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5/8/2014 J.A.Rand Solar Cell Market Evolution Can we predict the next wave of innovation? Jim Rand 8 May 2014 Market Highlights Supply Demand Price Ramification on Technology 1. Look Forward for Growth Potential 2. Look Backward for What Triggered Change 3. Look Forward for Guidance on Technology

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5/8/2014 J.A.Rand

Solar Cell Market EvolutionCan we predict the next wave of innovation?

Jim Rand8 May 2014

Market HighlightsSupply DemandPrice

Ramification on Technology

1. Look Forward for Growth Potential

2. Look Backward for What Triggered Change

3. Look Forward for Guidance on Technology

5/8/2014 J.A.Rand

Definition: “The Market” = Flat Plate PV

2

Conventional Silicon PV Modules

Thin Film Modules(CdTe, CIGS)

Convention, Rack Mounted, One-Sun, Flat-Plate Modules

5/8/2014 J.A.Rand

Definition: “The Market” = Flat Plate Silicon PVC

apac

ity

(MW

) Market Sh

are (%)

5/8/2014 J.A.Rand

$0

$10

$20

$30

$40

$50

$60

$70

1976 1981 1986 1991 1996 2001 2006 2011

0

10

20

30

40

50

60

70

Avera

ge S

ellin

g P

rice (

2011 $

's)

Inst

alled

M

od

ule

Cap

acit

y (

GW

)

4

“Solar Industry Update”, David Feldman, Robert Margolis, NREL

The US has a great runway ahead with >100 GW to install, perhaps a good deal more

Existence Proof exists with Germany, which was done at much higher price

1. Look Forward for Growth Potential

5/8/2014 J.A.Rand5

0.4

4.

40.

0.1 1. 10. 100. 1,000. 10,000. 100,000. 1,000,000. 10,000,000.

Glo

bal

Avera

ge P

ow

er

-Mo

du

le P

rice (

2011$/W

p)

Cumulative PV Module Shipments (MWp)

PV Module Experience Curve

The first 25 Years

The Missionary PeriodWe knew we were doing the right thing –

but there was no money in it.

“Solar Industry Update”, David Feldman, Robert Margolis, NREL

2. Look Backwards for Triggers to Change

5/8/2014 J.A.Rand6

0.4

4.

40.

0.1 1. 10. 100. 1,000. 10,000. 100,000. 1,000,000. 10,000,000.

Glo

bal

Avera

ge P

ow

er

-Mo

du

le P

rice (

2011$/W

p)

Cumulative PV Module Shipments (MWp)

2001-2008

The Party YearsThe Silicon Crisis with a Silver Lining

The Silver Lining of the Silicon Shortage

1. Profits!!!.....Wall Street notices, billions in investment follows2. Productivity Increases are Accelerated…wafers get thinner quick3. Technologist are Valued…..opportunity, respect, and stock options4. More Room on the Field for Small Players….the thin film window opens

“Solar Industry Update”, David Feldman, Robert Margolis, NREL

5/8/2014 J.A.Rand

Huge Gains in Productivity

Compiled by David Feldman. Sources: 2004 CLSA. Solar Power: Sector Outlook. Michael Rogol. July 2005. 2005-2013 Photon Consulting. Solar Annual 2007, 2008, 2012, 2013.

Similar gains in all aspects of manufacturing (with the possible exception of labor)

5/8/2014 J.A.Rand8

0.4

4.

40.

0.1 1. 10. 100. 1,000. 10,000. 100,000. 1,000,000. 10,000,000.

Glo

bal

Avera

ge P

ow

er

-Mo

du

le P

rice (

2011$/W

p)

Cumulative PV Module Shipments (MWp)

2009 to Today

The End of the BeginningProfits disappear

Manufacturing continues in places that don’t need profits

By 2012, 77 different solar firms left the sector, either by closure, bankruptcy, or fire-sale.

“Rest in Peace: The List of Deceased Solar Companies”, Eric Wesoff, Greentech Media, 6 April 2013

5/8/2014 J.A.Rand

The Silicon Technology is Firmly in Place– Supply Chain

– Manufacturability

– Market Acceptance

• Proven in the Field

Prices are “dirt cheap”

Investment Community Has Moved On

Any new incremental technology improvement will be taken up by the existing manufacturers in Asia

We are STILL not competitive without Incentives

Recap of Present Status

5/8/2014 J.A.Rand

Reduce the Cost of the “Active” Solar Cell Material and Device

Cost of the “Package”

Enhance Productivity - 1400 kwh/kwpv

Decrease BOS

Big Increase in Efficiency

Addressing the Key Elements of $/kwh

Make a cheaper module…only with comparable efficiency and reliability

Widespread use of Trackers? Just AZ?

We can all agree

>30%....nothing incremental

5/8/2014 J.A.Rand

High Efficiency at the Module Level

Si

SPWR

M.A. Green, “Third Generation Photovoltaics”, 2003

5/8/2014 J.A.Rand

Big Gains in Efficiency Come From:

1. Intermediate Bandgap

2. Thermal Photovoltaics

3. Hot Carrier Solar Cells

4. Multiple Electrons per Photon

5. Multi-Junction Solar Cells

Only Multi-Junction Solar Cells have been shown to work.

3rd Generation Solar Cells

SpectroLab record efficiency multi-junction device structure which has demonstrated 40.7% under concentration.

“CPV, mainly HCPV, is considered by some as a sleeping giant. CPV is expected to reach around 1 GW of production capacity by 2017”

Global Market Outlook, 2013, EPIA

5/8/2014 J.A.Rand

End

[email protected]

• My Next Venture:

Performance and Reliability at the Module Level