competing products currently being sold by rivals (excluding manufacturers that have
not released their manufacturer’s suggested retail prices (MSRPs)). The price of the
Powerwall (10kWh, $3,500; $350/kWh, or ¥42,000/kWh) does not include the price of the
inverter, but even after taking it into account (broadly double the price, or roughly
$700/kWh, or ¥84,000/kWh) is still less than half that of Panasonic's ¥180,000/kWh and
BYD's ¥247,000/kWh.
Figure 7: Price comparison of Home ESS sold by each manufacturer
0
100
200
300
400
500
600
700
800
Te
sla
Mo
tors
(Pla
nn
ed
)
Pa
na
so
nic
BY
D
Kyo
ce
ra
Nic
hic
on
Sh
arp
To
sh
iba
Na
yu
ta
Ina
ba
De
nki
Sa
ng
yo
GS
Yu
asa
Elii
y P
ow
er
IMT
Lowest per-kWh prices for Home ESS for each manufacturer(k¥)
Note: Actual capacity may be less than nameplate capacity as the Depth of Discharge andDischarge Efficiency differs by product. Operating life (# of charge/discharge cycles) andrate of battery capacity deterioration also differs by product.
US
China
Japan
Australian average (AUS$3,000, ¥290k)
Tesla MotorsPlanned est. price including inverter
European average (€2,000, ¥280k)
Source: Company specification sheets, ITmedia, Credit Suisse calculations
23 July 2015
Battery industry 10
Competitors’ prices are lower than before, but the difference is stark
Figure 8 compares the prices of Home ESS announced by Japanese battery makers in
July 2011, right after the March 2011 Tohoku earthquake, and prices of models being
currently sold. Although prices have been falling for all manufacturers, the difference
between their prices and the price of Tesla's new products remain substantial.
Figure 8: Current prices of Home ESS sold by each manufacturer compared with prices from July 2011
0
100
200
300
400
500
600
700
800
900
Te
sla
Mo
tors
(Pla
nn
ed
)
Te
sla
Mo
tors
(Pla
nn
ed
, w
/ in
ve
rte
r)
Pa
na
so
nic
BY
D
Kyo
ce
ra
Nic
hic
on
Sharp
To
sh
iba
Na
yu
ta
Ina
ba
De
nki
Sa
ng
yo
GS
Yu
asa
Elii
y P
ow
er
IMT
So
ny
Sa
nyo
(n
ow
pa
rt o
fP
ana
so
nic
)
Ed
iso
n P
ow
er
(k¥)Lowest per-kWh prices for Home ESS for each manufacturer:
Comparison with July 2011 prices
Note: Assumed forex rate: 1 USD = 120 JPYActual capacity may be less than nameplate capacity as the Depth of Dischargeand Discharge Efficiency differs by product. Operating life (# of charge/dischargecycles) and rate of battery capacity deterioration also differs by product.
US
China
Japan (2015/07)
Japan (2011/07)
Source: Company specification sheets, ITmedia, Credit Suisse calculations
23 July 2015
Battery industry 11
Update on the Tesla Gigafactory Tesla currently purchases approximately 3.8GWh of LiB battery cells from Panasonic on
an annualized basis (based on current ~48k annual production run-rate of Tesla Model S,
at avg 80kWh's per unit). These cells are produced in Japan and then shipped to Tesla's
automotive assembly factory in Fremont, California, USA where Tesla assembles the cells
into full battery packs. We expect Tesla to ramp vehicle assembly to approx. 100k unit run-
rate by early 2016 which would require cell supply in the 8GWh annualized range.
On February 26, 2014, in order to secure incremental battery supply, Tesla announced
that it would build a fully vertically-integrated battery production facility in the US that
would be capable of producing 35GWh of cells and 50GWh of packs by 2020. This plant is
named Gigafactory. Tesla would continue to purchase ~15GWh of cells produced outside
the Gigafactory, from existing Panasonic facilities in Japan and potentially from a second
battery source. The Gigafactory will be "owned" by Tesla with supply chain partners
manufacturing inside the building but not having any equity stake (think of it as a Just-in-
Time supply chain system, but with the entire supply chain under one roof).
Start of production was originally planned for early 2017 with full production capacity to be
achieved in 2020. Expected total investment cost was announced as $4bn-$5bn, with
Tesla directly investing $2bn and supplier partners investing the remainder (news reports
peg Panasonic's contribution at ~$1.5bn or 30%-40% of total). Approximately 70% of Pack
production would be used to produce 500k Tesla automobiles per year with the remaining
30% used primarily for energy storage products.
Due to substantially lower cost of logistics, power, water, and labor relative to Japan, and
economies of scale from raw materials through to final pack production, Tesla projects an
"at least 30%" reduction in cell cost vs the 2016 Panasonic Japan cell prices. In our view,
this will result in automotive battery pack costs in the $150 / kWh range which would
support a 200-mile+ (322-km+) driving range for Tesla's next-generation vehicle, Model 3,
in the $6,500-$7,000 range. This would get Tesla very close to cost parity with internal
combustion powertrain costs for the low luxury segment (i.e. BMW 3-Series, Mercedes C-
Class, etc).
Progress of the construction process
After the February announcement, Panasonic signed an agreement to participate on July
30, 2014, Tesla broke ground on several sites in Summer 2014, and Tesla announced
final decision on a site outside Reno, Nevada on September 4, 2014.
To date, construction progress appears ahead of schedule and the planned capacity
of the plant appears to be growing
In late 2014, Tesla updated the start of production date to late 2016 (from early 2017) and
then in May 2015 mentioned that Pack production at Gigafactory (using Panasonic Japan
cells) would commence in 1st Quarter of 2016 with cell production to follow in 2H 2016. So,
we believe construction progress is somewhat ahead of schedule. From 3Q14 through
1Q15, Tesla spent $118MM of capex on Gigafactory which appears on track, assuming a
5 year phased construction cycle (i.e. factory will be built in standalone blocks of about
10GWh each).
And the ultimate size of the plant appears to be increasing. After initial interest in Tesla's
energy storage products was much higher than expected, CEO Elon Musk mentioned
(early May 2015) that Tesla was studying a potential 50% increase to capacity (i.e.
75GWh vs original 50GWh) and recently (July 7, 2015) a Nevada local official mentioned
that Tesla was now planning a 24MM square foot facility, up from 10MM square feet
Dan Galves
+1 212 325 9274
23 July 2015
Battery industry 12
originally planned, implying the potential for 100GWh+. This latest update is supported by
recent incremental land purchases by Tesla.
Panasonic has confirmed that it will send hundreds of engineers / employees to Nevada in
Fall 2015 to begin preparing the plant for large-scale cell production.
What we don't know is much about Panasonic's current supply chain and who they plan to
use for Gigafactory. Recent news reports, again based on presentations from Nevada
local officials, are that Panasonic will bring 14 suppliers with them as part of the
Gigafactory ecosystem.
We see little risk in terms of Tesla being able to fund the factory investment. While cash
burn has been high over the last several quarters, we expect that increased production to
meet expected Model X SUV demand (the company's second product, which doubles the
addressable market), should lead Free Cash Flow to turn positive in 2016. Additionally, the
company's $36bn market cap and recent closing of a very low-cost $500MM asset-backed
credit line implies the ability to raise significant external financing if necessary.
Background behind Tesla's entry into Energy
Storage Systems
After hinting at getting into the energy storage business for some time, Tesla officially
launched Tesla Energy on April 30, 2015 with the introduction of residential and
commercial / utility-scale products. Each is available at pricing well-below expectations of
investors and of customers/distributors, which reinforces our belief in Tesla’s meaningful,
sustainable battery cost advantage. Key takeaway from the launch event was the $3,500 /
$3,000 price of the 10kWh / 7kWh back-up power / daily cycling home systems called the
Powerwall (price to installer, excluding inverter) and $250/kWh pricing of the utility-scale
product called the Powerpack. According to management, Tesla is profitable today at
these prices (i.e. doesn't require Gigafactory cost reductions).
Initial indications of interest were outstanding
Within one week, Tesla had received indications of interest for ~$800MM of Storage
Battery business (for context, Tesla auto revenue in total 2014 was $3.5bn). Greater than
75% of the interest by revenue was for utility / heavy industrial applications. See Figure 9.
Since the late April announcement, we've seen announcements of partnerships / projects
from large companies / utilities like Walmart, Cargill, Southern Company, AES, Gaelectric,
Duke Energy, Advanced Microgrid Solutions, among others. And this makes sense, as
industry experts appear to believe that $350 / kWh is the point at which energy storage
deployments to the electric grid begin to produce positive economic value.
Figure 9: Indications of Interest received by Tesla in 1st
week after Tesla Energy product
launch
Powerwall Powerpack Total
Initial Indications of Interest 38,000 2,500
Units per Potential Order 1.5 10
Total Units 57,000 25,000 82,000
kWh / Unit 8.5 100
Total MWh 485 2,500 2,985
Revenue per kWh 388 250 272
Total Revenue ($MM) 188 625 813 Note: Powerwall is the residential system that comes in 7kWh Daily Cycling configuration ($3,000 to the
distributor, up to 5,000 cycles, NMC (nickel-manganese-cobalt) chemistry) or 10kWh Backup Power
configuration ($3,500 to the distributor, 1,000-1,500 cycles, NCA (nickel-cobalt-aluminum) chemistry).
Powerpack is the Utility / Commercial scale battery that comes in 100kWh packs priced at $25,000 per unit
Source: Company data, Credit Suisse estimates.
23 July 2015
Battery industry 13
Outlook for Tesla's EV and ESS business
We rate Tesla OUTPERFORM with a $325 target price, based on 20x our late-decade
EPS estimate of $22 discounted back three years at 15% per year. Our view is that Tesla
Energy supports about $30-$75 of that valuation, with automotive accounting for the
remainder. We believe that pure battery electric vehicles have inherent advantages that
will lead to much higher than expected demand once the disadvantages in driving range
and cost are addressed. We believe that Tesla is currently providing a viable amount of
range (240 – 285 miles on the difficult US cycle test) and is well on the path to near cost-
parity by late this decade.
The Gigafactory is an important part of the story, as we believe it will solidify Tesla's
control of the low-cost, high volume source of LiB batteries, extending their already strong
competitive advantage in electric vehicles. We expect that non-Tesla/Panasonic
automotive-grade batteries will reach ~$250–$300 per kWh (pack level) by 2018 from
$400 today. Tesla is already at these levels and we project $150-$175 by 2018 (Tesla
management has recently begun to talk about potential for $100/kWh costs by 2020). The
Gigafactory will begin production in 2016 and is expected to have output of at least
50GWh by 2020. We've heard of only one other battery-maker with plans on this scale,
with BYD projecting total capacity of 34GWh by 2020.
And the ESS business is a very important of Tesla's outlook, both as a secondary revenue
stream that helps to de-risk Gigafactory investment / cyclicality of the auto business, but
also as an important synergy driver with the auto business. Tesla is creating a full
ecosystem. Battery-powered cars transfer fuel usage to the electric grid and typically
consume power at off-peak times. Storage batteries should enable a more stable grid with
a higher proportion of power generation to come from renewables, and significantly reduce
the need for incremental generation assets as personal transport becomes more
electrified. All of this enables cheaper power which further reduces operating costs of
battery-powered cars. Cheap storage also will likely reduce costs associated with Tesla's
Supercharger network.
We believe that commercial success of the Tesla Model S (outsold all vehicles in its price
range in the US during 1Q15) has driven increased focus on pure electric vehicle
development by traditional automakers. In the same way, we believe Tesla's introduction
of a standardized size / price energy storage products will drive increased investment and
activity in that space as well.
Figure 10: Historical and Projected Tesla Battery Costs (at Pack level)
690
475
290 250
159
0
100
200
300
400
500
600
700
800
2008 2010 2013 2015 2018
Cost per kWh($)
CAGR -17.1%
CAGR -15.1%
CAGR-7.2%
CAGR -13.9%
Source: Company data, Credit Suisse estimates
23 July 2015
Battery industry 14
Figure 11: Projected Cost Walk from current base Model S battery (70kWh's / 240 miles driving range) to Gigafactory
Model S / X battery to Gigafactory Model 3 battery
Packaging
(Cost unit: USD)kWh Cost / kWh
Cost /
VehiclePack Cost $ Cost
Cost /
kWh
Current Model S / X Pack 70 150 10,500 7,000 17,500 250
2016 Panasonic cell cost (assume 3% per year reduction) -9
30% cost savings from Gigafactory -45
5% per year reduction due to improved energy density -20
Low-rolling resistance tires, other efficiencies (5%) -4
Better manufacturing efficiency (25%) -1,750
New Model S / X Pack 67 76 5,052 5,250 10,302 155
25% Smaller vehicle (assume 20% smaller battery) -13
Low-rolling resistance tires, other efficiencies (10%) -7
Smaller pack (20%) -1,400
New Model 3 Pack 46 76 3,510 3,850 7,360 159
Cells Total Battery
Source: Credit Suisse estimates
Figure 12: Tesla’s EV LiB production forecast (GWh) by
model
Figure 13: Tesla’s EV+ESS LiB production forecast (GWh)
2.5 3.9 3.3 3.9 4.4 4.4 4.4
0.43.9
4.96.1 6.1 6.1
1.2
5.5
13.8
22.0
2.54.3
7.1
9.9
16.0
24.3
32.5
0
5
10
15
20
25
30
35
2014 2015E 2016E 2017E 2018E 2019E 2020E
(GWh) Tesla EV-use LiB production forecast by model
Model 3
Model X
Model S
4.37.1
9.9
16.0
24.3
32.5
0.0
0.4
1.7
4.6
8.4
13.8
1.8 2.54.4
7.5
11.6
20.7
32.6
46.3
0
10
20
30
40
50
2013 2014 2015E 2016E 2017E 2018E 2019E 2020E
(GWh) Tesla LiB production forecast (EV+ESS)
ESS
EV
Source: Company data, Credit Suisse estimates Source: Company data, Credit Suisse estimates
23 July 2015
Battery industry 15
Changes and analysis of the evolving battery-related industries Growth in demand for EV/PHEVs has missed
expectations
Looking back, the event that boosted expectations of substantial growth in the eco-friendly
car (EV/PHEV) market was the establishment of battery manufacturer JV, Lithium Energy
Japan (LEJ) by GS Yuasa, Mitsubishi Motors (7211), and Mitsubishi Corp (8058) in
December 2007. We published a thematic report on EVs back in October 2009 (Electric
Vehicles: Batteries not the only EV plays (1 October 2009), and our US team also
released one the same day (Electric Vehicles: Back to the Future (1 October 2009)).
However, for various reasons (including short ranges, high prices, insufficient charging
infrastructure and safety concerns) the pace of growth has missed expectations. As a
result, all levels of the supply chain (automakers, battery makers, materials makers) have
experienced worsening earnings and excess capacity. We think that the fact that EVs,
especially those released to date, did not make economic sense is one of the key reasons
why they have failed.
Background: EVs are still not economically rational
We have long argued that "green" cars (HEV, EV, PHEV) are hobbled by a lack of
economic rationality, as the lifetime costs of these vehicles are higher than for traditional
internal combustion engine (gasoline and diesel) cars. Figure 14 compares the lifetime
costs of gasoline, diesel, HEV, PHEV, and EV (using the Japanese market as an example)
to determine to what extent battery costs would need to decline in order for consumers to
avoid “losing out” when purchasing a green car. While results can vary depending on the
various assumptions used, if we take into consideration the difference in fuel, electricity
and maintenance costs, our model indicates that battery costs would actually have to fall
into negative territory for lifetime costs to break even with internal combustion engine (ICE)
cars in the case of HEV and PHEV, and even in the case of EV, battery costs would have
to decline to about $150/kWh in order to make economic sense(in many parts of Europe
and the US, there are no subsidies at all for HEVs, making it even harder to recoup battery
and hybrid system costs). In short, with the exception of certain high-end brand makers
who are able to sell green cars at premium prices, it will be difficult to generate significant
mass-level demand for such cars until production costs can be lowered enough (and/or tax
credits can be raised enough to offset the difference) so that lifetime costs of eco-friendly
cars can be brought in line with those for ICE cars. We believe this is the case for most
EV/PHEV cars currently on the market. (Granted, batteries are not the only source for
reducing the costs of eco-friendly cars. Cost-cutting sources also include hybrid systems,
motors, and other additional electronics equipment. However for convenience, we are only
considering the cost of batteries.)
