From Silicon Chips To Solar Cells
Expanding the realm of its green technologies, IBM is now set to capture sun’s boundless energy. It has decided to enter the thin-film solar cell industry and be partners with Tokyo Ohka Kogyo (TOK). New generation thin-film CIGS (copper, indium, gallium, and selenide) solar cells can be 100x thinner than silicon-wafer cells. However, they are not as much efficient as the wafer-cell variety. IBM has recently conducted experiments that use magnifying lenses to boost solar energy output. The company’s objective is to produce thin-film solar cells with an efficiency equivalent to that achieved by the traditional solar cells till date (15%). A solar cell has to prove its mettle in multiple efficiency factors like sun unit, energy conversion, thermodynamic efficiency limit, quantum efficiency, maximum power point etc. IBM and TOK’s focus is to co-produce the technology behind efficient thin-film solar cells which, can be used by other solar companies later on. When this happens another chapter will be added to usability of solar energy.
Via GoodCleanTech
Flexibility & Transparency Take Silicon Solar Cells To A New Level
11:00 pm Saba October 6, 2008
This could be a breakthrough in technology. Researchers in the US of A have come up with a method t
Solar Cells: Efficient and Economical, Courtesy Suniva Inc.
11:19 am Garima September 24, 2008
Suniva Inc., a manufacturer of high value crystalline silicon solar cells, recently announced that
Solyndra: The Full Power of the Sun in Your Roof
2:16 am GSerrano October 13, 2008
While traditional solar panels are flat, the Solyndra solar panel system is cylindrical. The old fl
Photovoltaics, the MIT solar concentrators low cost
4:56 am manoj July 18, 2008
It 'a small revolution that could increase the efficiency of solar panels and therefore energy effi
A New “Solar Concentrator” Might Help in Effective Use of Solar Energy
11:34 pm Swati Paul July 12, 2008
Solar energy undoubtedly is one of the cleaner and greener power sources. But currently, the solar c
