Concentrated Solar Power by GLINTT Energy

Lisboa, June 2011 One Day Our World Will Run On Solar Energy…

0

200

400

600

800

1000

1200

1400

1600

1800

2000

2007 2008 2009 2010 2011 2012 2013 2014 2015

Meg

awat

ts (

MW

) In

stal

led

Per

Yea

r

Source: 2007-2009 EPRI; 2010-2015 CPV Consortium 2010 Report Year

Concentrated Solar Power by GLINTT Energy CPV Strong Industry Growth

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CPV Market Forecast: Set to growth at 50%

trough 2015

Set to growth with high volume improvement

Cost reduction is based on the substitution of costly semiconductors by cost-effective materials such as lenses and mirrors

Best cell and module

efficiency Higher consistent energy

production

Concentrated Solar Power by GLINTT Energy CPV Advantages

Lowest cost per kWh of the market above 6 DNI -

Direct Normal Irradiance Decreasing manufacturing

costs

EMCORE

CTJ cell:

39.0%

EFFICIENCY

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2005 2006-2007 2011 P

33.0%

Concentrator

Triple Junction

(CTJ)

36.0%

2nd Generation

Concentrator

Triple

Junction

(CTJ2)

42.0%

Inverted

Meta-

Morphic

(IMM)

39.0%

3rd Generation

Concentrator

Triple

Junction

(CTJ3)

45.0%

2nd

Generation

(IMM2)

2012 P 30.0%

32.5%

35.0%

37.5%

40.0%

42.5%

45.0%

2008-2010

Year

45.0% – 50.0%

3rd

Generation

(IMM3)

>2013 P

Year-

End A

vera

ge C

ell

Effic

iency

47.5%

50.0%

IMM solar cells for CPV with 45% conversion efficiency is being developed and it is expected by 2012. It will lead to an industry cell efficiency of 45% to 50% beyond 2011

Next generation of CPV cell technology for solar power applications

Concentrated Solar Power by GLINTT Energy EMCORE Technology Advancement Roadmap

Sterling Dish

3 Plants of 1,5 MW each

Parabolic Troughs 2 Plants of 4

MW each

Power Tower

2 Plants of 4 MW each

Linear Fresnel

2 Plants of 4 MW each

CPV

5 plants of 1 MW each

A total of 32,5 MW are allocated for CSP/CPV plants

Concentrated Solar Power by GLINTT Energy Concentrated Solar Plants in Portugal [Order nº 18838/2009]

GLINTT is leading the way for a CPV knowledge/industrial cluster in Portugal that will cover all aspects of CPV technology, ranging from research, development, engineering, design, testing, manufacturing and building.

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GLINTT is developing the first pre-commercial scale 1MW power plant in the region of Évora, South of Portugal.

Concentrated Solar Power by GLINTT Energy Barbarrala CPV Plant – Former landfill changed into a CPV Farm

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The Barbarrala central comprises 2.880 CPV modules that are electrically connected in parallel to generate a total power of 1,1 MW PTC;

The arrays are fixed on a dual-axis tracking system, a unique linear tilt and roll tracking system conceived for minimal ground penetration that allows a packing density potential below 4 acres per MW;

About 2.100 MWh/yr of generated electricity will be fed directly to the national power grid.

Inge

team

– In

geco

n S

un

Po

wer

Max

Concentrated Solar Power by GLINTT Energy Barbarrala CPV Plant - Description

Linear Tilt

Actuator

Roll Actuator

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The Gen III tracker Incorporates installer and operator value with distinct advantages over other solutions:

Easy assembly in the field Easy to maintain in the field Lower costs to install, operate and maintain Reduced foundation costs Significant reduction in manufacturing cost Reduced amount of structural steel for amount of power produced. Reduced height installations leading to easier installation, maintenance and cleaning (no man-lifts or cranes required) A modular system with small module size is easier to manufacture and ship.

Concentrated Solar Power by GLINTT Energy Generation III CPV System

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GLINTT works with EMCORE to establish local manufacturing and strong channel penetration for European market and MENA regions aiming:

Significant reduction in manufacturing cost

Working capital needs provided by partners

Building manufacturing capacity of 150-MW

EMCORE is the world primary supplier of CPV components and the only vertically-Integrated CPV Company “From Cell to System”. This vertical integration provides a cost advantage and allows a competitive advantage at the system level, in the ability to optimize the performance of all CPV systems elements and subsystem components.

Product: Development of next-generation CPV system with low-cost optics in process.

Technology Advancement: IMM solar cells for CPV with 45% conversion efficiency is being developed and it is expected by 2012

Business Development: Multiple programs deployed with Gen-III systems. Aggressive effort to develop large utility-scale projects

Innovative Solar Energy

Third and four Generation

Concentrated Solar Power by GLINTT Energy CPV Business Stategy

9/11

GLINTT is a real melting pot of Consultants, Technicians and Managers with many years of accumulated experience in the industry and service sectors , and in the financial services.

GLINTT’s management teams are equipped to develop complex solutions in a highly competitive international environment and take responsibility for their success.

GLINTT provides concentrated solar power systems design and manufacturing, as well as installation trough turnkey Engineering, Procurement and Construction (EPC) solutions. Our range of EPC services include:

• Site and financial assessment • Project design and engineering services • Procurement of required materials and balance of plant • Project management and execution • Construction and erection in accordance with the quality requirements, work progress,

environmental issues and health and safety legislation • Commissioning &Performance tests &Start-up

GLINTT is focused in delivering cost-effective solutions while optimizing efficiency and quality.

Concentrated Solar Power by GLINTT Energy Glintt Business Solutions

10/11

CPV Systems are ideally suited for high solar resource regions (DNI > 1.800 kWh/m2 )

• Southern Europe •Southwest USA •Oceania •Middle East •North and South Africa • South America

Concentrated Solar Power by GLINTT Energy CPV Target Market

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