NREL has developed 'dark solar' which will reduce the refelectivity of solar panels and boost their energy output. : Foto di attualità

NREL has developed 'dark solar' which will reduce the refelectivity of solar panels and boost their energy output.

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Kathryn Scott Osler / Collaboratore
GOLDEN, CO - MAY 20: Researchers at the National Renewable Energy Lab, NREL, has developed a process called 'dark solar' that will cut the reflectivity of solar panels which will boost their energy output. A researcher on the project, Hao-Chih Yuan, holds small round disks of the dark silicon. The one on the right is before it goes through the chemical process and appears as shiny as a mirror. The sample on the left is after it is put through the process and it appears nearly black with more of a matte finish. (Photo By Kathryn Scott Osler/The Denver Post via Getty Images)
Didascalia:
GOLDEN, CO - MAY 20: Researchers at the National Renewable Energy Lab, NREL, has developed a process called 'dark solar' that will cut the reflectivity of solar panels which will boost their energy output. A researcher on the project, Hao-Chih Yuan, holds small round disks of the dark silicon. The one on the right is before it goes through the chemical process and appears as shiny as a mirror. The sample on the left is after it is put through the process and it appears nearly black with more of a matte finish. (Photo By Kathryn Scott Osler/The Denver Post via Getty Images)
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Data di creazione:
20 maggio 2013
N. Editorial:
169431725
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Denver Post
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Fonte:
Denver Post
Nome oggetto:
CD20FEATURE_KO27469

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Researchers at the National Renewable Energy Lab NREL has developed a... Foto di attualità 169431725Co,Commissione,Composizione orizzontale,Lavorare,Oro,Ricerca,Scienza e Tecnologia,Sole,Stati Uniti d'AmericaPhotographer Collection: Denver Post Copyright - 2013 The Denver Post, MediaNews Group.GOLDEN, CO - MAY 20: Researchers at the National Renewable Energy Lab, NREL, has developed a process called 'dark solar' that will cut the reflectivity of solar panels which will boost their energy output. A researcher on the project, Hao-Chih Yuan, holds small round disks of the dark silicon. The one on the right is before it goes through the chemical process and appears as shiny as a mirror. The sample on the left is after it is put through the process and it appears nearly black with more of a matte finish. (Photo By Kathryn Scott Osler/The Denver Post via Getty Images)