Given this operating environment, in order to further bring down the cost of batteries (one
of the bottlenecks in lowering costs) and to lower the lifetime costs of eco-friendly cars to
levels where they start making economic sense, battery makers are expanding their LiB
businesses beyond automotive batteries and into ESS products, as this will serve to boost
their economies of scale, allowing them to agree to volume discount requests from
automakers.
23 July 2015
Battery industry 16
Figure 14: Calculating lifetime costs for ICE vehicles and xEVs, and maximum battery cost at which latter become
economically rational (Japan)
Battery Breakeven Analysis (JPN) Gasoline ICE Diesel HEV PHEV EV
Assumptions Base Car Price $ 18,000 $ 19,000 $ 22,000 $ 24,000 $ 25,000
Annual driving distance (km) 8,000 Battery Costs $ - $ - $ 1,200 $ 6,000 $ 10,000
Lifecycle (years) 5 Tax Credit $ - $ - $ 3,000 $ 5,000 $ 10,000
Purchase Costs $ 18,000 $ 19,000 $ 20,200 $ 25,000 $ 25,000
Fuel efficiency (km/L) Gas ICE 14
Fuel efficiency (km/L) Diesel ICE 16 Annual Fuel Costs $ 690 $ 494 $ 315 $ 126 $ -
Fuel efficiency (km/L) HEV 30 Annual Electricity Costs $ - $ - $ - $ 75 $ 126
Fuel efficiency (km/L) ICE of PHEV 30 Annual Maintenance $ 600 $ 600 $ 900 $ 1,050 $ 1,200
PHEV Gas ratio 40% Annual Costs $ 1,290 $ 1,094 $ 1,215 $ 1,252 $ 1,326
Effective Gasoline Price ($/L) 1.17$ PV Total costs $ 23,743 $ 23,870 $ 25,611 $ 30,572 $ 30,902
Diesel Price ($/L) 0.99$ Cost per km $ 0.594 $ 0.597 $ 0.640 $ 0.764 $ 0.773
Battery Price ($/kWh) 500$ INITIAL purchase cost differential ($) vs. Gasoline $ (2,200) $ (7,000) $ (7,000)
HEV Battery Size (kWh) 1.6 INITIAL purchase cost differential ($) vs. Diesel $ (1,200) $ (6,000) $ (6,000)
PHEV Battery Size (kWh) 10
EV Battery Size (kWh) 20 Lifetime total cost differential ($) vs. Gasoline $ (1,868) $ (6,829) $ (7,159)
Lifetime total cost differential ($) vs. Diesel $ (1,741) $ (6,702) $ (7,032)
Electricity Price ($/kWh) 0.10$
Battery mileage (km/kWh) 6.4 Max Battery Cost ($/KW), vs. Gasoline $ (417) $ (83) $ 142
Discount Rate 4% Max Battery Cost ($/KW), vs. Diesel $ (338) $ (70) $ 148
Source: Credit Suisse estimates
Existing players expanding their business scope and
companies from other sectors jumping in
Business areas are expanding, evolving from Auto LiB to ESS LiB to recycling
Due to these circumstances, we believe battery makers and automakers have also
started to focus on ESS market development (concerns about electricity supplies after the
March 2011 Tohoku earthquake helped boost awareness of energy storage needs).
Automakers are also expanding operations from simply selling EV/PHEVs to Home ESS,
V2H, and automotive LiB recycling. In other words, the scope of the battery business,
which we thought would mostly consist of automotive-use, has expanded to ESS, and has
further spread to encompass the entire battery life cycle, including battery recycling. We
believe car makers have thus moved to tap volume growth and added-value, and not rely
solely on EV/PHEVs.
Figure 15: Cross-industry battery-related business alliance trends expansion of business scope
Examples of alliances Expansion of
Purpose of alliance business scope
Auto + Battery = Honda + GS Yuasa; Nissan + NEC
Auto LiB
Parts + Battery = Bosch + GS Yuasa (+Mitsubishi Corp)
Auto LiB
Auto + Battery + Materials = Tesla + Panasonic + various material suppliers
Auto + Energy storage system LiB
Battery + Heavy = Samsung SDI + ABB
Energy storage system
Auto + Utility = MMC/PSA + EDF (+Mitsubishi Corp. etc)
Energy storage system, Auto LiB recycle
Auto + Trading cos = Nissan + Sumitomo Corp.
Energy storage system, Auto LiB recycle
Heavy / Utility /
Trading industryAuto industry
Battery / Materials
industry
Automotive
+ESS
+ LiBrecycle
Source: Company data, Nikkan Kogyo Shimbun and other articles, Credit Suisse
23 July 2015
Battery industry 17
Many companies from different sectors entering
Furthermore, due to the growing potential need for electrical grid and household energy
storage arising from the growth in solar power, companies in sectors that previously had
little involvement in LiB-related business are starting to enter the business (including
through teaming up with battery makers). They include heavy machinery manufacturers,
utilities (electric, gas), and trading companies.
Figure 16: Battery-related tie-ups between automakers / battery makers and companies in other industries
Business Format Companies involved Remarks
Samsung SDI/ABB Signed an MOU to develop and market microgrids in March 2015
BYD/ABBAnnounced strategic partnership to develop smartgrid and EV charging
technologies in September 2014
Mitsubishi Motors / Mitsubishi
Corp / PSA Peugeot Citroen
(France) / EDF (French power
company) / Other
Attempting to create an ESS system using multiple types of batteries,
including used auto-LiBs from Mitsubishi Motors and PSA and currently
operating EVs
BMW (Germany) / PG&E (US
power company)
Started a program that pays incentives to EV owners that refrain from
charging their EVs during peak demand hours
Pilot program
(Gas utility + Automaker)Osaka Gas / Honda / Toshiba
Uses EV battery to store electricity produced by fuel cells, and depletes it
when fuel cells don't produce enough electricity
Partnership
(Heavy machinery +
Battery / Automaker )
Pilot program
(Electric utility + Automaker)
Source: Company data, Nikkan Kogyo Shimbun and other articles, Credit Suisse
Increasing number of companies only entering assembly, not manufacturing
The number of ESS manufacturers who are entering the market, betting that ESS demand
will increase, is growing. We suspect many only assemble and market the ESS system
and source the batteries externally. Battery makers who supply the batteries and ESS
system manufacturers negotiate battery prices individually. We think that the indirect effect
of Tesla setting substantially lower prices for ESS batteries than previous industry
standards might be ESS system makers demanding lower prices for batteries. In such a
scenario, we would expect positive outcomes to come from the acceleration in the pace of
expansion in the ESS market due to the lower prices. However, this would not be entirely
good news as battery makers might be subjected to substantial pressure to cut their prices.
Figure 17: ESS manufactures that buys batteries from other sources
PanasonicTabuchi Electric
Edison PowerYamada Denki
+ West HD
KyoceraSamsung SDI
Toshiba
Samsung SDISamsung SDI Nichicon
YAMABISHI
Note: Solid line represents battery supply only, dotted line represents OEM of entire ESS system
Source: Company data, Credit Suisse
23 July 2015
Battery industry 18
Tesla: Diversifying risk via integrated production all the way from materials,
economies of scale, and development of both EVs and ESS products
Amid these changes in the industry, Tesla's business model—concentrated manufacturing
from battery materials all the way through to battery cells and packs in a single factory like
the Gigafactory, reducing costs by maximizing economies of scale, and developing both
EVs and ESS products to diversify demand risk—is truly unique and looks likely to give the
company a competitive edge.
Figure 18: Relationship between automakers and battery makers set to change: Tesla will be first to integrate
production from materials to battery packs, now targeting both Auto LiB and Home ESS markets
Relationship:
=>If the sales of Tesla ESS products grow, competing battery/ESS makers could be heavily impacted
Main companies: Tesla Motors, Panasonic, battery material makers
Timeframe: Powerwall is planned to be shipped from Summer 2015; Gigafactory is planned to start its operations one year earlier than the original plan, in 2016
In addition to EVs like the Model S/X/3, ESS products like the Powerwall and the Powerpack provide an additional venue for battery cell demand, leading to lower costs
through increased production
PanasonicTesla
Material suppliers
Model S/X/3
PowerwallPowerpack
Home/BusinessESS
Source: Company data, Credit Suisse
23 July 2015
Battery industry 19
Figure 19: Companies from industries like auto parts, heavy machinery and trading companies have already entered the
Auto LiB/ESS market
Bosch
Hyundai
Heavy
Toshiba
ABB
Honda
Mitsubishi
Motors
BYD
Tesla
Samsung
SDI
GS Yuasa
Panasonic
LG
Chem
Sekisui
Chemical
Mitsubishi
Corp
PG&E
EDF
Osaka
Gas
Auto parts makers
Heavy machinery
Auto LiB
ESS
(Home/
Industrial/
Grid
manage-
ment)
Mitsubishi
Heavy
PSA
Peugeot
Citroen
BMWAutomakers
Battery makers
Chemicals
Trading companies
Power utilities
Gas utilities
Nissan
Motors
Sumitomo
Corp
Note: Dotted lines on the left side of the chart (Auto LiB side) represent joint ventures.
Dotted lines on the right side (ESS side) represent joint grid management projects, except for Mitsubishi Heavy which produces industrial LiBs.
Source: Company data, Credit Suisse
23 July 2015
Battery industry 20
Implications for battery makers Assuming that Panasonic will continue to be the only battery maker directly involved in
Tesla’s Gigafactory, we believe the implications are basically negative for other battery
makers.
■ Increased price competition in both automotive and ESS batteries: In both
automotive and stationary batteries, established makers will find themselves in direct
competition with Tesla, who has committed itself to ambitious mass production plans
aimed at dramatically lowering costs, and will face a significant intensification of price
competition in both the EV/PHEV and ESS businesses as a result. Obviously, both of
these application areas could see accelerated growth in the future, but there remains a
risk that fallout from price deterioration will outpace any gains from market growth.
■ Risk of increased price pressure from energy storage system makers: There are
countless ESS makers, but not all systems makers are battery makers. Many procure
their batteries from outside sources, then assemble them in-house into ESS. Tesla’s
move will significantly reduce benchmark price levels for batteries, in turn
strengthening the hand of systems makers in price negotiations with their suppliers.
Although indirect in nature, this could to lead to a deterioration in the price
environment.
■ There is a positive side from growth in scope of market and industry: Assuming
Tesla does succeed in boosting sales of both EV and ESS battery, other battery
makers would likely benefit from accelerated growth in electric vehicle and home
battery system markets and increased public awareness. But in the short term, the
negative impact from intensified competition would likely overwhelm any such gains.
Japan
Panasonic (6752, Not Rated)
Panasonic supplies cylindrical LiBs to Tesla. The company officially announced its
participation in Tesla’s Gigafactory in October 2014 and has established a LiB production
subsidiary within the Gigafactory. In addition to cells it currently produces in Japan, it plans
to begin mass production of batteries at the Gigafactory in 2016.
The company undertook a comprehensive group-wide reorganization in April 2015 that
merged its small rechargeable battery business and its automotive battery business with
the aim of creating a single unified technology platform to boost competitiveness.
Management targets for FY3/16 include total rechargeable battery sales of ¥406bn (+7%
YoY) and OP of ¥22.7bn (+210%). In the automotive-related area, which includes vehicle-
mounted batteries, power sources, and charging devices, it targets FY3/19 sales of
¥700bn (compared to FY3/16 guidance of ¥420bn), with car batteries serving as the main
driver. In the stationary storage battery business, in addition to supplying batteries to Tesla
the company plans to expand sales of ESS used in base stations and residential
applications.
The company budgets ¥1tn in strategic investments for the four years FY3/16–19, with
¥200bn earmarked for FY3/16. About ¥60bn of these investments will be spent in
automotive and industrial businesses, with slightly more than half going to the Gigafactory.
23 July 2015
Battery industry 21
GS Yuasa Corporation (6674, NEUTRAL, TP ¥520)
GS Yuasa’s automotive LiB business is focused on two joint venture consolidated
subsidiaries: Blue Energy (BEC), which supplies batteries for Honda HEVs, and Lithium
Energy Japan (LEJ), which supplies batteries mainly for Mitsubishi Motors’ PHEVs. It has
also established a third joint venture in the LiB field called Lithium Energy & Power (LE&P)
with Bosch and Mitsubishi Corp in February 2014.
With Tesla fully entering the field of battery manufacturing, GS Yuasa may have to
compete with another company for automotive battery orders, and the LiB cost benchmark
could drop substantially. LE&P is aiming to boost LiB performance two-fold by 2020. That
kind of dramatic step-up in battery technology may give GS Yuasa a competitive edge
against other battery makers, including Tesla, but it is difficult to tell at this point whether it
will be successful. In the near term, we think GS Yuasa needs to remain focused on
narrowing losses in its automotive LiB business by boosting output of batteries for Honda’s
HEV lineup and by improving productivity and costs for batteries used in Mitsubishi
Motors’ Outlander PHEV model.
In addition to automotive LiB, the company is also working to expand its industrial LiB
business (which currently generates an estimated ¥5–6bn in sales). Although focused
more on industrial and power generation applications than residential batteries, there is a
possibility that this business will end up competing against Tesla’s ESS business in the
future, particularly in overseas markets.
South Korea
Samsung SDI (006400.KS, NEUTRAL, TP W132,000)
Description of company's business: Samsung SDI (SDI) is a leading Li-ion battery (LiB)
manufacturer. After entering the market in 2000, the company has maintained its global
number one position in small size LiBs since 2010. Up to 2014, SDI maintained more than
25% market share in the small size LiB market. In the large size LiB market, SDI is
currently the sole supplier of battery cells to BMW's i3 and i8 with a long term contract
while also supplying to other major auto OEMs such as Chrysler, Audi, Volkswagen and
Porsche. SDI acquired Magna Steyr's battery pack business in February for around
W100bn to develop its own battery pack business. SDI is also a global leader in the LiB
ESS market with a 24% market share in 2014. The company is active in both the
residential and commercial ESS markets with supply contacts from various customers
around the world.
Competitiveness, strategy and future outlook: SDI's battery cell manufacturing
capability is globally competitive given its track record and experience from small size LiB.
The weakness has been in the cell packaging on the xEV battery side, which it tried to
strengthen through formation of a JV with Bosch in the past. Disagreements ended the JV
relationship and SDI attempted to go alone in developing a competitive packaging
business without much success. This led to the acquisition of Magna Steyr's battery pack
business in February 2015 which was a strategic move to gain immediate access into the
packaging business, related IPs and buyout of existing customer contracts. Access to
customers on xEV battery packaging included VW, BMW, Daimler, and Volvo. Acquisition
included all employees, existing customer contracts, and production and development
sites. Fully integrating cell production and packaging is seen as an important strategic
move in becoming competitive in the xEV battery segment.
SDI's ESS is a derivative of its successful xEV battery manufacturing. ESS business
started in 2012. Main cells are of same quality as its xEV battery specifications, so
performance such as safety and charge acceptance is high. Main areas of focus for ESS
products are in the residential and commercial power storage, base transceiver stations,
uninterrupted power system for factories and buildings and power plant/utility/renewable
Jun Yamaguchi
+81 3 4550 9789
Keon Han
+82 2 3707 3740
23 July 2015
Battery industry 22
energy solutions. Within Korea, government subsidies provided (up to 30%) for installing
uninterrupted power system for home ESS helped expand the domestic market. Its
notable customer includes Nichicon of Japan, and main target markets are developed
countries. SDI's long term strategy is to create ESS synergy with its xEV battery
manufacturing to participate in the growing market.
