SunEdison Ahmad Chatila, President & CEO US-Saudi Business Forum Los Angeles, CA September 18, 2013
Dec 24, 2014
SunEdison
Ahmad Chatila, President & CEO
US-Saudi Business Forum
Los Angeles, CA
September 18, 2013
P. 2 | SunEdison
Disclaimer on Forward Look Statements
DISCLAIMER ON FORWARD LOOKING STATEMENTS: With the exception of historical information, the matters disclosed in this presentation are forward-looking statements. Such statements involve certain risks and uncertainties that could cause actual results to differ materially from those in the forward-looking statements. Potential risks and uncertainties are described in the Company’s filings with the Securities and Exchange Commission (SEC), including its 2011 Form 10-K, and Q1 2012, Q2 2012 and Q3 2012 Form 10-Qs. These forward-looking statements represent the Company’s judgment as of the date of this presentation. The Company disclaims, however, any intent or obligation to update these forward-looking statements.
P. 3 | SunEdison
Agenda
1. Introduction & History
2. Market Trends
3. Manufacturing Technology
4. Solar Power Applications
P. 4 | SunEdison
>50 Years as a Technology Leader
M E M C
1959 Monsanto Electronic Materials Company (MEMC) formed
1962 Czochralski (CZ) silicon crystal process developed
1965 MEMC develops polishing process for silicon wafers
1975 First commercial production of 100mm wafers
1984 Commercialized 200mm wafers
1989 MEMC acquired by E.ON affiliate1991 300mm wafers developed
1995 MEMC IPO on the NYSE
2002 Significant 300mm expansion
2004 Crossed $1B revenue mark; acquired Taisil
2005 First 300mm production in Taiwan2006 Entered the solar PV wafer market on a large scale
2007 MEMC added to S&P 500; began solar wafer deliveries
2009 Acquired SunEdison and expanded into solar energy market
2010 Acquired Solaicx and Continuous Czochralski (CCZ) technology
2011 SunEdison one of the largest global solar PV companies
P. 5 | SunEdison
Global Presence
Utsunomiya, Japan
St. Peters, Missouri
Novara, Italy
Hsinchu, Taiwan
Chonan, South KoreaPortland, Oregon
Manufacturing Facilities Sales & Support Offices SunEdison Offices
Belmont, CaliforniaBeltsville, MarylandAthens, GreeceBangkok, ThailandBarcelona, Spain Chennai, IndiaDenver, Colorado Dubai, U.A.E.
Lecce, ItalyMadrid, SpainMilan, ItalyMinden, NevadaPennsauken, New JerseyPortland, Oregon Prescott, Arizona Recife, BrazilSacramento, Califormia
Chonan, South KoreaHsinchu, TaiwanIpoh, MalaysiaKuala Lumpur, MalaysiaKuching, MalaysiaNovara, Italy
Pasadena, TexasPortland, OregonSt. Peters, MissouriSherman, TexasUtsunomiya, Japan
Hsinchu, TaiwanNovara, Italy Paris, France Shanghai, ChinaSanta Clara, California
Sherman, Texas SingaporeSeoul, South Korea St. Peters, MissouriTokyo, Japan
Ipoh, Malaysia
Pasadena, Texas*
Kuala Lumpur, Malaysia
Kuching, Malaysia
San Francisco, California San Juan, Puerto Rico Sao Paulo, BrazilSantiago, ChileSeoul, South Korea Shanghai, China SingaporeTokyo, JapanToronto, Canada
* Indicated locations are Polysilicon manufacturing facilities
Sherman, Texas
P. 6 | SunEdison
Electricity Markets Will Drive Solar Industry
Sources: IHS, EPIA
Historic Subsidy-driven Solar Markets
Future Economy-driven Electricity Markets
Countries with (a) large electricity markets and (b) high irradiation levels
• Also markets with new generation capacity needs (growth or substitution)
Countries at ‘grid parity’ (segment-dependent)• Political support still expected
Potential market = Millions people huge annual electricity demand
Markets enabled through public policy measures• E.g. ITC, FiTs, ROCs, GCs, tenders, etc.
