Doing Business in Germany

Acquisition of a German Solar PV Manufacturing and R&D Plant

Sun + Lite & Power Sdn Bhd

Sun + Lite & Power Sdn Bhd (810449-A)

Sun + Lite & Power GmbH

Malaysia’s  First  Full-Fledged Solar PV Manufacturing Plant(Location: Brandenburg, Germany)

N o w 1 0 0 % o w n e d b y S u n + L i t e & P o w e r S d n B h d . ( a c q u i s i t i o n c o m p l e t e d )

C a p a c i t y : 3 0 M W p e r y e a r

Te c h n o l o g y : T h i n - F i l m a m o r p h o u ss i l i c o n , t a n d e m j u n c t i o n

L a n d A r e a : 7 . 5 a c r e sF a c t o r y : 1 . 5 a c r eO f f i c e / W a r e h o u s e : 0 . 5 a c r e

Sun + Lite & Power GmbH

L o c a t i o n : S e n f t e n b e r g , B r a n d e n b u r g , D e u t s c h l a n d( 1 3 7 k m s o u t h o f B e r l i n , 5 5 k m f r o m D r e s d e n )

EPV Solar Inc. (formerly Energy Photovoltaics Inc.) was founded in 1991 in Lawrenceville NJ, USA as a supplier for a-Si turn key equipment.

EPV and its predecessor companies have designed, built, installed and commissioned a-Si factories around the world for more than 20 years.

One of the First Companies to commercialize Amorphous Silicon Thin-Film Technology.

EPV Solar, Inc. became a module manufacturer in 2007 as a result of a strategy change mainly driven by strong demand for solar modules due to the introduction of the German feed in tariff.

Rapid Global Manufacturing Capacity Expansion Strategy: 20MW/yr factory in New Jersey and a 30 MW/yr factory in Senftenberg, Germany, built in 2008. Started first Germany plant production in Nov 2008.

EPV had the misfortune of ramping its production just as the world-wide credit market crisis erupted in the fall of 2008. Last Production in Jan 2011. Last Operation in Feb 2012.

BACKGROUND

Market InfoSun + Lite & Power Sdn Bhd

Source : NPD Solarbuzz 2013

Geographic Breakdown of Global Solar PV Demand in 201331GW Demand in 2013 (29GW in 2012)

TECHNOLOGIES OF SOLAR CELLS

• Crystalline Silicon Solar Cells– sc-Si (Mono/Single Crystalline Silicon Solar

Cells)– mc-Si (Poly/Multi Crystalline Silicon Solar Cells)

a-Si Cd-Te

Mono c-Si Poly c-Si

• Thin Film Solar Cells– a-Si (Amorphous Silicon Solar Cells)– Cd-Te (Cadmium Telluride)– CIS (Copper Indium Diselenide)– CIGS (Copper Indium Gallium Diselenide)

WHY THIN FILM?AMORPHOUS SILICON THIN FILM MODULES

a-Si Thin Film Modules’ Benefits:• Lower cost per watt• Non-carcinogenic materials• Better temperature coefficients and so can generate

much more power at higher ambient temperatures.• Generate higher energy yield under low-light and

diffuse light conditions (cloudy days).• Shorter Energy Pay-Back Time (EPT)  when compared

to c-Si PV Modules. (EPT is one of the most important factors when evaluating ecological benefits of PV systems).

WHY THIN FILMAMORPHOUS SILICON THIN FILM MODULES

Sun + Lite & Power Sdn Bhd

Architectural aesthetic Semi-transparent option Frameless Power production in low light condition Power production in high temperature Low cost & readily availableMore reliable under partial shading

conditions

Why Thin Film for BIPV

Sun + Lite & Power Sdn Bhd

2012/2013 GTAI REPORT

Similar technologyas ours

PROCESS FLOW

Way Forward

SLP Contribution to Malaysia

• Human Capital Development in High Technology space

• Technology development and knowledge transfer

• Establish Malaysia as a brand name in the development and sales of products and technology

• Offer Malaysian universities and Research Institutes with internship, training, R&D, job attachment, competency development, etc

Our small effort to support Government initiatives

APPENDICES

FACTORY’S    EMPTY    LAND  

FACTORY’S    BACKYARD  

FACTORY’S    BACKYARD  

RAW MATERIAL FOR 5000 MODULESOR 250KWp

COMPUTERS KEPT SECURELY

100KWp FINISHED GOODS PACKEDOR READY FOR PACKING

WORK-IN-PROGRESS

MODULES READY FOR PACKING

THANK YOU

Sun

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Sun + Lite & Power Sdn Bhd