Impact of Tesla entry: In the long-term, Tesla will likely be a strong competitor to
Samsung SDI. But during the early penetration and expansion phase, we think Tesla's
entry will help accelerate the adoption of ESS usage globally. At Samsung SDI, the ESS
business takeoff has been relatively slow, despite the ability to manufacture in high volume.
Tesla's activity with various corporate customers on the stationary ESS, particularly related
to energy storage on existing power grid systems during off-peak hours as well as drawing
excess power off of wind and solar for later use will likely help promote usage more widely
globally. At the introduction phase of the technology, we think it is more important to build
demand as the vast untapped market will likely to be large enough to accommodate
several leading producers. This has been the case in most of the new technology cycles in
the past. Addition of another large scale producer will likely bring down the material costs
and the growing scale bring down the costs of the overall supply chain during the
expansion phase. The risk is if major ESS battery makers compete on capacity from the
start, potential profitability could be eroded before demand reaches high penetration.
Faster than expected ESS market growth: During the growth phase of the ESS
penetration, more rapid than expected demand will likely lead to a faster decline in cost.
This would also encourage more investments and more entrants at the supply chain level,
helping to reduce material costs. At SDI, much of the cell production lines are set up to
promote synergy between the ESS and xEV batteries. Therefore, high volume is critical to
increase capacity utilization rates and recover the cost of initial investment and cover both
fixed and variable costs. Currently ESS business is operating at a loss but investments are
still ongoing in order to create scale and prepare for the eventual demand acceleration.
Currently, the pace of revenue growth is the biggest determinant of when ESS business
can turn profits.
LG Chem Ltd. (051910.KS, OUTPERFORM, TP W330,000)
LG Chem's role within the battery industry focused on mobile batteries, automotive
batteries and energy storage system (ESS). Management of LG Chem appears committed
to expanding the battery franchise further and acknowledged the business to be one of LG
Chem's new growth engines in the coming years.
LG Chem has and is likely to continue dominating the global EV battery market through
signing several significant deals (including SAIC, Qoros, Hyundai, Audi, Nissan, Daimler),
expanding its production sites to Nanjing, China and reopening part of its dormant US
battery plant. The company currently has capacity of around 3GWh, from which we expect
revenue to ramp up from around W800bn in 2015 to W1trn in 2016 amid expanded
customer base and the roll-out of second-generation batteries starting from 2016/2017.
We envision that LG Chem is likely to have better penetration rate than its peers given
lower costs (~30%) from current generation battery as a very rare chemistry-based battery
producer among the major ones, boasting its higher energy density battery design (48-volt
instead of current 12-volt storage) and longer all-electric range.
LG Chem has also expanded its global ESS franchise through various strategic alliances
(including Energiequelle, Siemens, Duke Energy, Gexpro, Ideal Power, Geli). Albeit a
small business now which only take up less than ~1% of LG Chem's total revenue and
EBIT, we expect it should grow to ~2% by 2016 with better margin, assuming LG Chem
should take up ~20% market share. We believe LG Chem will be a key beneficiary If ESS
market were to grow faster than previously expected with more significant earnings
accretion given it is a high margin business (with minimal up-front investment required)
Kenneth Whee
+852 2101 7319
23 July 2015
Battery industry 23
We believe it is still too early to comment the impact from Tesla emerging as a major
player in the battery industry because of the different technology base (Tesla's cylindrical
type vs LG Chem's polymer type). LG Chem's competitive advantage also comes from its
proven track record of safety, adaptability and longer service life.
Europe
Johnson Matthey (JMAT.L, NEUTRAL, TP £33.00)
Johnson Matthey (JMAT) has UK-based production of LiB batteries. The business is small
and provides JMAT with a battery platform. JMAT have a greater focus on next generation
technology rather than lower-end products.
Johnson Matthey's Axeon (purchased in 2012) designs and manufactures large-scale
high-voltage automotive grade battery systems as well as batteries for mobile power
products. Management see this acquisition as a window into the battery material market
from both a technology and commercial point of view. Johnson Matthey see considerable
sales and technology synergies.
Johnson Matthey formed a Battery Technologies group in 2012 to focus on advanced
materials and applications engineering for high performance battery systems. They
subsequently bought a Chinese battery manufacturing facility from A123 in 2014 and
Clariant's battery business in 2015.
JMAT agreed to purchase Clariant's LFP (iron phosphate) battery franchise in 2015 for
US$75mn. The unit is a leading supplier of LFP cathode materials for automotive and non-
automotive applications with sales of around £11mn (operating loss in 2013).
The Clariant business produces both cathode materials and anode materials for EV
batteries and is the world’s largest manufacturer/ IP holder of LFP cathode materials. They
opened a plant in Canada (December 2011), with a capacity of 2,500 tonnes pa. The
technology is licensed to 8 companies including BASF, beLife and Sony.
LFP is one of the leading battery technologies with superior safety and power, as well as
reasonable cost. As such it is ideally suited for electricity storage. However its less than
perfect energy density, may make it less suited for plug-in electrical vehicles where
storage capacity is key, in our view.
JMAT intend to accelerate product development through acquiring expertise/IP and
production. The CLN acquisition provides an established customer base in LFP to
leverage their A123 production assets in Asia.
This acquisition brings JMAT's total sales associated with battery materials (and fuel cells)
to around £90mn in 2015. They target c£100mn of sales and breakeven profits in
2015/16E. JMAT target £300m of sales from batteries by 2020, with a c15% margin.
Mathew Waugh
+44 20 7888 0194
23 July 2015
Battery industry 24
Impact on battery materials makers With Tesla gearing up to produce batteries on an unprecedented scale, materials makers
who are able to secure a position in partner Panasonic’s supply chain stand to benefit from
the impending expansion in demand. However, in exchange for increased trading volume,
these suppliers will likely be forced a discount, and it looks inevitable that the market is
gradually ceasing to be the high-marginal profit business it once used to be, when
consumer electronics were the main applications. Note that most battery material
manufacturers are diversified conglomerates operating in a number of areas, and battery
business typically constitutes single digit percentage of total sales.
Japan
Sumitomo Chemical (4005, NEUTRAL, TP ¥780)
Sumitomo Chemical manufactures heat-resistant separators, but its products are
distinguished by an “aramid resin” surface that gives them particularly high heat resistance
and safety characteristics. This makes them suitable for use in high-output batteries. Its
separators are used in Panasonic’s LiBs and the company is set to benefit over the
medium term from growth in Tesla EV-related demand. Management has set targets of
raising domestic production capacity by 30% by spring 2016 and bringing a new plant in
South Korea online in 2017 with the aim of doubling current capacity. This is expected to
boost total capacity to 180mn sq. meters per year. Tesla is targeting output of 500,000
EVs at its Gigafactory by 2020, a level that would require about 350mn sq. meters of
separators by our estimates. We put Sumitomo Chemical’s current share of the global
separator market in the 5–10% range overall, and above 30% in the automotive battery
category. Management predicts the global separator market will grow from around ¥40bn
in 2014 to ¥100bn in 2019.
Mitsubishi Chemical Holdings (4188, OUTPERFORM, TP ¥1,000)
Mitsubishi Chemical Holdings sells all three of the major battery materials: anode materials,
separators, and electrolytes. Reflecting its long experience as a comprehensive chemical
manufacturer, it has strengths in each of these areas. Its LiB materials are well-suited for
automotive applications, with a good balance between the various properties required, and
are seeing expanded adoption for use in main EV and PHEV models. In electrolytes, its
additive technology gives it an edge over rivals and has allowed it to maintain a high share
in automotive applications. In anode materials, it is successfully leveraging its strength in
natural graphite-based products and starting to see increased adoption in major car
models, which is driving a gradual expansion in sales volume. In separators, it has
completed the development stage for heat-resistant separators for automotive LiBs and is
expected to enter the sales stage sometime in FY3/16.
Ube Industries (4208, NEUTRAL, TP ¥250)
Ube Industries is the world’s top maker of electrolyte and the company is actively
expanding its LiB materials business, centering on separators for auto LiBs. Targeting LiB
materials as a global growth area, Ube hopes to more than double its sales of LiB
materials by FY3/19 compared to FY3/15 (just under ¥10bn). Plans focus on strengthening
its electrolyte and separator sales, as demand for auto LiB is increasing in markets such
as China, where automotive-related demand is growing amid tightening environmental
regulations. We expect these efforts will enable it to more than double its automotive
battery materials sales in FY3/16 from the ¥3–4bn we estimate this business generated in
FY3/15, bringing total sales including non-automotive battery materials to nearly ¥15bn.
Although the business will probably remain slightly in the red in FY3/16, we expect it to
move into the black in FY3/17. We look for automotive-related sales to double again in
FY3/19, pushing overall battery materials sales to well above the ¥20bn level.
Masami Sawato
+81 3 4550 9729
23 July 2015
Battery industry 25
Hitachi Chemical (4217, OUTPERFORM, TP ¥3,200)
Hitachi Chemical is the world’s top maker of anode material with a 30% share of the global
market. Anode, when paired with a cathode, causes a chemical reaction that allows
electric current to flow. Hitachi Chemical’s anode materials are comprised of artificial
graphite filled with fine internal pores that help boost battery capacity. About 80% of the
anode material it sells is used in consumer applications, and we estimate that over 50% is
used in automotive batteries, including the cylindrical high-capacity LiBs it supplies to
Panasonic. Tesla-related orders for the cylindrical high-capacity LiBs it supplies to
Panasonic are expanding rapidly, and we expect to see the company boost anode
material capacity to meet this demand in the future.
In addition to anode material for LiBs, Hitachi Chemical is also active in the storage
devices business, including lead-acid batteries. We estimate that its battery business as a
whole, including anode materials and storage devices, will account for about 22% of
companywide sales in FY3/16. The fact that the company produces all four major storage
device types—lead-acid batteries, high-capacity stationary lithium-ion batteries, lithium-ion
capacitors, and aluminum electrolytic capacitors—gives it an added advantage, as this
allows it to offer fully optimized systems.
Kureha (4023, OUTPERFORM, TP ¥630)
Kureha is the world’s leading supplier of adhesive materials for binding electrodes, holding
a 70% share of the global binder market. Its vinylidene fluoride resin-based “KF Polymer”
is widely used in PCs and cell phones due to its excellent chemical resistance
characteristics. As for anode material, the company is working to increase adoption of its
proprietary hard carbon for automotive LiBs. Hard carbon has a scattered crystal structure
that produces fine holes in which lithium ions can be stored in clusters. This makes it
possible to store lithium ion volumes that exceed the theoretical capacity of graphite,
helping to boost battery voltage. It has the additional major advantages of high durability
with respect to repeat charge/discharge cycles and low resistance without the use of
additives. In the area of automotive anode materials, the company completed construction
in April 2014 of a new, highly cost-competitive facility for the production of plant-based
hard carbon as part of a 50/50 joint venture between Kuraray Chemical (a wholly-owned
subsidiary of Kuraray) and Kureha Battery Materials Japan (KBMJ; Kureha 50.1%,
Kuraray 20%, Itochu 20%, Innovation Network Corporation of Japan 9.9%). The venture,
Bio Hard Carbon, Co., Ltd., is currently soliciting customer evaluations, and plans on
building relationships with LiB manufacturers with operations in China in the future.
Sumitomo Metal Mining (5713, NEUTRAL, TP ¥2,100)
Sumitomo Metal Mining has announced it will supply lithium nickel oxide to Panasonic for
use in Tesla batteries. The company currently has production capacity of 850t/month, but
it plans to raise this to 1,850t/month in December 2015 (¥15bn investment). This would be
enough to meet the production of 150,000 Model S and X vehicles a year. Assuming Tesla
hits its target of 500,000 units by 2020, we estimate that SMM will eventually need to
invest an additional ¥50–60bn to meet this demand. Since it will also supply lithium nickel
oxide for use as cathode material in Tesla’s Home ESS, it will need to boost capacity even
further depending on the sales of Home ESS. The rate of price decline is a factor, but we
assume sales will approach the ¥300bn level by 2020, raising the companywide impact on
earnings from this area to around 20%.
Shinya Yamada
+81 3 4550 9910
23 July 2015
Battery industry 26
Europe
European specialty chemicals hold a dominant position in the global lithium battery
materials space, specializing in cathode materials for electronics, EV and ESS. We believe
Umicore are best positioned to benefit from the emerging battery markets, though we
highlight the implications from Tesla are indirect. Umicore generates 10% of group sales
from battery materials. Historically this has been portable electronics based but UMI are
now significantly expanding volumes into EV markets. We believe UMI are well positioned
to, (1) capitalise on EV/ESS markets mid-term with a strong foothold in the cathode
technology used by Tesla and the other OEMs, (2) build on future cathode battery trends
through a strong technology pipeline and (3) create further value options through EV
battery recycling (long term).
Cathode materials
There are four main components in a lithium battery; anode, cathode, separator, and
electrolyte. These four items account for about 60% of the production cost. Total material
costs account for about 80% of manufacturing costs, or 60–70% of sales.
Figure 20: Typical cost structure of a Lithium battery
Cathode, 31%
Separator, 13%
Anode, 8%Electrolyte, 7%
Cu foil, 6%
Binder+Al foil+Case, 6%
Other (materials), 8%
Depreciation, 14%
Other (non-materials), 7%
Source: Solar & Energy, Credit Suisse
The most important feature of a LiB EV battery is the lithium-containing cathode material.
The cathode is not only the largest cost component of cell production but also defines
much of the energy storage, power and lifecycle performance of the final battery.
The move to lithium from nickel based technology
Figure 21 highlights the performance characteristics of the major technology classes in
use today. Whilst there are a number of current production models in the hybrid and
straight EV space which still use nickel based chemistry, the majority of new models are
now based around LiB materials, this is a function of:
■ Higher Energy density (up to 3x nickel-based batteries) – this packs more energy
(fuel) into a smaller volume area and gives a better energy-to-weight ratio,
■ Lower charge loss – less leakage of power during use and when resting, and
■ Lower memory loss – Lithium technology retains the ability to fully charge over time.
23 July 2015
Battery industry 27
Figure 21: Major classes of cathode material
Metal Content Main Uses Energy Power Safety Cyclability Cost
NCA Li / Ni / Co / Al EV / HEV 6 10 3 6 6
NMC Li / Ni / Mn / Co EV / PHEV 10 6 6 10 10
LFP Li / Fe / P ESS 2 10 10 6 6
LCO Li / Co Portable Electronics 10 10 2 10 10
Performance Characteristics (10= best)Cathode Material
Source: Company data, Credit Suisse estimates
Figure 22 highlights European technology positioning in cathode materials. We note that
Umicore have the broadest range of cathode material types and overlap with Tesla
technology in both NCA (nickel-cobalt-aluminum) and LCO (cobalt oxide).
Figure 22: European Companies and Tesla – technology overlap
NCA NMC LFP LCO
Tesla x x
Umicore x x x x
BASF x x
JMAT x Source: Company data, Credit Suisse estimates
Umicore (UMI.BR, OUTPERFORM, TP €50.00)
Umicore produce cathode materials for EV batteries (c20% global market share) and
electronics. Their technology offering centres around LCO (cobalt oxide) and NMC (nickel-
manganese-cobalt) materials. Umicore's production is European and Asian based. We
believe the company is unlikely to build out specific capacity to serve the Tesla supply
chain. However positive uptake of Tesla product and technology should assist growth
across Umicore's core battery materials markets. Umicore remains well positioned across
the majority of emerging technologies for EV, electronics and ESS applications.
Umicore is one of the global leaders in metal oxides for cathodes with a c20% market
share. It is back integrated into the supply of the metal (e.g. cobalt, nickel) through its
recycling operations. It has 4 plants in Korea, Japan, China as well as in Belgium.
In 2011, Umicore opened up a pilot plant in Hoboken Belgium to recycle rechargeable Li-
ion, Li-polymer and NiMH batteries, as well as opening battery dismantling centres in the
US and Germany. Commercialisation could commence towards the end of the decade.
This provides further upside to the evolving electric vehicle market.
