Home Site Map Make Your Home Page Suggestions Enquiry Advertise With Us
Saturday, July 04, 2009  
Yellowpages Shopping E-cards Videos Movies Classifieds Jobs Education News
 
 
Press Releases
Features
Events
Special Articles
News Home
   
  News Updated on Saturday, July 04, 2009 12:14:13 PM
» India » Asia » World » Sports » Business » Sci-Tec » Health » Entertainment » Have your say » Picture Gallery
Top Stories
  India
  Asia
  World
  Sports
  Business
  Sci-Tec
  Health
  Entertainment
 
 Science

MIT turns plain glass into goldmine of solar energy
Washington | July 11, 2008 3:05:06 PM IST
 

MIT engineers have turned plain glass into a virtual goldmine of solar energy with the help of a sophisticated, yet affordable, concentrator developed by them.

"Solar cells generate at least ten times more power when attached to the concentrator. We think this is a practical technology for reducing the cost of solar power," said MIT electrical engineer Marc Baldo, who led the project.

The technology, using dye-coated glass to collect and channel photons otherwise lost from a solar panel's surface, could enable an office building to draw energy from its tinted windows as well as its roof.

The engineers coated glass panels with layers of two or more light-capturing dyes. The dyes absorbed incoming light and then re-emitted the energy into the glass, which served as a conduit to channel the light to solar cells along the panels' edges.

The dyes can vary from bright colours to chemicals mostly transparent to visible light. Because the glass panel edges are so thin, far less semiconductor material is needed to collect light energy and convert it into power.

Because the materials are affordable, relatively easy to scale up beyond a lab setting, and easy to retrofit to existing solar panels, the researchers believe the technology could find its way to the marketplace within three years.

The new technology emerged in part from an NSF Nanoscale Interdisciplinary Research Team effort to transfer the capabilities of photosynthesis to solar technology, reports Eurekalert.

The researchers' approach succeeded where efforts from the 1970s failed because the thin, concentrated layer of dyes on glass is more effective than the alternative -- a low concentration of dyes in plastic -- at channelling most of the light all the way to the panel edges.

These findings appeared in the Friday edition of Science.st/dg

(325 Words)11071431NNNN (IANS)

 More Stories

Jackson fans flood website handing out memorial tickets 

Seven injured in Ghaziabad train mishap 

Taliban\'s \'disabled\' teenage suicide bombers may target Chinese nationals in Pak 

Army discovers bodies of six terrorists found buried under an avalanche 

One soldier, two militants killed in Handwara forest encounter 

Spider-Man does exist, says comic-book guru 

Maoists extort Rs.300 crore annually in Chhattisgarh: Raman Singh 

Researchers edge closer to optical computer 


Print this Page
Printer Friendly Version
E-Mail this page to a Friend
Send This page to A Friend

Search Archives :  


Quick Links - Webindia123.com
Services
Hobbies
Entertainment
Classifieds
Career / Education
UK, USA, Canada
Utilities
E-Booking
India Reference
 
 
 
 
 
 
 
 
 
IndianStates
 
 
 
 
  
 
 
 
 
Pradesh

Copyright 2000-2009 Suni Systems (P) Ltd.
All rights reserved