Over 100 GW of PV installed worldwide
Transition period 2-5 years
Past
Future
P. 7 | SunEdison
Addressable Solar PV Market is Large
ROW
Middle East
LatAm
Germany
Japan
India
China
USA
2020
105
2019
89
2018
76
2017
64
2016
55
2015
47
2014
41
2013
33
2012
31
Annual Installations (GWs)
Source: 2012-2016 installations based on IHS, GTM and SunEdison. 2017-2020 extrapolated from 2015-2016 growth rate
Addressable Market Through 2020 Nears:
500 GW, and
$1 Trillion (cumulatively)
P. 8 | SunEdison
Transition Toward Distributed Generation
20
24
2015
47
9
17
20
2014
41
9
15
15
2013
33
8
12
12
2012
31
7
11
1222
33
45
2019
894
18
29
38
2018
763
15
25
32
2017
64
11
22
27
2016
55
13RSC
Utility-Scale
DG
2020
1055 Off-Grid
Source: 2012-2016 installations based on IHS, GTM and SunEdison. 2017-2020 extrapolated from 2015-2016 growth rate Utility (>10MW), Commercial (10kw-10MW), Residential (<10Kw)
Annual Installations (GWs)Market Segment Shift
Toward Distributed Generation (DG) & Residential & Small Commercial (RSC)
• Higher value segments
Utility to see competition from other central generation sources
P. 9 | SunEdison
Business and Served Markets
Ingot Wafers Cells / Modules Systems
Ingot Wafers Semiconductors Electronics
Polysilicon
Semiconductors
Solar PV
MEMC
MEMC
Single CrystallineHigh Efficiency
Multi Crystalline
Std Efficiency
MEMC
Semi & solar grade, FBR granular and Siemens chunk
~$100 per unit
<$1per unit
P. 10 | SunEdison
Company 15,16,17
Com
pan
y 1
8
Company 14
Com
pany
12
Co
mpa
ny 1
3
Com
pan
y 9
Com
pany
6
Com
pany
7
Com
pany
5
Com
pany
2
Polysilicon Capacity & Demand
Com
pan
y 4
Other companies
Com
pany
1
Com
pany
10
Com
pany
11
Com
pany
8
Company 3
Variable Cost of Production($/kg)
Volume (MT/yr)
CurrentSpot Prices$17-19/kg
50k 100k 150k 200k 250k 300k0
$40
$30
$20
$10
Source: Bloomberg New Energy Finance Note: Demand estimates 197k to 230k MT in 2013; electronics market is estimated at 27k MT.
Solar Poly Demand BNEF 1Q13 Forecast190k MT – 230k MT
SMP 10k MT FBR Capacity with Industry Leading Cost
<$15/kg all in
SMP JV 4Q13 Ramp at Industry Leading Costs (All In)
High Pressure Fluidized Bed Reactors (FBRs) produces flowable and high packing density process Greatly improves productivity Lowers CapEX
P. 11 | SunEdison
Mono at Multi Cost
CCz enables “continuous pull”
Tighter resistivity forms the basis for higher efficiencies
MCLT is Minority Carrier Life Time
CCz PullerConceptual Illustration
Recharge basket
Silicon Melt
ContinuousRecharge
$0
$5
$10
$15
$20
$25
$30
$35
DSS (Multi)
Cz (Mono)
CCz (Mono)
Fully Loaded Conversion Cost ($/kg)
Conversion Cost ($/kg)
Range
P. 12 | SunEdison
Diamond Coated Wire (DCW) Wafering
DCW Wire
Post wafering, prior to separation
Std Slurry Cut
DCW$0.00
$0.10
$0.20
$0.30
$0.40
Wafer Cost ($/wafer)
~25%
Leading the Transition to DCW Nearly twice the cutting speed No slurry, lower kerf loss Lower overall wafering cost
P. 13 | SunEdison
System Economics
Q1
Q2
Q3
Q4
Q1
Q2
Q3
Q4
Q1
Q2
Q3
Q4
Q1
Q2
Q3
Q4
Q1
Q2
Q3
Q4
Q1
Q2
Q3
Q4
E
1Q
E
2Q
E
3Q
E
4Q
E
2007 2008 2009 2010 2011 2012 2013
$0.00
$1.00
$2.00
$3.00
$4.00Module ASP
Module ASPs dropped faster than BoS cost
PV modules were ~2/3rd the system cost in 2008
Now the module is only ~1/3rd the system cost
Higher module efficiency reduces BoS cost efficiency is increasingly more important
2008
BoS
Module
2010
PV Module vs BoS Cost
Source: Module ASP blended average of prices reported by top tier suppliers.
2012
Solar PV system cost
P. 14 | SunEdison
“440 Goal” – 400Wp at $0.40/Wp by 2016
“440 Goal” 400Wp Module
at $0.40/Wp
by 2016
Note : Cost includes opex, silicon, son-silicon, depreciation, warranty and inbound freight and excludes corporate general & admin. expenses)
P. 15 | SunEdison
Innovative Financing StructuresSunEdison has an unparalleled track record in creating bankable and replicable structures to finance aggregated solar portfolios that are widely accepted by the market ($2.5 bn in total financing)
SunE Solar Fund I/IIProject Finance Partnership
23 Project Aggregation
SunE Solar III/IVProject Finance Sale-Leaseback
195 Project Aggregation
SunE Solar V, V-B, V-CProject Finance Sale-Leaseback
33 Project Aggregation
SunE Alamosa1Project Finance Sale-Leaseback
8.2 MW Substation PV Plant
SunE Solar VIProject Finance Sale-Leaseback4 Project Aggregation (4.9 MW)
SunE Solar VIIProject Finance Sale-Leaseback4 Project Aggregation (3.6 MW)
Working Capital Facilities
Project Finance LoanSolar Loan Program (NJ)11 Project Aggregation
SunE Solar IXProject Finance Sale-Leaseback10.1 MW Substation PV Plant
SunE Solar XProject Finance Sale-Leaseback
$60 million
Direct Lease Kohl’s Department Stores
10 Project Aggregation
Global Solar Fund/Joint VentureLevered Equity
$1.5 billion
Rovigo, Italy€276 mm, 70 MW
Joint Venture
Catalonia, SpainEquity Placement
3 Project Aggregation (4.4 MW)
Puglia, ItalyLevered Equity
10 Project Aggregation (9.5 MW)
Catalonia, SpainProject Finance Loan2 Project Aggregation
Recovery Zone Facility Bonds20+ Project Aggregation
SunE Sky First Light, LP Project Finance Loan
9.0 MW PV Plant (Ontario)
Project Finance Loan37.0 MWs PV Plants (Ontario)
Private Equity Financings
15
SunEdison Confidential & Proprietary
P. 16 | SunEdison
Solar Applications across industries
Commercial
REITs & Developers
Public Sector
Utility
16
SunEdison Confidential & Proprietary
P. 17 | SunEdison
Commercial Scale Projects
Whole Foods Market WalMartStaples, Inc.