BASF (BASFn.DE, UNDERPERFORM, TP €77.00)
BASF produce cathode materials, electrolytes and separators for EV batteries. The
company has a global production footprint and presence in the US markets. BASF's
cathode technology centres on NMC (nickel-manganese-cobalt) / LFP (iron phosphate)
technology.
BASF aim to be the global leader in battery materials by 2020, with targeted sales from
this business unit of €500m. They estimate a total market for electrolytes and cathodes of
>€5bn, and a total battery market potential of >€20bn by 2020. BASF already has a strong
relationship with the car industry, with sales into the industry of c€10bn.
BASF has a legacy position making carbonates for electrolytes. In addition it bought
substantial position in electrolytes themselves with the purchase of Novolyte and Merck’s
electrolyte business. Novolyte has the larger portfolio and is largely focused on Li-ion.
BASF’s engineering plastics such as polyamide (brand Ultramid) and POM (brand
Ultraform) are increasingly being used in the powertrain as metal replacements to reduce
weight. BASF see a role for these materials in battery packs (e.g. casing components).
We believe BASF are well positioned in the automotive supply chain. However do not
directly overlap with Tesla technology. Battery material represent <1% of revenues only.
Mathew Waugh
+44 20 7888 0194
Chris Counihan
+44 20 7883 7618
23 July 2015
Battery industry 28
Australia
Syrah Resources (SYR.AX, OUTPERFORM, TP A$7.30)
Syrah Resources is a successful graphite exploration company, rapidly transitioning to
mine development and planned production of high quality natural graphite in late CY2016,
ramp during 2017 and, subject to market demand, full production in 2018.
The company is strongly positioned with the world's largest graphite endowment, the
largest high quality resource and the largest high quality reserve. It is strongly
differentiated from its peer group of materially smaller junior graphite explorers and
developers by: a fully permitted mining lease, JORC reserves, high grade, high purity and
a near zero strip ratio which, in combination, indicate that it will be world's lowest cost and
largest flake graphite producer. The deposit also hosts the world's largest vanadium
endowment at globally commercial grades. Exploitation of the vanadium opportunity is to
be pursued after stable graphite production is established.
The graphite resource has been extensively sampled and processed in specifically built
pilot plants in order to provide bulk samples for testing by potential end users. This
includes the production of high quality spherical graphite for anodes in LiB batteries.
Syrah's test work and independent test work undertaken by potential battery customers
has confirmed leading performance from coated spherical graphite produced for trial.
During 2014, Syrah successfully produced Li-ion battery grade uncoated spherical
graphite from its spherical graphite pilot plant using -100 US mesh graphite. This was
followed by the successful coating of Syrah spherical graphite by an anode producer in
January 2015. This anode producer then manufactured Syrah natural graphite anodes and
a Li-ion battery using coated Syrah spherical graphite. Initial test results showed a first
discharge capacity of 369.96 milliampere-hour per gram and a first discharge efficiency of
94.5%, exceeding the performance of typical Chinese natural graphite anodes and a
leading synthetic graphite anode. Subsequent testing by global electric vehicle, battery
manufacturers and anode producers confirmed the superior performance of Syrah's
coated spherical graphite.
As a result of these successful trials, an Internal Economic Assessment (IEA) was
prepared with the assistance of China Aluminum International Engineering (Chalieco) and
a leading coated spherical graphite producer for a 25ktpa Coated Spherical Graphite
Production Facility planned for construction in the US and production in early 2017. The
IEA considered production of three different coated spherical graphite specifications: d50
23 microns for grid storage; d50 16 microns for electric vehicles; and d50 10 microns for
hybrid vehicles and consumer electronics. The IEA demonstrated robust economics and
an opportunity for Syrah's coated spherical graphite to displace synthetic graphite which
accounts for ~55% of the anode market. Use of natural graphite is increasing due to;
quality improvements (orientation property and tap density), and lower cost (synthetic
graphite sells for ~US$20,000/t whilst coated spherical natural graphite sells for US$7,000
to US$10,000/t).
Syrah's initial flake graphite production scale will be up to 380ktpa of which ~50ktpa would
be required to be converted to produce 25ktpa of coated spherical graphite for Li-ion
battery anode production. Construction of a second 25ktpa facility is already contemplated
and will be required if demand projection are even partly correct.
The maiden graphite ore reserve of 40 years at the planned production scale provides
confidence to leading major battery producers that the project will enable Syrah’s
proposed Coated Spherical Graphite Facility to become a long-term, sustainable,
environmentally friendly supplier of high performance product. Current natural coated
spherical graphite production is dominated by short life, highly polluting Chinese graphite
mines, posing significant supply risk and reputational risk to customers.
Michael Slifirski
+61 3 9280 1845
23 July 2015
Battery industry 29
Graphite anode density is estimated to be ~0.8MWh/t. Tesla's proposed 50GWh/year
production rate in 2020 would require ~40Kt/yr of spherical graphite, consuming up to
100ktpa of natural flake graphite, comfortably accommodated within Syrah's phase 1
planned production rate. Syrah's peer group would appear to be insufficiently advanced to
compete, having not yet delivered a reserve or undertaken test work to determine whether
their graphite will spheroidize, let alone reached a position to be able to trial such a
conceptual product to determine its properties. Syrah appears to be at least 18 months
ahead of the fastest follower and perhaps the only new, large scale option that can meet
Tesla's time frame and provide an environmentally acceptable supply chain.
Implications for Lithium Producers
Looking at the lithium market, we believe the growth in the rechargeable battery market as
well as general industrial demand in conjunction with delays in capacity increases will
keep the lithium supply/demand balance tight in the near-term (1–2 year), while the ramp-
up the EV market (including Tesla’s Gigafactory) will keep things tight in the long-run as
well (with needs for incremental capacity from the major producers as we get later into the
decade). Looking over the next 1–2 years, we expect growth in demand for lithium to be in
the 5–8% range with general industrial demand driving 3% growth, while rechargeable
batteries makeup the difference. With this and a relatively tight market (owing to the
incremental Tesla demand) as the larger producers are near sold out and given a year
delay in the Albemarle 20K ton expansion, we expect pricing for lithium carbonate to
increase in the mid-to-high single digits in each of the next two years, benefitting the
lithium producers.
Looking longer-term, we see the Gigafactory in conjunction with EV growth and stationary
power storage demand accelerating the volume growth in the industry. Overall we believe
growth rates will move from the 5–8% range to mid/high teens growth approaching 2020
(from the current demand of ~165-170k tons).
With regard to the question "will there be enough lithium," while many of the
smaller/speculative projects have been delayed/cancelled (including some bankruptcy
filings) we do not see total supply as a major issue as the “big three” producers: Albemarle
(including Talison), FMC and Sociedad Quimica y Minera (SQM), have sufficient reserves
to meet the demand. That said, capacity expansions will be required, resulting in capital
deployment (and as such, financial/contractual commitments from customers will likely be
necessary). Additionally, given the difficulty seen by new entrants in getting good reserves
and effectively bringing them up, we would not be surprised to see the need for "surety of
supply" drive pricing higher over time.
23 July 2015
Battery industry 30
Albemarle Corporation (ALB, Not Rated)
Albemarle (ALB) is the largest producer of lithium in the world with its acquisition of
Rockwood, the company may be one of the best positioned companies in the materials
space with regard to the Tesla plans. ALB controls well over 50% of the global lithium
market, including direct and indirect share (through their 49% ownership/JV of Talison).
Equally important the company has some of the lowest cost reserves in the world both
through its low cost brine-based assets in Chile as well as its Talison mineral reserves in
Australia (to put this in perspective the high cost producers of lithium carbonate can
process at roughly $5000/ton whereas ALB’s Chilean assets and Australian assets
produce at $2,000-3,000/ton). Finally, it is important to note that ALB and FMC are two of
the only companies in the space that have an ability to produce lithium carbonate grades
that are consistently pure enough for high end battery production and are the only two
major producers that can upgrade lithium carbonate effectively to lithium hydroxide
(essential for the Tesla auto batteries being discussed). ALB owns a strong position, with
the lithium business accounting for roughly 20% of their earnings and ALB being one of
the only producers with excess capacity in the industry.
FMC Corporation (FMC.N, OUTPERFORM, $69.00)
FMC, with its recent capacity expansion, now has roughly 23k tons of lithium capacity out
of its Argentina reserves. FMC, while not as low cost as ALB, is still one of the lower cost
producers in the industry (with cash costs in the $3,000–3,500/ton range vs. the marginal
cost producers at $5,000–5,200/ton). Additionally, FMC is one of two companies that have
an ability to upgrade lithium carbonate to lithium hydroxide, which is important for the
Tesla auto batteries. Overall the asset is not a huge focus for FMC as it remains only
7–8% of total sales, but given the potential for higher pricing over the next few years, the
division can still impact the bottom line.
Sociedad Quimica y Minera (SQM.N, UNDERPERFORM, TP $27.00/ADR)
Sociedad Quimica y Minera (SQM) is one of the global leaders in the specialty plant
nutrients, iodine and lithium market, accounting ~46%, ~34% and ~37% of market share in
each one respectively. This strong position gives the company pricing power and scale
advantages. Revenues from these three segments represent ~65% of SQM total revenues
(the company also operates in potassium chloride and industrial chemicals). Specifically,
Lithium segment accounts for ~10% of company’s EBITDA and we estimate that a 5%
increase in lithium prices could add up to 2% in SQM’s EBITDA. Furthermore, the higher
lithium demand coming from Tesla’s new Gigafactory should help SQM to sustain higher
margins as prices are expected to increase.
The main competitive advantage of the company is its unique natural resources, which
allows SQM to have one of the lowest cash-costs in the world (~US$1,900-US$2,200 per
ton). The Salar brines in Salar de Atacama, for example, one of SQM operations, contains
the highest lithium concentration levels in the world (~1,000-7,000 ppm, while natural
resources in China have lithium concentration below 400 ppm).
SQM lithium capacity is ~49k tonnes/year and it has room to expand capacity slightly.
In our view recent noises regarding the dispute with CORFO and IRS are likely to continue
negatively affecting stock performance. However, both CLP depreciation and potential
potash price hikes could be a trigger for the shares in the short term.
John P. McNulty, CFA
+1 212 325 4385
Viccenzo Paternostro
+55 11 3701 6043
23 July 2015
Battery industry 31
Implications for automakers Japan: Seeking to raise vehicle value added through
V2H
Major Japanese automakers like Toyota, Nissan, and Honda are currently testing V2H
(Vehicle to Home) systems with the aim of making them commercially viable in order to
raise vehicle value added, as with electric-powered vehicles. V2H systems, which allow
power stored in an electric vehicle’s batteries to be used in homes, can be used as a
backup power source to be used in the case of an outage, or as a mean to save on
electricity prices by reducing peak electricity consumption. In Japan, consumer demand for
backup power sources for use in the event of a natural disaster have continued to grow
after the Tohoku earthquake, and automakers hope to further spread interest in electric-
powered vehicles through linking EVs to home power generation systems via V2H.
Nissan has already rolled out the world’s first commercially viable V2H system, the EV
Power Station, which can be used to transfer power stored in the LiB battery of its Leaf EV
to homes through a power conditioning system (PCS; a device that changes direct current
to alternating current). About 5% of Leaf buyers in Japan opt for this system as an add-on
purchase. Toyota, for its part, is involved in the Toyota City Low-Carbon Society
Verification Project in Toyota, Aichi prefecture, which, along with promoting use of next-
generation environmental vehicles, also serves as a means to field test its Home Energy
Management System (HEMS). Honda, meanwhile, is undertaking a V2H verification
experiment using the high supply capacity of its FCX Clarity automobile.
South Korea: Focused on EV over ESS
Hyundai Motor (005380.KS, NEUTRAL, TP W137,000)
HMC Group (HMG) is more dedicated to EV business rather than directly getting involved
in the ESS market. This is in line with our view that HMG would focus on adopting and
utilizing the ESS to enhance energy efficiency in its major production facilities in Korea.
According to Ministry of Trade, Industry & Energy (MoTIE), HMG is part of the
government-led project in ESS business (MoTIE announced to invest W1.27trn as of Apr
2015), but HMG’s main role would be nurturing xEV production (across the PHEV, HEV,
and EV universe) and expanding related services. Meantime, traditional IT companies
would take the major role in developing ESS. In this regard, HMG is investing under its
‘green car development roadmap’ which plans to expand green car line-ups up to 22
models by 2020 vs. seven models currently.
