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Sanyo’s HIT Solar Cells are a Hit in Italy

البريد الإلكترونى طباعة
Japan’s Sanyo Electric Company is creating a record by powering the largest solar pant in Italy with its HIT solar cells. The Project funded by a consortium led by Deutsche Bank is expected to be completed by September 2010. Sanyo is successfully on its way to make the dream of a clean-energy society a reality.

HIT solar cells’ onward march:
Sanyo’s HIT solar cells, famous for their high-conversion efficiency are now marching on to Italy. Thanks to the use of HIT solar cells, soon there will be feasibility of excellent-quality power production in the biggest power station in Italy. An increase in the amount of quality-power generation per installation area of HIT solar cells makes the HIT solar cells a very favorable choice.

Advantages of HIT solar cells:
The hybrid Sanyo HIT cells, made from thin mono-crystal silicon surrounded by ultra-thin amorphous silicon are now more cost efficient both production-wise as well as raw-materials-wise. Reduction in the optical absorption loss and reduction in resistance loss make the Sanyo HIT Photovoltaic Modules the ideal choice for powering the plant. Utilizing 32,202 HIT solar cells, the plant will generate approximately 7.6 MW of renewable and clean energy.

HIT solar cells in large-scale production:
HIT solar cells have already been successful in small-sized systems for homesteads and medium-sized solar systems for larger buildings/complexes. Now the time has come for Sanyo’s HIT Photovoltaic Modules to show the world that large-scale clean renewable power production is possible, reiterating HIT’s high-conversion efficiency and cost efficiency.
تكنولوجيا الـ"نانو" تقدم للعالم أحدث مصادر الطاقة النظيفة

ابتكر علماء في معهد ماساتشوستس للتكنولوجيا مصدراَ جديداً للطاقة، بالاعتماد على تكنولوجيا الـ"نانو" المتناهية الصغر، ما يفتح الباب أمام توليد الكهرباء وصناعة بطاريات بتقنيات صديقة للبيئة ودون تكلفة مادية كبيرة في الوقت عينه. ويعتمد الابتكار على خلق موجة حرارية مولدة للطاقة من خلال تمرير الإلكترونيات عبر أنابيب كربونية تعرف باسم "نانوتيوب" لتحتك بطبقة من

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