AT&T Kohl’s P&G
Anheuser- Busch
Macy’s SuperValu
P. 18 | SunEdison
Utility Scale Projects
Rovigo, Italy – 70 MW Karadzhalovo, Bulgaria – 60 MW Colorado, USA – 8 MW
MASDAR City, U.A.E. – 1 MW Cádiz, Spain – 2.3 MW Campania, Italy – 20 MW
P. 19 | SunEdison
Growing Global Market Share
2009 2010 2011 2012
MWs 40 167 296 450
Share 0.7% 1% 1.4% 1.8%
Global Rank 11 5 4 2
source: IMS
P. 21 | SunEdison
Horticulture Department , Rajasthan Number of Pumps allotted to SunEdison : 230 Beneficiary: Farmers Type of Irrigation: Drip System Size : 3 HP (3kW)
P. 22 | SunEdison
Solar for Transforming Lives Through Innovation
P. 23 | SunEdison
SunEdison Company HighlightsSunEdison Is a Global Leader in Semiconductor Products and Solar Energy
Formed in 1959
Listed on NYSE (WFR), Member of Fortune 1000
5,000+ employees in 25 global locations
Manufacturing plants on 3 continents and client operations on 5 continents
≈1 GW of PV developed and installed worldwide (4Q12)
2.6GW of projects pipeline and backlog (4Q12)
KEY MILESTONES
1959 Monsanto Electronic Material Company formed
1962 CZ silicon crystal process developed
1975 First commercial production of 100mm wafers
1995 MEMC I.P.O. on the NYSE
2003 SunEdison signs first solar PPA (Power Purchase Agreement)
2006 Announced entry into solar wafer market on a large scale
2009 MEMC acquires leading solar project developer SunEdison
2010 Acquired Solaicx and Continuous Czochralski (CCZ) technology
2010 SunEdison builds largest PV plant in Europe (70 MW)
2011 MEMC announces solar cell and module partnerships
2013 MEMC announces name change to SunEdison
P. 24 | SunEdison
SunEdison – Experience and Reach917 MW of PV Interconnected ≈2.6 GW of PV Pipeline**
2007 2008 2009 2010 2011 20120
100200300400500
26 32 40
167
296
450Interconnected PV Volume (MW/year)
● SunEdison connected 450 MW in 2012.● Cumulative 921 solar power systems
interconnected
Geographical Diversification*
USA: 439 MW
Bulgaria: 60 MW Canada: 63 MW
India: 54 MW
Spain: 29MW
Italy: 199 MW
Thailand: 26 MW
Korea: 32 MW
Brazil: 0.5 MW
UAE: 1 MW
● SunEdison has ≈2.6 GW of pipeline and continues to work of ‘green-field’ development for new projects
*Figures refer to projects in operation and under construction; **A solar project is classified as "pipeline" where SunEdison has a signed or awarded PPA or other energy off-take agreement or has achieved each of the following three items: site control, an identified interconnection point with an estimate of the interconnection costs, and an executed energy off-take agreement or the determination that there is a reasonable likelihood that an energy off-take agreement will be signed.
Mexico: 0.3 MW
US
48%EMEA & LA 21%
Emerging Markets
17%
Canada
14%
10 ≤ MW <50
33%
1 ≤ MW <10
10%
MW≥100
26%
MW <1 9%
50 ≤ MW <100
22%
Pipeline by Region
Pipeline by Project Size
P. 25 | SunEdison
SunEdison is the RIGHT Partner in Solar PV
Technology
Economics
Quality Brand
Industry leading PV Performance Roadmap Manufacturing technology and capabilities Holistic view for system level performance
Lower capital cost per unit capacity Market leading production costs Durable cost model over business cycles
Committed Partner for Long Term Success >1GW installed base w/ after market support Experience over broad technology base