Masahiro Akita
+81 3 4550 7361
Michael Sohn
+82 2 3707 3739
23 July 2015
Battery industry 32
Supplementary materials
Recent Credit Suisse reports
■ Battery / Battery materials: Supply chain implications of Tesla's Gigafactory
(28 February 2014; previous Tesla Connection Series report)
■ Battery / Battery materials: Examining medium-term structural changes in the
LiB and xEV industries (3 July 2012; Tesla Connection Series report)
■ Storage / Car Demand Commentary Bullish; Estimates Stabilize
(6 May 2015; Tesla report)
■ Storage Pricing a Compelling Takeaway (4 May 2015; Tesla report on Home ESS)
■ Not a Fair Fight (13 August 2014; Tesla initiation report)
■ Assessing energy storage devices business’s high growth potential and
competitiveness (16 July 2015; Hitachi Chemical report)
Related stocks
Figure 23: Company valuations: Battery makers CS Px Target Current Market P/E (x) P/B (x) EV/EBITDA (x) ROE (%) *
Ticker Company Rating CCY Px (LC) Px (LC) (Diff.) Cap (mn $) FY1 E FY2 E FY1 E FY2 E FY1 E FY2 E FY1 E FY2 E
[ BATTERY MAKERS]
4217 Hitachi Chemical O/P JPY 3,200 2,155 48% 3,620 11.4 x 10.0 x 1.1 x 1.0 x 5.5 x 5.1 x 10.0% 10.4%
6501 Hitachi O/P JPY 1,000 770 30% 29,997 11.3 x 9.2 x 1.2 x 1.1 x 5.2 x 4.9 x 10.3% 11.5%
6502 Toshiba O/P JPY 650 393 65% 13,429 12.5 x 7.6 x 1.3 x 1.1 x 5.2 x 4.3 x 10.1% 14.9%
6674 GS Yuasa N JPY 520 490 6% 1,632 13.0 x 11.7 x 1.2 x 1.1 x 6.1 x 5.7 x 9.2% 9.5%
6701 NEC N JPY 390 377 3% 7,904 12.6 x 9.6 x 1.0 x 0.9 x 6.5 x 5.7 x 8.2% 9.8%
6752 Panasonic - JPY n.a. 1,570 - 29,275 17.9 x 14.4 x 1.8 x 1.6 x 4.3 x 4.0 x 10.5% 11.9%
6753 Sharp - JPY n.a. 174 - 2,374 - 140.9 x 2.8 x 2.7 x 5.6 x 5.6 x -35.5% 14.1%
6758 Sony - JPY n.a. 3,531 - 33,298 22.3 x 16.6 x 1.6 x 1.5 x 4.8 x 4.1 x 7.4% 9.3%
6762 TDK O/P JPY 10,300 8,770 17% 8,914 16.5 x 13.6 x 1.4 x 1.3 x 5.7 x 5.0 x 8.5% 9.5%
6810 Hitachi Maxell - JPY n.a. 1,926 - 829 17.8 x 14.4 x 0.8 x 0.8 x - - 4.9% 5.7%
6971 Kyocera N JPY 6,400 6,259 2% 18,525 20.7 x 19.8 x 1.0 x 1.0 x 7.5 x 7.3 x 4.8% 4.9%
6981 Murata Manufacturing O/P JPY 22,000 19,640 12% 33,545 19.0 x 16.2 x 3.3 x 2.9 x 9.5 x 8.4 x 17.5% 17.9%
7011 Mitsubishi Heavy Industries O/P JPY 900 705 28% 19,074 15.1 x 12.7 x 1.3 x 1.2 x 6.0 x 5.4 x 8.3% 9.2%
006400.KS Samsung SDI N KRW 132,000 100,000 32% 5,947 19.3 x 13.4 x 0.7 x 0.6 x 8.1 x 6.1 x 3.4% 4.7%
051910.KS LG Chem Ltd. O/P KRW 330,000 274,500 20% 15,733 13.3 x 11.2 x 1.3 x 1.2 x 6.5 x 5.8 x 10.1% 10.7%
096770.KS SK Innovation O/P KRW 144,000 108,500 33% 8,677 9.8 x 8.7 x 0.6 x 0.6 x 7.3 x 6.5 x 6.4% 6.7%
1211.HK BYD Co Ltd O/P HKD 75.00 36.35 106% 18,265 34.5 x 30.0 x 3.2 x 2.9 x 13.8 x 13.0 x 9.3% 9.7%
CBAK.OQ Bak - USD 0.80 2.95 -73% 37 - - - - - - - -
JCI Johnson Controls Inc - USD n.a. 46.43 - 30,518 13.6 x 11.8 x 2.6 x 2.3 x 10.1 x 9.3 x 19.5% 20.6%
JMAT.L Johnson Matthey N GBP 33.00 29.00 14% 9,279 16.3 x 15.3 x 2.7 x 2.4 x 11.5 x 10.8 x 16.6% 16.0%
S1A.PA Saft Groupe - EUR n.a. 36.28 - 1,092 16.4 x 14.4 x 1.8 x 1.7 x 6.9 x 6.2 x 12.0% 12.7%
TSLA.OQ Tesla Motors Inc. O/P USD 325.00 267.87 21% 33,860 - 66.9 x 44.0 x 27.0 x 71.1 x 23.8 x 1.9% 40.3%
* ROE = net profit / common equity for global comparison purposes Note: Share prices as of 22 July close
Source: Company data, I/B/E/S, Credit Suisse estimates
23 July 2015
Battery industry 33
Figure 24: Company valuations: Cathode material makers CS Px Target Current Market P/E (x) P/B (x) EV/EBITDA (x) ROE (%) *
Ticker Company Rating CCY Px (LC) Px (LC) (Diff.) Cap (mn $) FY1 E FY2 E FY1 E FY2 E FY1 E FY2 E FY1 E FY2 E
[ MATERIAL MAKERS]
Cathode materials
4005 Sumitomo Chemical N JPY 780 723 8% 9,534 14.2 x 12.5 x 1.4 x 1.3 x 7.5 x 7.0 x 9.7% 10.1%
4080 Tanaka Chemical - JPY n.a. 653 - 78 - - - - - - - -
4092 Nippon Chem Indu - JPY n.a. 239 - 172 20.1 x - - - - - - -
4094 Nihon Kagaku Sangyo - JPY n.a. 900 - 150 - - - - - - - -
4100 Toda Kogyo - JPY n.a. 352 - 173 21.5 x - - - - - - -
4188 Mitsubishi Chemical Holdings O/P JPY 1,000 817 22% 9,715 18.0 x 12.6 x 1.0 x 0.9 x 5.6 x 5.4 x 5.5% 7.4%
5232 Sumitomo Osaka Cement O/P JPY 510 469 9% 1,540 12.4 x 11.8 x 1.0 x 1.0 x 5.9 x 5.7 x 8.4% 8.3%
5563 Nippon Denko - JPY n.a. 280 - 331 20.4 x 12.1 x - - - - - -
5706 Mitsui Mining & Smelting N JPY 310 309 0% 1,425 7.5 x 7.1 x 0.8 x 0.7 x 10.3 x 9.1 x 10.8% 10.5%
5713 Sumitomo Metal Mining N JPY 2,100 1,732 21% 7,714 8.0 x 8.1 x 0.8 x 0.8 x 6.2 x 6.1 x 10.5% 9.6%
BASFn.DE BASF U/P EUR 77.00 82.73 -7% 83,022 16.0 x 14.8 x 2.5 x 2.3 x 8.9 x 8.3 x 15.9% 15.8%
JMAT.L Johnson Matthey N GBP 33.00 29.00 14% 9,279 16.3 x 15.3 x 2.7 x 2.4 x 11.5 x 10.8 x 16.6% 16.0%
UMI.BR Umicore O/P EUR 50.00 40.36 24% 4,488 18.4 x 15.7 x 2.7 x 2.5 x 9.3 x 8.2 x 13.1% 14.0%
051910.KS LG Chem Ltd. O/P KRW 330,000 274,500 20% 15,733 13.3 x 11.2 x 1.3 x 1.2 x 6.5 x 5.8 x 10.1% 10.7%
009830.KS Hanwha Chemical N KRW 16,100 21,200 -24% 2,969 30.9 x 17.9 x 0.7 x 0.7 x 10.7 x 9.0 x 2.3% 3.8%
600884.SS Shanshan Co - CNY n.a. 28.36 - 1,877 31.5 x 27.8 x 2.5 x 2.3 x - - 8.1% 8.5%
* ROE = net profit / common equity for global comparison purposes Note: Share prices as of 22 July close
Source: Company data, I/B/E/S, Credit Suisse estimates
Figure 25: Company valuations: Anode material makers CS Px Target Current Market P/E (x) P/B (x) EV/EBITDA (x) ROE (%) *
Ticker Company Rating CCY Px (LC) Px (LC) (Diff.) Cap (mn $) FY1 E FY2 E FY1 E FY2 E FY1 E FY2 E FY1 E FY2 E
[ MATERIAL MAKERS]
Anode materials
4004 Showa Denko N JPY 170 157 8% 1,809 16.4 x 10.3 x 0.7 x 0.7 x 6.6 x 5.9 x 4.4% 6.6%
4023 Kureha O/P JPY 630 472 33% 654 10.0 x 8.1 x 0.7 x 0.6 x 8.2 x 7.1 x 6.5% 7.6%
4188 Mitsubishi Chemical Holdings O/P JPY 1,000 817 22% 9,715 18.0 x 12.6 x 1.0 x 0.9 x 5.6 x 5.4 x 5.5% 7.4%
4217 Hitachi Chemical O/P JPY 3,200 2,155 48% 3,620 11.4 x 10.0 x 1.1 x 1.0 x 5.5 x 5.1 x 10.0% 10.4%
5301 Tokai Carbon O/P JPY 410 369 11% 636 28.1 x 19.2 x 0.6 x 0.6 x 7.9 x 6.7 x 2.2% 3.1%
5302 Nippon Carbon N JPY 340 374 -9% 342 27.2 x 20.9 x 1.3 x 1.2 x 9.2 x 8.7 x 4.8% 6.0%
JMAT.L Johnson Matthey N GBP 33.00 29.00 14% 9,279 16.3 x 15.3 x 2.7 x 2.4 x 11.5 x 10.8 x 16.6% 16.0%
SYR.AX Syrah Resources O/P AUD 7.30 3.75 95% 457 - - 11.6 x 16.2 x -71.9 x -73.9 x -18.4% -40.1%
096770.KS SK Innovation O/P KRW 144,000 108,500 33% 8,677 9.8 x 8.7 x 0.6 x 0.6 x 7.3 x 6.5 x 6.4% 6.7%
009830.KS Hanwha Chemical N KRW 16,100 21,200 -24% 2,969 30.9 x 17.9 x 0.7 x 0.7 x 10.7 x 9.0 x 2.3% 3.8%
006840.KS AK Holdings - KRW n.a. 86,400 - 990 - - - - - - - -
003670.KQ Posco Chemtech - KRW n.a. 11,650 - 595 12.9 x 10.2 x 1.3 x 1.2 x 6.4 x 5.4 x 10.2% 12.2%
* ROE = net profit / common equity for global comparison purposes Note: Share prices as of 22 July close
Source: Company data, I/B/E/S, Credit Suisse estimates
Figure 26: Company valuations: Separator makers CS Px Target Current Market P/E (x) P/B (x) EV/EBITDA (x) ROE (%) *
Ticker Company Rating CCY Px (LC) Px (LC) (Diff.) Cap (mn $) FY1 E FY2 E FY1 E FY2 E FY1 E FY2 E FY1 E FY2 E
[ MATERIAL MAKERS]
Separators
3402 Toray Industries O/P JPY 1,470 995 48% 12,838 17.3 x 14.9 x 1.6 x 1.5 x 9.3 x 8.5 x 9.3% 9.9%
3407 Asahi Kasei N JPY 1,200 936 28% 10,553 11.9 x 10.9 x 1.1 x 1.0 x 5.2 x 5.0 x 9.4% 9.5%
3514 Japan Vilene - JPY n.a. 795 - 339 - - - - - - - -
4005 Sumitomo Chemical N JPY 780 723 8% 9,534 14.2 x 12.5 x 1.4 x 1.3 x 7.5 x 7.0 x 9.7% 10.1%
4042 Tosoh N JPY 730 654 12% 3,161 9.6 x 9.4 x 1.2 x 1.1 x 6.1 x 6.0 x 12.7% 11.6%
4188 Mitsubishi Chemical Holdings O/P JPY 1,000 817 22% 9,715 18.0 x 12.6 x 1.0 x 0.9 x 5.6 x 5.4 x 5.5% 7.4%
4208 Ube Industries N JPY 250 227 10% 1,937 14.1 x 11.2 x 0.9 x 0.8 x 6.1 x 5.7 x 6.2% 7.4%
6619 W-Scope - JPY n.a. 1,699 - 199 20.1 x 13.4 x 1.9 x 1.6 x - - 12.7% -
BASFn.DE BASF U/P EUR 77.00 82.73 -7% 83,022 16.0 x 14.8 x 2.5 x 2.3 x 8.9 x 8.3 x 15.9% 15.8%
DD Du Pont N USD 62.00 58.90 5% 54,278 17.6 x 16.2 x 3.6 x 4.0 x 9.3 x 9.3 x 20.9% 25.0%
PPO Polypore Intl - USD n.a. 60.09 - 2,705 40.4 x 28.4 x 1.8 x 3.4 x 16.1 x 12.9 x - 113.0%
096770.KS SK Innovation O/P KRW 144,000 108,500 33% 8,677 9.8 x 8.7 x 0.6 x 0.6 x 7.3 x 6.5 x 6.4% 6.7%
000973.SZ FSPG - CNY n.a. 9.26 - 1,443 - - - - - - - -
002407.SZ DFD Chemical - CNY n.a. 18.77 - 673 64.7 x 26.4 x 2.6 x 2.4 x - - 3.7% 8.6%
* ROE = net profit / common equity for global comparison purposes Note: Share prices as of 22 July close
Source: Company data, I/B/E/S, Credit Suisse estimates
23 July 2015
Battery industry 34
Figure 27: Company valuations: Electrolyte makers CS Px Target Current Market P/E (x) P/B (x) EV/EBITDA (x) ROE (%) *
Ticker Company Rating CCY Px (LC) Px (LC) (Diff.) Cap (mn $) FY1 E FY2 E FY1 E FY2 E FY1 E FY2 E FY1 E FY2 E
[ MATERIAL MAKERS]
Electrolytes
4044 Central Glass - JPY n.a. 516 - 871 10.9 x 11.2 x 0.7 x 0.6 x - - 6.2% 5.3%
4109 Stella Chemifa - JPY n.a. 1,303 - 126 157.0 x 44.6 x - - - - 0.5% -
4183 Mitsui Chemicals U/P JPY 380 482 -21% 3,896 18.2 x 15.1 x 1.1 x 1.1 x 9.1 x 8.2 x 6.2% 7.1%
4188 Mitsubishi Chemical Holdings O/P JPY 1,000 817 22% 9,715 18.0 x 12.6 x 1.0 x 0.9 x 5.6 x 5.4 x 5.5% 7.4%
4208 Ube Industries N JPY 250 227 10% 1,937 14.1 x 11.2 x 0.9 x 0.8 x 6.1 x 5.7 x 6.2% 7.4%
BASFn.DE BASF U/P EUR 77.00 82.73 -7% 83,022 16.0 x 14.8 x 2.5 x 2.3 x 8.9 x 8.3 x 15.9% 15.8%
051910.KS LG Chem Ltd. O/P KRW 330,000 274,500 20% 15,733 13.3 x 11.2 x 1.3 x 1.2 x 6.5 x 5.8 x 10.1% 10.7%
1211.HK BYD Co Ltd O/P HKD 59.95 29.16 106% 18,265 27.7 x 24.0 x 2.6 x 2.3 x 13.8 x 13.0 x 9.3% 9.7%
002407.SZ DFD Chemical - CNY n.a. 18.77 - 673 64.7 x 26.4 x 2.6 x 2.4 x - - 3.7% 8.6%
* ROE = net profit / common equity for global comparison purposes Note: Share prices as of 22 July close
Source: Company data, I/B/E/S, Credit Suisse estimates
Figure 28: Company valuations: Electrolyte salt / copper foil makers CS Px Target Current Market P/E (x) P/B (x) EV/EBITDA (x) ROE (%) *
Ticker Company Rating CCY Px (LC) Px (LC) (Diff.) Cap (mn $) FY1 E FY2 E FY1 E FY2 E FY1 E FY2 E FY1 E FY2 E
[ MATERIAL MAKERS]
Electrolyte material (LiPF6)
4047 Kanto Denka Kogyo - JPY n.a. 912 - 423 10.1 x 10.9 x 2.3 x 1.9 x - - 26.2% -
4109 Stella Chemifa - JPY n.a. 1,303 - 126 157.0 x 44.6 x - - - - 0.5% -
002407.SZ DFD Chemical - CNY n.a. 18.77 - 673 64.7 x 26.4 x 2.6 x 2.4 x - - 3.7% 8.6%
* ROE = net profit / common equity for global comparison purposes
Cu Foil
5801 Furukawa Electric U/P JPY 200 206 -3% 1,173 15.3 x 11.2 x 0.7 x 0.7 x 8.4 x 7.8 x 4.6% 6.0%
5706 Mitsui Mining & Smelting N JPY 310 309 0% 1,425 7.5 x 7.1 x 0.8 x 0.7 x 10.3 x 9.1 x 10.8% 10.5%
5812 Hitachi Cable - JPY n.a. 181 - 546 - - - - - - - -
103590.KS Iljin Electric - KRW n.a. 6,090 - 195 7.4 x 5.8 x 0.6 x 0.6 x - - 8.8% 10.4%
* ROE = net profit / common equity for global comparison purposes Note: Share prices as of 22 July close
Source: Company data, I/B/E/S, Credit Suisse estimates
Figure 29: Company valuations: Lithium makers CS Px Target Current Market P/E (x) P/B (x) EV/EBITDA (x) ROE (%) *
Ticker Company Rating CCY Px (LC) Px (LC) (Diff.) Cap (mn $) FY1 E FY2 E FY1 E FY2 E FY1 E FY2 E FY1 E FY2 E
[ MATERIAL MAKERS]
Lithium
ALB Albemarle Corporation - USD n.a. 51.71 - 5,801 13.3 x 12.4 x 2.7 x 2.4 x 8.9 x 8.5 x 21.6% 19.7%
FMC FMC Corporation O/P USD 69.00 48.83 41% 6,520 15.1 x 12.2 x 3.9 x 3.1 x 10.5 x 8.6 x 26.3% 27.3%
SQM.N Soquimich U/P USD 27.00 13.52 100% 5,124 11.2 x 10.1 x 1.3 x 1.3 x 9.6 x 8.8 x 12.0% 12.5%
* ROE = net profit / common equity for global comparison purposes Note: Share prices as of 22 July close
Source: Company data, I/B/E/S, Credit Suisse estimates
23 July 2015
Battery industry 35
Reference charts / figures
Figure 30: Auto LiB-related tie-ups Business Format Battery cell / system supplier Investor / investment ratio Remarks
Tesla Motors / Panasonic
Integrated manufacturing from materials to packing at Gigafactory;
In addition to EV uses (Model S, X, 3), LiBs are also used for ESS
systems like the Powerwall
DaimlerWholly-owned subsidiary Deutsche ACCUmotive produces LiB for
Daimler's EV, PHV and Home/Industrial ESS products
Primearth EV Energy Toyota (80.5%), Panasonic (19.5%) Mainly supplies HEV Ni-MH; also supplies Li-ion for HEV
Automotive Energy Supply (AESC) Nissan (51%), NEC Group (49%)AESC will supply battery modules/packs, NEC Group will supply
cathodes to AESC
Lithium Energy JapanGS Yuasa (51%), Mitsubishi Corp.
