Monday, June 2, 2014

Multijunction Solar Cells Break Efficiency Records by Harvesting the Full Spectrum of Light

sunlight, solar power, renewable energy, prof john rogers, university of illinois at urbana champaign, solar junction, semprius


Engineers from the University of Illinois at Urbana-Champaign have developed a new type of solar cell that uses multiple junctions instead of single subcells to gather the full spectrum of light. The panels are able to capture different wavelengths of sunlight, so they can achieve power conversion efficiencies of 44% as compared to the 29% of standard panels.


sunlight, solar power, renewable energy, prof john rogers, university of illinois at urbana champaign, solar junction, semprius sunlight, solar power, renewable energy, prof john rogers, university of illinois at urbana champaign, solar junction, semprius sunlight, solar power, renewable energy, prof john rogers, university of illinois at urbana champaign, solar junction, semprius sunlight, solar power, renewable energy, prof john rogers, university of illinois at urbana champaign, solar junction, semprius



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Post tags: full spectrum solar cell, multijunction solar cell, prof john rogers, renewable energy, semprius, Solar Cell, solar junction, Solar Power, University of Illinois at Urbana-Champaign






















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