(40.7%), Mitsubishi Motor (8.3%)Supply EV battery modules to MMC, PSA, others
Blue Energy GS Yuasa (51%), Honda (49%) Supply HEV battery packs to Honda
JV among Battery
makersHitachi Vehicle Energy (HVE)
Hitachi (64.9%), Shin-Kobe Electric
(25.1%), Hitachi Maxell Energy (10%)
Split responsibilities among group cos: HVE for auto, Shin-Kobe
Electric for industrial, etc.
Compact Power (US) LG Chem (Korea) (100%)Compact Power will produce systems (LG Chem will supply LIB
cells)
Lithium Energy and PowerBosch (Germany) (50%), GS Yuasa
(25%), Mitsubishi Corp (25%)
Aim to boost LiB performance 2x by 2020; combine GS Yuasa's
cell tech + Bosch's packaging/control tech
HL Green Power Co.Hyundai Mobis (Korea) (51%), LG Chem
(Korea) (49%)
JV will produce battery packs for Hyundai Motors' HEVs (cells
from LGC)
Johnson Controls-Saft (US)Johnson Controls (US) (51%), Saft
(France) (49%)JV will produce the battery system (note: JV dissolved in Sep'11)
SB LiMotiveBosch (Germany) (50%), Samsung SDI
(Korea) (50%)JV will produce battery packs, BMS etc. (JV dissolved in Sep'12)
SK Innovation-Continental JVSK Innovation (Korea) (51%), Continental
(Germany) (49%)JV will assemble LiB packs (JV agreement signed Jan'12)
Mahy E-CellMagna Int'l (Canada) (60%), Hyundai
Heavy (Korea) (40%)
JV will engineer, design, and develop LiB cells/packs for the
xEV/ESS; target 400k unit sales in 2018
Johnson Controls / Hitachi (?)MOU for motive / non-motive advanced energy storage
collaboration in R&D, procurement, production etc.
Zhejiang Wanxiang Ener1 Power SystemWanxiang (China) (60%), Ener1 (US)
(40%)
JV to produce LIB cells / packs for Wanxiang's existing local
automaker customer base
Samsung-ARN (Xi'an) Battery GroupSamsung SDI(50%)、Anqing Ring New
Group (中)(50%)
Supply HEV battery packs (40,000 vehicles eq. / year) starts
producing in Oct 15
Panasonic (Sanyo Electric) Former Sanyo taking initiative marketing to global automakers
ToshibaAnnounced joint development of EV LIB / motor with VW in Feb
'09; will also supply MMC, Honda
BYD Company (China)Tie-up for R&D tie-up for HEVs/EVs with VW (annc'd May '09); tie-
up with Daimler; supply battery packs to BYD Auto
LG Chem (Korea) Produces and supplies battery cells
Auto maker + Battery
maker + Material maker
Integrated
manufacturing
Battery maker solo
supply
Auto maker + Battery
maker JV
JV among Battery, auto
parts / systems makers
Source: Company data, The Korea Times and other articles, Credit Suisse
Figure 31: Battery-related tie-ups between automakers / battery makers and companies in other industries
Business Format Companies involved Remarks
Samsung SDI/ABB Signed an MOU to develop and market microgrids in March 2015
BYD/ABBAnnounced strategic partnership to develop smartgrid and EV charging
technologies in September 2014
Mitsubishi Motors / Mitsubishi
Corp / PSA Peugeot Citroen
(France) / EDF (French power
company) / Other
Attempting to create an ESS system using multiple types of batteries,
including used auto-LiBs from Mitsubishi Motors and PSA and currently
operating EVs
BMW (Germany) / PG&E (US
power company)
Started a program that pays incentives to EV owners that refrain from
charging their EVs during peak demand hours
Pilot program
(Gas utility + Automaker)Osaka Gas / Honda / Toshiba
Uses EV battery to store electricity produced by fuel cells, and depletes it
when fuel cells don't produce enough electricity
Partnership
(Heavy machinery +
Battery / Automaker )
Pilot program
(Electric utility + Automaker)
Source: Company data, Nikkan Kogyo Shimbun and other articles, Credit Suisse
23 July 2015
Battery industry 36
Figure 32: Relationship between automakers and battery makers set to change: Tesla will be first to integrate
production from materials to battery packs, now targeting both Auto LiB and Home ESS markets Relationship: Automakers sought to secure captive battery suppliers (build relationships based on equity stakes) to avert battery supply shortages
Main companies: Japanese automakers, Japanese battery makers
Timeframe: -2008
Relationship:
Main companies: Foreign automakers, Japanese/foreign battery makers
Timeframe: 2009-
Relationship:
Main companies: Japanese/foreign automakers, Japanese/foreign battery makers
Timeframe: 2011-
OEM supply: Commercial EV "MINICAB-MiEV
HV, FCV technology to BMW ⇔ diesel engines to Toyota
HV battery
PHV battery
HV technology supplied by Toyota
Relationship:
=>If the sales of Tesla ESS products grow, competing battery/ESS makers could be heavily impacted
Main companies: Tesla Motors, Panasonic, battery material makers
Timeframe: Powerwall is planned to be shipped from Summer 2015; Gigafactory is planned to start its operations one year earlier than the original plan, in 2016
In addition to EVs like the Model S/X/3, ESS products like the Powerwall and the Powerpack provide an additional venue for battery cell demand, leading to lower costs
through increased production
Companies capable of mass-producing batteries emerged earlier than initially anticipated, prompting automakers to build alliances/supply relationships with multiple battery
makers while conducting cost/technology comparisons
While automakers have many options in terms of technologies for complying with emissions and fuel-efficiency standards, few have all-around development capabilities.
Automakers are consequently building reciprocal supply/OEM relationships with each other, focusing on their respective technological fortes.
=> As a result, automakers that produce battery-equipped eco-cars benefit from economies of scale while battery makers face a decrease in automaker customers (i.e.,
the number of automakers that develop battery-equipped eco-cars in-house).
PEVEToyota Panasonic
Lithium Energy Japan
Mitsubishi Motors
GS Yuasa
Blue EnergyHonda Motor GS Yuasa
Mitsubishi Corporation
Volkswagen
Panasonic (Sanyo)
ToshibaBYD
SBLimotive
Daimler
AESC
LG ChemBYD
Johnson Controls
A123 Systems
SK Innovation
Mitsubishi Motors
Lithium Energy Japan
Toshiba
Other?
Nissan
Suzuki
Toyota
PEVE BMW
Fuji Heavy / Mazda
Panasonic / Sanyo
PanasonicTesla
Material suppliers
Model S/X/3
PowerwallPowerpack
Home/BusinessESS
Source: Company data, Credit Suisse
23 J
uly
201
5
Batte
ry in
du
stry
3
7
Figure 33: Overview of relationships between xEV makers and their battery suppliers Battery Cell / Pack Supplier Auto OEM Customer (includes estimates)
Battery technologies Japan Korea US Europe China
Cathode
materialCell format Features Toyota Nissan Honda M'bishi Fuji
Hyundai
/ KiaGM Ford Chrysler Tesla
VW
/ AudiBMW
Daimler
/ M.FusoRenault PSA BYD Kandi Chery SAIC Dongfeng
PEVE LNO PrismaticEnergy density high, but issues still remain with safety and mass-
production technology.1 ○
Nissan/AESC LNMO LaminateSafety enhanced by patented spinel structure. Laminate format with high
level of heat dispersal used.5 ○ ○ ○ ○ ○
Panasonic
(Sanyo Electric)NMC Prismatic Sanyo has developed an improved NMC cathode. 8 ○ ○ ○ ○ ○ ○ ○ ○
LEJ LMO Prismatic One of first to begin mass production of EV batteries. 3 ○ ○ ○
BE NMC Prismatic Will begin by supplying batteries for Honda HEVs. 1 ○
HVE LMO
Cylindrical /
Prismatic /
laminate?
Aims to supply batteries as package with Hitachi inverters, motors. 2 ○ ○
Toshiba LMO PrismaticLTO anode with high I/O power density used. Also safer than graphite
anode, and has better cycle characteristic.4 ○ ○ ○ ○
LG Chem
/ LG Chem PowerLMO Laminate
Experienced in manufacturing laminate-type batteries as producer of
small LIBs. Cathode materials and electrolyte solutions largely made in-
house.
12 ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○
Samsung SDI LMO PrismaticWith expertise in small LIBs, SDI is responsible for battery cell
production.5 ○ ○ ○ ○ ○
SK Innovation LMO LaminateHas proprietary separator technology, but no experience in mass-
producing small LIBs.3 ○ ○ ○
Johnson
ControlsLNO One of first to start mass producing batteries for HEVs (for BMW). 6 ○ ○ ○ ○ ○ ○
Tesla LCO/NCA**
Cylindrical for
consumer
electronics
Strength lies in technology for pack control of several thousand small LIB
cells.3 ○ ○ ○
BYD LFP Manufacturers LFP cathodes in-house; also has own auto brand. 4 ○ ○ ○ ○
Hitachi N/A Prismatic Produces battery cells for the new Chevrolet Malibu Hybrid 2 ○ ○
Tianneng Group LMO Prismatic Largest battery maker in China; Supplies LiB for Kandi, Geely 2 ○ ○
Electrovaya LMO LaminateHas proprietary technology that lets the company produce LiB
without using NMP (toxic solvent that causes health hazards)1 ○
Wanxiang-Ener1 LMO N/AAims to market to existing customers of Wanxiang, China's largest
auto parts maker.1 ○
Number of battery suppliers (includes estimates) 2 3 3 3 2 3 4 3 2 2 5 4 8 2 2 1 1 1 3 2 14
Company# of cust.
winsOther
Source: Company data, MarketWatch and other articles, Credit Suisse
23 July 2015
Battery industry 38
Figure 34: Calculating lifetime costs for ICE vehicles and xEVs, and maximum battery cost at which latter becomes
economically rational (Japan)
Battery Breakeven Analysis (JPN) Gasoline ICE Diesel HEV PHEV EV
Assumptions Base Car Price $ 18,000 $ 19,000 $ 22,000 $ 24,000 $ 25,000
Annual driving distance (km) 8,000 Battery Costs $ - $ - $ 1,200 $ 6,000 $ 10,000
Lifecycle (years) 5 Tax Credit $ - $ - $ 3,000 $ 5,000 $ 10,000
Purchase Costs $ 18,000 $ 19,000 $ 20,200 $ 25,000 $ 25,000
Fuel efficiency (km/L) Gas ICE 14
Fuel efficiency (km/L) Diesel ICE 16 Annual Fuel Costs $ 690 $ 494 $ 315 $ 126 $ -
Fuel efficiency (km/L) HEV 30 Annual Electricity Costs $ - $ - $ - $ 75 $ 126
Fuel efficiency (km/L) ICE of PHEV 30 Annual Maintenance $ 600 $ 600 $ 900 $ 1,050 $ 1,200
PHEV Gas ratio 40% Annual Costs $ 1,290 $ 1,094 $ 1,215 $ 1,252 $ 1,326
Effective Gasoline Price ($/L) 1.17$ PV Total costs $ 23,743 $ 23,870 $ 25,611 $ 30,572 $ 30,902
Diesel Price ($/L) 0.99$ Cost per km $ 0.594 $ 0.597 $ 0.640 $ 0.764 $ 0.773
Battery Price ($/kWh) 500$ INITIAL purchase cost differential ($) vs. Gasoline $ (2,200) $ (7,000) $ (7,000)
HEV Battery Size (kWh) 1.6 INITIAL purchase cost differential ($) vs. Diesel $ (1,200) $ (6,000) $ (6,000)
PHEV Battery Size (kWh) 10
EV Battery Size (kWh) 20 Lifetime total cost differential ($) vs. Gasoline $ (1,868) $ (6,829) $ (7,159)
Lifetime total cost differential ($) vs. Diesel $ (1,741) $ (6,702) $ (7,032)
Electricity Price ($/kWh) 0.10$
Battery mileage (km/kWh) 6.4 Max Battery Cost ($/KW), vs. Gasoline $ (417) $ (83) $ 142
Discount Rate 4% Max Battery Cost ($/KW), vs. Diesel $ (338) $ (70) $ 148
Source: Credit Suisse estimates
Figure 35: Calculating lifetime costs for ICE vehicles and xEVs, and maximum battery cost at which latter becomes
economically rational (US)
Battery Breakeven Analysis (US) Gasoline ICE Diesel HEV PHEV EV
Assumptions Base Car Price $ 18,000 $ 19,000 $ 22,000 $ 24,000 $ 25,000
Annual driving distance (km) 12,000 Battery Costs $ - $ - $ 1,200 $ 6,000 $ 10,000
Lifecycle (years) 5 Tax Credit $ - $ - $ - $ 5,000 $ 7,500
Purchase Costs $ 18,000 $ 19,000 $ 23,200 $ 25,000 $ 27,500
Fuel efficiency (km/L) Gas ICE 14
Fuel efficiency (km/L) Diesel ICE 16 Annual Fuel Costs $ 773 $ 825 $ 354 $ 177 $ -
Fuel efficiency (km/L) HEV 30 Annual Electricity Costs $ - $ - $ - $ 100 $ 200
Fuel efficiency (km/L) ICE of PHEV 30 Annual Maintenance $ 600 $ 600 $ 900 $ 1,050 $ 1,200
PHEV Gas ratio 50% Annual Costs $ 1,373 $ 1,425 $ 1,254 $ 1,327 $ 1,400
Effective Gasoline Price ($/L) 0.78$ PV Total costs $ 24,114 $ 25,344 $ 28,781 $ 30,906 $ 33,730
Diesel Price ($/L) 0.74$ Cost per km $ 0.402 $ 0.422 $ 0.480 $ 0.515 $ 0.562
Battery Price ($/kWh) 500$ INITIAL purchase cost differential ($) vs. Gasoline $ (5,200) $ (7,000) $ (9,500)
HEV Battery Size (kWh) 1.6 INITIAL purchase cost differential ($) vs. Diesel $ (4,200) $ (6,000) $ (8,500)
PHEV Battery Size (kWh) 10
EV Battery Size (kWh) 20 LIFETIME total cost differential ($) vs. Gasoline $ (4,666) $ (6,791) $ (9,616)
LIFETIME total cost differential ($) vs. Diesel $ (3,437) $ (5,562) $ (8,386)
Electricity Price ($/kWh) 0.13$
Battery mileage (km/kWh) 6.4 Max Battery Cost ($/KW), vs. Gasoline $ (2,166) $ (79) $ 19
Discount Rate 4% Max Battery Cost ($/KW), vs. Diesel $ (1,398) $ 44 $ 81
Source: Credit Suisse estimates
23 July 2015
Battery industry 39
Figure 36: Calculating lifetime costs for ICE vehicles and xEVs, and maximum battery cost at which latter becomes
economically rational (Europe)
Battery Breakeven Analysis (EU) Gasoline ICE Diesel HEV PHEV EV
Assumptions Base Car Price $ 18,000 $ 19,000 $ 22,000 $ 24,000 $ 25,000
Annual driving distance (km) 10,000 Battery Costs $ - $ - $ 1,200 $ 6,000 $ 10,000
Lifecycle (years) 5 Tax Credit $ - $ - $ - $ 5,000 $ 7,500
Purchase Costs $ 18,000 $ 19,000 $ 23,200 $ 25,000 $ 27,500
Fuel efficiency (km/L) Gas ICE 14
Fuel efficiency (km/L) Diesel ICE 16 Annual Fuel Costs $ 912 $ 686 $ 417 $ 167 $ -
Fuel efficiency (km/L) HEV 30 Annual Electricity Costs $ - $ - $ - $ 234 $ 391
Fuel efficiency (km/L) ICE of PHEV 30 Annual Maintenance $ 600 $ 600 $ 900 $ 1,050 $ 1,200
PHEV Gas ratio 40% Annual Costs $ 1,512 $ 1,286 $ 1,317 $ 1,451 $ 1,591
Effective Gasoline Price ($/L) 1.23$ PV Total costs $ 24,733 $ 24,726 $ 29,064 $ 31,461 $ 34,581
Diesel Price ($/L) 1.10$ Cost per km $ 0.495 $ 0.495 $ 0.581 $ 0.629 $ 0.692
Battery Price ($/kWh) 500$ INITIAL purchase cost differential ($) vs. Gasoline $ (5,200) $ (7,000) $ (9,500)
HEV Battery Size (kWh) 1.6 INITIAL purchase cost differential ($) vs. Diesel $ (4,200) $ (6,000) $ (8,500)
PHEV Battery Size (kWh) 10
EV Battery Size (kWh) 20 Lifetime total cost differential ($) vs. Gasoline $ (4,330) $ (6,727) $ (9,848)
Lifetime total cost differential ($) vs. Diesel $ (4,337) $ (6,734) $ (9,855)
Electricity Price ($/kWh) 0.19$
Battery mileage (km/kWh) 6.4 Max Battery Cost ($/KW), vs. Gasoline $ (1,956) $ (73) $ 8
Discount Rate 4% Max Battery Cost ($/KW), vs. Diesel $ (1,961) $ (73) $ 7
Source: Credit Suisse estimates
Figure 37: Calculating maximum battery cost at which EV would match gasoline-powered vehicle in terms of lifetime
cost; analysis of sensitivity to key variables (Japan)
EV (Japan)
-60% -30% - 30% 60% 30% 15% - -15% -30%
$ 142 2.0 3.5 5.0 6.5 8.0 $ 142 $0.34 $0.30 $0.26 $0.22 $0.18
-40% $0.70 $121 $100 $81 $62 $45 -40% $0.70 $81 $81 $81 $81 $81
-30% $0.82 $127 $111 $96 $82 $68 -30% $0.82 $96 $96 $96 $96 $96
-20% $0.93 $134 $122 $111 $101 $92 -20% $0.93 $111 $111 $111 $111 $111
-10% $1.05 $140 $133 $127 $121 $115 -10% $1.05 $127 $127 $127 $127 $127
- $1.17 $147 $144 $142 $140 $138 - $1.17 $142 $142 $142 $142 $142
10% $1.28 $153 $155 $157 $159 $161 10% $1.28 $157 $157 $157 $157 $157
20% $1.40 $160 $166 $173 $179 $184 20% $1.40 $173 $173 $173 $173 $173
30% $1.52 $166 $177 $188 $198 $208 30% $1.52 $188 $188 $188 $188 $188
40% $1.63 $173 $189 $204 $218 $231 40% $1.63 $204 $204 $204 $204 $204
8% 4% - -4% -8% -50% -25% - 25% 50%
$ 142 27,000 26,000 25,000 24,000 23,000 $ 142 4,000 6,000 8,000 10,000 12,000
-40% $0.70 ($19) $31 $81 $131 $181 -40% $0.70 $49 $65 $81 $97 $113
-30% $0.82 ($4) $46 $96 $146 $196 -30% $0.82 $56 $76 $96 $116 $136
-20% $0.93 $11 $61 $111 $161 $211 -20% $0.93 $64 $88 $111 $135 $159
-10% $1.05 $27 $77 $127 $177 $227 -10% $1.05 $72 $99 $127 $154 $182
- $1.17 $42 $92 $142 $192 $242 - $1.17 $79 $111 $142 $173 $205
10% $1.28 $57 $107 $157 $207 $257 10% $1.28 $87 $122 $157 $193 $228
20% $1.40 $73 $123 $173 $223 $273 20% $1.40 $95 $134 $173 $212 $251
30% $1.52 $88 $138 $188 $238 $288 30% $1.52 $102 $145 $188 $231 $274
40% $1.63 $104 $154 $204 $254 $304 40% $1.63 $110 $157 $204 $250 $297
Color coding:
NOT Economic, even at long-term target ($250/kWh)
Expected to be Economic between 2015-2020
Economic with current battery costs ($400/kWh)
Car lifetime (years) Electricity price ($/kWh)
Gaso
lin
e P
rice (
$/L
)
Gaso
lin
e P
rice (
$/L
)
Base car price ($) Annual driving distance (km/yr)
Gaso
lin
e P
rice (
$/L
)
Gaso
lin
e P
rice (
$/L
)
Source: Credit Suisse estimates
23 July 2015
Battery industry 40
Figure 38: Comparison of PHV/EV base car costs with impact on costs from change in
gasoline and electricity prices (assuming five-year useful life for PHV/EVs): "If gasoline /
electricity prices are higher/lower by Y% over the lifetime of the car, total lifetime running
cost increase / decrease is equivalent to X% of the initial purchase cost of the car."
PHEV EV PHEV EV
$30,000 $35,000 $30,000 $35,0000% 0% 0% 0%
40% $1.63 4.6% 3.9% -40% $0.06 0.5% 0.7%
30% $1.52 3.5% 3.0% -30% $0.07 0.4% 0.5%
20% $1.40 2.3% 2.0% -20% $0.08 0.3% 0.4%
10% $1.28 1.2% 1.0% -10% $0.09 0.1% 0.2%
- $1.17 - - - $0.10 - -
-10% $1.05 -1.2% -1.0% 10% $0.11 -0.1% -0.2%
-20% $0.93 -2.3% -2.0% 20% $0.12 -0.3% -0.4%
-30% $0.82 -3.5% -3.0% 30% $0.13 -0.4% -0.5%
-40% $0.70 -4.6% -3.9% 40% $0.14 -0.5% -0.7%
Gaso
lin
e P
rice (
$/L
)
Ele
ctr
icit
y p
rice (
$/k
Wh
)
Source: Credit Suisse estimates
Figure 39: Battery / Battery materials-related investment news over the next few years 2015 2016 2017 18 19 20
Toda Kogyo/BASF Sumitomo Metal Mining
Asahi Kasei
☆※Ube Industries
※Morita Chemical Industries
※Morita Chemical Industries
(none) Japan More than 100 billion yen
☆ United States 10 billion to 100 billion yen
※ China
〇 Taiwan
# South Korea
・ Other/Undisclosed
Electrolyte
Solution
※Stella Chemifa Mitsubishi Chemical
※Central Glass
Mitsubishi Chemical
※TDK
Battery
Other☆Toshiba/Sumitomo Corp
〇Mitsui Chemicals
・Samsung SDI
Murata Manufacturing
・☆Panasonic
☆Tesla/Panasonic
※Samsung SDI
Sumitomo Chemical
#Sumitomo Chemical
Cathode
MaterialHitachi Chemical
〇China Steel Chemical
Showa Denko
・Mitsubishi Chemical
☆Hitachi Chemical
Japan Vilene #Toray Industries
#W-Scope Asahi Kasei Chemicals
TosohSeparator
Anode
Material
Source: Company data, The Nikkei, The Chemical Daily and other articles, Credit Suisse
23 July 2015
Battery industry 41
Companies Mentioned (Price as of 23-Jul-2015)
Albemarle Corporation (ALB.N, $51.71) BASF (BASFn.DE, €82.73) Clariant (CLN.VX, SFr19.25) FMC Corporation (FMC.N, $48.83) GS Yuasa (6674.T, ¥490, NEUTRAL, TP ¥520) Hitachi Chemical (4217.T, ¥2,155, OUTPERFORM, TP ¥3,200) Honda Motor (7267.T, ¥3,913) Hyundai Motor Company (005380.KS, W138,000) Johnson Matthey (JMAT.L, 2900.0p) Kureha (4023.T, ¥472) LG Chem Ltd. (051910.KS, W271,000) Mitsubishi Chemical Holdings (4188.T, ¥817) Nissan Motor (7201.T, ¥1,224) Panasonic Corporation (6752.T, ¥1,570) Samsung SDI (006400.KS, W99,600) Soquimich (SQM.N, $13.52) Sumitomo Chemical (4005.T, ¥723) Sumitomo Metal Mining (5713.T, ¥1,732) Syrah Resources (SYR.AX, A$3.78) Tesla Motors Inc. (TSLA.OQ, $267.87, OUTPERFORM[V], TP $325.0) Toyota Motor (7203.T, ¥8,278) Ube Industries (4208.T, ¥227) Umicore (UMI.BR, €40.36)
Disclosure Appendix
Important Global Disclosures
Jun Yamaguchi and Dan Galves, each certify, with respect to the companies or securities that the individual analyzes, that (1) the views expressed in this report accurately reflect his or her personal views about all of the subject companies and securities and (2) no part of his or her compensation was, is or will be directly or indirectly related to the specific recommendations or views expressed in this report.
3-Year Price and Rating History for GS Yuasa (6674.T)
6674.T Closing Price Target Price
Date (¥) (¥) Rating
31-Aug-12 296 380 O
21-Nov-12 309 360
05-Mar-13 402 360 N
14-Jun-13 404 370
25-Nov-13 604 500 U
10-Feb-14 554 520 N
05-Jun-14 600 550
04-Aug-14 671 610
20-Nov-14 561 560
16-Feb-15 508 550
26-May-15 547 520
* Asterisk signifies initiation or assumption of coverage.
O U T PERFO RM
N EU T RA L
U N D ERPERFO RM
3-Year Price and Rating History for Hitachi Chemical (4217.T)
4217.T Closing Price Target Price
Date (¥) (¥) Rating
01-Aug-12 1,189 1,760 O
18-Oct-12 1,067 1,560
22-Jan-13 1,327 1,640
30-Jan-13 1,264 1,630
05-Jun-13 1,582 2,160
02-Sep-13 1,620 1,960
25-Oct-13 1,503 1,930
28-Jan-14 1,490 1,620 N
12-Aug-14 1,837 2,250 O
11-Mar-15 2,612 3,200
* Asterisk signifies initiation or assumption of coverage.
O U T PERFO RM
N EU T RA L
23 July 2015
Battery industry 42
3-Year Price and Rating History for Tesla Motors Inc. (TSLA.OQ)
TSLA.OQ Closing Price Target Price
Date (US$) (US$) Rating
13-Aug-14 260.31 325.00 O *
12-Feb-15 202.88 290.00
28-Jun-15 267.09 325.00
* Asterisk signifies initiation or assumption of coverage.
O U T PERFO RM
The analyst(s) responsible for preparing this research report received Compensation that is based upon various factors including Credit Suisse's total revenues, a portion of which are generated by Credit Suisse's investment banking activities
As of December 10, 2012 Analysts’ stock rating are defined as follows:
Outperform (O) : The stock’s total return is expected to outperform the relevant benchmark*over the next 12 months.
Neutral (N) : The stock’s total return is expected to be in line with the relevant benchmark* over the next 12 months.
Underperform (U) : The stock’s total return is expected to underperform the relevant benchmark* over the next 12 months.
*Relevant benchmark by region: As of 10th December 2012, Japanese ratings are based on a stock’s total return relative to the analyst's coverage universe which consists of all companies covered by the analyst within the relevant sector, with Outperforms representing the most attractive, Neutrals the less attractive, and Underperforms the least attractive investment opportunities. As of 2nd October 2012, U.S. and Canadian as well as European ratings are based on a stock’s total return relative to the analyst's coverage universe which consists of all companies covered by the analyst within the relevant sector, with Outperforms representing the most attractive, Neutrals the less attractive, and Underperforms the least attractive investment opportunities. For Latin American and non -Japan Asia stocks, ratings are based on a stock’s total return relative to the average total return of the relevant country or regional benchmark; prior to 2nd October 2012 U.S. and Canadian ratings were based on (1) a stock’s absolute total return potential to its current share price and (2) the relative attractiveness of a stock’s total return potential within an analyst’s coverage universe. For Australian and New Zealand stocks, the expected total return (ETR) calculation includes 12-month rolling dividend yield. An Outperform rating is assigned where an ETR is greater than or equal to 7.5%; Underperform where an ETR less than or equal to 5%. A Neutral may be assigned where the ETR is between -5% and 15%. The overlapping rating range allows analysts to assign a rating that puts ETR in the context of associated risks. Prior to 18 May 2015, ETR ranges for Outperform and Underperform ratings did not overlap with Neutral thresholds between 15% and 7.5%, which was in operation from 7 July 2011.
Restricted (R) : In certain circumstances, Credit Suisse policy and/or applicable law and regulations preclude certain types of communications, including an investment recommendation, during the course of Credit Suisse's engagement in an investment banking transaction and in certain other circumstances.
Volatility Indicator [V] : A stock is defined as volatile if the stock price has moved up or down by 20% or more in a month in at least 8 of the past 24 months or the analyst expects significant volatility going forward.
Analysts’ sector weightings are distinct from analysts’ stock ratings and are based on the analyst’s expectations for the fundamentals and/or valuation of the sector* relative to the group’s historic fundamentals and/or valuation:
Overweight : The analyst’s expectation for the sector’s fundamentals and/or valuation is favorable over the next 12 months.
Market Weight : The analyst’s expectation for the sector’s fundamentals and/or valuation is neutral over the next 12 months.
Underweight : The analyst’s expectation for the sector’s fundamentals and/or valuation is cautious over the next 12 months.
*An analyst’s coverage sector consists of all companies covered by the analyst within the relevant sector. An analyst may cover multiple sectors.
Credit Suisse's distribution of stock ratings (and banking clients) is:
Global Ratings Distribution
Rating Versus universe (%) Of which banking clients (%)
Outperform/Buy* 48% (25% banking clients)
Neutral/Hold* 36% (44% banking clients)
Underperform/Sell* 13% (38% banking clients)
Restricted 3%
*For purposes of the NYSE and NASD ratings distribution disclosure requirements, our stock ratings of Outperform, Neutral, an d Underperform most closely correspond to Buy, Hold, and Sell, respectively; however, the meanings are not the same, as our stock ratings are determined on a relative basis. (Please refer to definitions above.) An investor's decision to buy or sell a security should be based on investment objectives, current holdings, and other individual factors.
23 July 2015
Battery industry 43
Credit Suisse’s policy is to update research reports as it deems appropriate, based on developments with the subject company, the sector or the market that may have a material impact on the research views or opinions stated herein.
Credit Suisse's policy is only to publish investment research that is impartial, independent, clear, fair and not misleading. For more detail please refer to Credit Suisse's Policies for Managing Conflicts of Interest in connection with Investment Research: http://www.csfb.com/research-and-analytics/disclaimer/managing_conflicts_disclaimer.html
Credit Suisse does not provide any tax advice. Any statement herein regarding any US federal tax is not intended or written to be used, and cannot be used, by any taxpayer for the purposes of avoiding any penalties.
Price Target: (12 months) for GS Yuasa (6674.T)
Method: Our ¥520 target price for GS Yuasa is based on a FY3/16-17 average EPS estimate of ¥39.9 and a fair-value P/E of 13.1x (average multiple for periods below 17.5x, the average of 12-month-forward consensus P/E since 2005).
Risk: Upside/downside risks to our ¥520 target price for GS Yuasa include stronger-than-anticipated improvements or erosion for earnings at the auto LiB business, shifts in lead prices, and changes to the pace of growth at overseas units.
Price Target: (12 months) for Hitachi Chemical (4217.T)
Method: We base our ¥3,200 target price for Hitachi Chemical on a fair-value P/E of 14.8x applied to estimated FY3/17 EPS of ¥216.1. Fair-value P/E is the TOPIX-average P/E (16.6x) for the integrated chemical sector times the sector average P/E relative to TOPIX of the past 10 years (0.89x).
Risk: Risks to our ¥3,200 target price for Hitachi Chemical include: upside: stronger-than-expected monthly sales of electronics materials and automotive parts, and recovery in demand for touch panel materials and expanded takeup of automotive LiB anode materials; downside: yen restrengthening and a slowdown in demand for electronic materials including die bonding materials.
Price Target: (12 months) for Tesla Motors Inc. (TSLA.OQ)
Method: Our $325 target price for Tesla is based on 20x our late-decade estimate of $22 EPS, discounted back 3 years at 15%. Our late-decade volume estimate represents 0.5% of global market share; therefore, we still expect investors would assume substantial long-term growth potential, thus a 20x multiple is reasonable.
Risk: Risks to our $325 target price for Tesla Motors Inc. include: 1.) Battery Durability 2.) Vehicle Quality / Warranty Risk 3.) Currency 4.) Key Man Risk 5.) Residual Values
Please refer to the firm's disclosure website at https://rave.credit-suisse.com/disclosures for the definitions of abbreviations typically used in the target price method and risk sections.
See the Companies Mentioned section for full company names
The subject company (TSLA.OQ, 4217.T, BASFn.DE, 005380.KS, FMC.N, 051910.KS, SYR.AX, ALB.N, 006400.KS) currently is, or was during the 12-month period preceding the date of distribution of this report, a client of Credit Suisse.
Credit Suisse provided investment banking services to the subject company (005380.KS, FMC.N, SYR.AX, 006400.KS) within the past 12 months.
Credit Suisse provided non-investment banking services to the subject company (005380.KS) within the past 12 months
Credit Suisse has managed or co-managed a public offering of securities for the subject company (005380.KS) within the past 12 months.
Credit Suisse has received investment banking related compensation from the subject company (005380.KS, FMC.N, SYR.AX, 006400.KS) within the past 12 months
Credit Suisse expects to receive or intends to seek investment banking related compensation from the subject company (TSLA.OQ, 6674.T, 4217.T, 5713.T, BASFn.DE, 005380.KS, UMI.BR, 4005.T, 4208.T, FMC.N, 051910.KS, SQM.N, SYR.AX, ALB.N, 006400.KS) within the next 3 months.
Credit Suisse has received compensation for products and services other than investment banking services from the subject company (005380.KS) within the past 12 months
As of the date of this report, Credit Suisse makes a market in the following subject companies (TSLA.OQ, FMC.N, ALB.N).
As of the end of the preceding month, Credit Suisse beneficially own 1% or more of a class of common equity securities of (BASFn.DE, JMAT.L, 4188.T, 4208.T, FMC.N, SYR.AX).
For other important disclosures concerning companies featured in this report, including price charts, please visit the website at https://rave.credit-suisse.com/disclosures or call +1 (877) 291-2683.
Important Regional Disclosures
Singapore recipients should contact Credit Suisse AG, Singapore Branch for any matters arising from this research report.
23 July 2015
Battery industry 44
The analyst(s) involved in the preparation of this report have not visited the material operations of the subject company (TSLA.OQ, 6674.T, 4217.T, 5713.T, BASFn.DE, 005380.KS, JMAT.L, UMI.BR, 4023.T, 4188.T, 4005.T, 4208.T, FMC.N, 051910.KS, SQM.N, SYR.AX, ALB.N, 006400.KS) within the past 12 months
Restrictions on certain Canadian securities are indicated by the following abbreviations: NVS--Non-Voting shares; RVS--Restricted Voting Shares; SVS--Subordinate Voting Shares.
Individuals receiving this report from a Canadian investment dealer that is not affiliated with Credit Suisse should be advised that this report may not contain regulatory disclosures the non-affiliated Canadian investment dealer would be required to make if this were its own report.
For Credit Suisse Securities (Canada), Inc.'s policies and procedures regarding the dissemination of equity research, please visit https://www.credit-suisse.com/sites/disclaimers-ib/en/canada-research-policy.html.
The following disclosed European company/ies have estimates that comply with IFRS: (BASFn.DE, JMAT.L).
Credit Suisse has acted as lead manager or syndicate member in a public offering of securities for the subject company (BASFn.DE, 005380.KS, SYR.AX) within the past 3 years.
As of the date of this report, Credit Suisse acts as a market maker or liquidity provider in the equities securities that are the subject of this report.
Principal is not guaranteed in the case of equities because equity prices are variable.
Commission is the commission rate or the amount agreed with a customer when setting up an account or at any time after that.
To the extent this is a report authored in whole or in part by a non-U.S. analyst and is made available in the U.S., the following are important disclosures regarding any non-U.S. analyst contributors: The non-U.S. research analysts listed below (if any) are not registered/qualified as research analysts with FINRA. The non-U.S. research analysts listed below may not be associated persons of CSSU and therefore may not be subject to the NASD Rule 2711 and NYSE Rule 472 restrictions on communications with a subject company, public appearances and trading securities held by a research analyst account.
Credit Suisse Securities (Japan) Limited ......................................................................................................................................... Jun Yamaguchi
For Credit Suisse disclosure information on other companies mentioned in this report, please visit the website at https://rave.credit-suisse.com/disclosures or call +1 (877) 291-2683.
23 July 2015
Battery industry 45
References in this report to Credit Suisse include all of the subsidiaries and affiliates of Credit Suisse operating under its investment banking division. For more information on our structure, please use the following link: https://www.credit-suisse.com/who-we-are This report may contain material that is not directed to, or intended for distribution to or use by, any person or entity who is a citizen or resident of or located in any locality, state, country or other jurisdiction where such distribution, publication, availability or use would be contrary to law or regulation or which would subject Credit Suisse AG or its affiliates ("CS") to any registration or licensing requirement within such jurisdiction. All material presented in this report, unless specifically indicated otherwise, is under copyright to CS. None of the material, nor its content, nor any copy of it, may be altered in any way, transmitted to, copied or distributed to any other party, without the prior express written permission of CS. All trademarks, service marks and logos used in this report are trademarks or service marks or registered trademarks or service marks of CS or its affiliates. The information, tools and material presented in this report are provided to you for information purposes only and are not to be used or considered as an offer or the solicitation of an offer to sell or to buy or subscribe for securities or other financial instruments. CS may not have taken any steps to ensure that the securities referred to in this report are suitable for any particular investor. CS will not treat recipients of this report as its customers by virtue of their receiving this report. The investments and services contained or referred to in this report may not be suitable for you and it is recommended that you consult an independent investment advisor if you are in doubt about such investments or investment services. Nothing in this report constitutes investment, legal, accounting or tax advice, or a representation that any investment or strategy is suitable or appropriate to your individual circumstances, or otherwise constitutes a personal recommendation to you. CS does not advise on the tax consequences of investments and you are advised to contact an independent tax adviser. Please note in particular that the bases and levels of taxation may change. Information and opinions presented in this report have been obtained or derived from sources believed by CS to be reliable, but CS makes no representation as to their accuracy or completeness. CS accepts no liability for loss arising from the use of the material presented in this report, except that this exclusion of liability does not apply to the extent that such liability arises under specific statutes or regulations applicable to CS. This report is not to be relied upon in substitution for the exercise of independent judgment. CS may have issued, and may in the future issue, other communications that are inconsistent with, and reach different conclusions from, the information presented in this report. Those communications reflect the different assumptions, views and analytical methods of the analysts who prepared them and CS is under no obligation to ensure that such other communications are brought to the attention of any recipient of this report. Some investments referred to in this report will be offered solely by a single entity and in the case of some investments solely by CS, or an associate of CS or CS may be the only market maker in such investments. Past performance should not be taken as an indication or guarantee of future performance, and no representation or warranty, express or implied, is made regarding future performance. Information, opinions and estimates contained in this report reflect a judgment at its original date of publication by CS and are subject to change without notice. The price, value of and income from any of the securities or financial instruments mentioned in this report can fall as well as rise. The value of securities and financial instruments is subject to exchange rate fluctuation that may have a positive or adverse effect on the price or income of such securities or financial instruments. Investors in securities such as ADR's, the values of which are influenced by currency volatility, effectively assume this risk. Structured securities are complex instruments, typically involve a high degree of risk and are intended for sale only to sophisticated investors who are capable of understanding and assuming the risks involved. The market value of any structured security may be affected by changes in economic, financial and political factors (including, but not limited to, spot and forward interest and exchange rates), time to maturity, market conditions and volatility, and the credit quality of any issuer or reference issuer. Any investor interested in purchasing a structured product should conduct their own investigation and analysis of the product and consult with their own professional advisers as to the risks involved in making such a purchase. Some investments discussed in this report may have a high level of volatility. High volatility investments may experience sudden and large falls in their value causing losses when that investment is realised. Those losses may equal your original investment. Indeed, in the case of some investments the potential losses may exceed the amount of initial investment and, in such circumstances, you may be required to pay more money to support those losses. Income yields from investments may fluctuate and, in consequence, initial capital paid to make the investment may be used as part of that income yield. Some investments may not be readily realisable and it may be difficult to sell or realise those investments, similarly it may prove difficult for you to obtain reliable information about the value, or risks, to which such an investment is exposed. This report may provide the addresses of, or contain hyperlinks to, websites. Except to the extent to which the report refers to website material of CS, CS has not reviewed any such site and takes no responsibility for the content contained therein. Such address or hyperlink (including addresses or hyperlinks to CS's own website material) is provided solely for your convenience and information and the content of any such website does not in any way form part of this document. Accessing such website or following such link through this report or CS's website shall be at your own risk. This report is issued and distributed in Europe (except Switzerland) by Credit Suisse Securities (Europe) Limited, One Cabot Square, London E14 4QJ, England, which is authorised by the Prudential Regulation Authority and regulated by the Financial Conduct Authority and the Prudential Regulation Authority. This report is being distributed in Germany by Credit Suisse Securities (Europe) Limited Niederlassung Frankfurt am Main regulated by the Bundesanstalt fuer Finanzdienstleistungsaufsicht ("BaFin"). This report is being distributed in the United States and Canada by Credit Suisse Securities (USA) LLC; in Switzerland by Credit Suisse AG; in Brazil by Banco de Investimentos Credit Suisse (Brasil) S.A or its affiliates; in Mexico by Banco Credit Suisse (México), S.A. (transactions related to the securities mentioned in this report will only be effected in compliance with applicable regulation); in Japan by Credit Suisse Securities (Japan) Limited, Financial Instruments Firm, Director-General of Kanto Local Finance Bureau (Kinsho) No. 66, a member of Japan Securities Dealers Association, The Financial Futures Association of Japan, Japan Investment Advisers Association, Type II Financial Instruments Firms Association; elsewhere in Asia/ Pacific by whichever of the following is the appropriately authorised entity in the relevant jurisdiction: Credit Suisse (Hong Kong) Limited, Credit Suisse Equities (Australia) Limited, Credit Suisse Securities (Thailand) Limited, regulated by the Office of the Securities and Exchange Commission, Thailand, having registered address at 990 Abdulrahim Place, 27th Floor, Unit 2701, Rama IV Road, Silom, Bangrak, Bangkok 10500, Thailand, Tel. +66 2614 6000, Credit Suisse Securities (Malaysia) Sdn Bhd, Credit Suisse AG, Singapore Branch, Credit Suisse Securities (India) Private Limited (CIN no. U67120MH1996PTC104392) regulated by the Securities and Exchange Board of India (registration Nos. INB230970637; INF230970637; INB010970631; INF010970631), having registered address at 9th Floor, Ceejay House, Dr.A.B. Road, Worli, Mumbai - 18, India, T- +91-22 6777 3777, Credit Suisse Securities (Europe) Limited, Seoul Branch, Credit Suisse AG, Taipei Securities Branch, PT Credit Suisse Securities Indonesia, Credit Suisse Securities (Philippines ) Inc., and elsewhere in the world by the relevant authorised affiliate of the above. Research on Taiwanese securities produced by Credit Suisse AG, Taipei Securities Branch has been prepared by a registered Senior Business Person. Research provided to residents of Malaysia is authorised by the Head of Research for Credit Suisse Securities (Malaysia) Sdn Bhd, to whom they should direct any queries on +603 2723 2020. This report has been prepared and issued for distribution in Singapore to institutional investors, accredited investors and expert investors (each as defined under the Financial Advisers Regulations) only, and is also distributed by Credit Suisse AG, Singapore branch to overseas investors (as defined under the Financial Advisers Regulations). By virtue of your status as an institutional investor, accredited investor, expert investor or overseas investor, Credit Suisse AG, Singapore branch is exempted from complying with certain compliance requirements under the Financial Advisers Act, Chapter 110 of Singapore (the "FAA"), the Financial Advisers Regulations and the relevant Notices and Guidelines issued thereunder, in respect of any financial advisory service which Credit Suisse AG, Singapore branch may provide to you. This information is being distributed by Credit Suisse AG, Dubai Branch, duly licensed and regulated by the Dubai Financial Services Authority (DFSA), and is directed at Professional Clients or Market Counterparties only, as defined by the DFSA. The financial products or financial services to which the information relates will only be made available to a client who meets the regulatory criteria to be a Professional Client or Market Counterparty only, as defined by the DFSA, and is not intended for any other person. This research may not conform to Canadian disclosure requirements. In jurisdictions where CS is not already registered or licensed to trade in securities, transactions will only be effected in accordance with applicable securities legislation, which will vary from jurisdiction to jurisdiction and may require that the trade be made in accordance with applicable exemptions from registration or licensing requirements. Non-U.S. customers wishing to effect a transaction should contact a CS entity in their local jurisdiction unless governing law permits otherwise. U.S. customers wishing to effect a transaction should do so only by contacting a representative at Credit Suisse Securities (USA) LLC in the U.S. Please note that this research was originally prepared and issued by CS for distribution to their market professional and institutional investor customers. Recipients who are not market professional or institutional investor customers of CS should seek the advice of their independent financial advisor prior to taking any investment decision based on this report or for any necessary explanation of its contents. This research may relate to investments or services of a person outside of the UK or to other matters which are not authorised by the Prudential Regulation Authority and regulated by the Financial Conduct Authority and the Prudential Regulation Authority or in respect of which the protections of the Prudential Regulation Authority and Financial Conduct Authority for private customers and/or the UK compensation scheme may not be available, and further details as to where this may be the case are available upon request in respect of this report. CS may provide various services to US municipal entities or obligated persons ("municipalities"), including suggesting individual transactions or trades and entering into such transactions. Any services CS provides to municipalities are not viewed as "advice" within the meaning of Section 975 of the Dodd-Frank Wall Street Reform and Consumer Protection Act. CS is providing any such services and related information solely on an arm's length basis and not as an advisor or fiduciary to the municipality. In connection with the provision of the any such services, there is no agreement, direct or indirect, between any municipality (including the officials, management, employees or agents thereof) and CS for CS to provide advice to the municipality. Municipalities should consult with their financial, accounting and legal advisors regarding any such services provided by CS. In addition, CS is not acting for direct or indirect compensation to solicit the municipality on behalf of an unaffiliated broker, dealer, municipal securities dealer, municipal advisor, or investment adviser for the purpose of obtaining or retaining an engagement by the municipality for or in connection with Municipal Financial Products, the issuance of municipal securities, or of an investment adviser to provide investment advisory services to or on behalf of the municipality. If this report is being distributed by a financial institution other than Credit Suisse AG, or its affiliates, that financial institution is solely responsible for distribution. Clients of that institution should contact that institution to effect a transaction in the securities mentioned in this report or require further information. This report does not constitute investment advice by Credit Suisse to the clients of the distributing financial institution, and neither Credit Suisse AG, its affiliates, and their respective officers, directors and employees accept any liability whatsoever for any direct or consequential loss arising from their use of this report or its content. Principal is not guaranteed. Commission is the commission rate or the amount agreed with a customer when setting up an account or at any time after that.
Copyright © 2015 CREDIT SUISSE AG and/or its affiliates. All rights reserved.
Investment principal on bonds can be eroded depending on sale price or market price. In addition, there are bonds on which investment principal can be eroded due to changes in redemption amounts. Care is required when investing in such instruments. When you purchase non-listed Japanese fixed income securities (Japanese government bonds, Japanese municipal bonds, Japanese government guaranteed bonds, Japanese corporate bonds) from CS as a seller, you will be requested to pay the purchase price only.
Tesla Report 2_072315_E.doc