It’s no secret anymore that Solyndra makes cylinders covered with flexible, thin solar cells. But I guess few know that Solyndra’s tube solar panels can also be used in agriculture as shades in greenhouses.
The sunlight passes through the thin solar panels, offering diffused lighting, and at the same time produces energy for use in anything from lighting heating later in the night.
“We are pioneering this new agricultural solar solution in Italy, where extensive shaded agriculture operations combined with strong insolation and a favorable feed-in tariff are driving strong interest and demand,” Clemens Jargon, the president of Solyndra in Europe, Middle East, and Africa, said in a statement.
Solyndra received a $535 million loan guarantee from the DoE and raised more than $1 bln from private investors, after last’s year budget shrinkage that forced them into closing one of their more expensive production plants.
European and Chinese competitors are thus saying their word on the US market, but with some government help and some ingenuity they’ll have to cut their prices and still keep quality at the same level – and that is only good news for the end consumer.
[via cnet]
Liked it? Share onFacebook and Google +1:
| | No comments yet.Break the ice! | E-mail Updates |
| Also share story on: | Become our facebook fan |
Read next:
Solyndra, a company situated in Fremont, CA, has invented a new type of cylindrical solar panel, cheaper to install and more powerful compared to the conventional panels, which are made of flat solar cells.
The Californian branch of Solyndra, based in Fremont, has recently finished the latest solar panels installation on a warehouse rooftop near Toulouse, France. The largest system of Solyndra in France consists of more than 7,080 in-house made panels, and will generate around 1,360 MWh a year.
Solyndra Inc. has recently developed a new solar cell system that will reduce the costs of solar power production. They will install it over the rooftop of a North Sacramento plastics factory. This investment will prove to be one of the biggest West Coast solar harvesting systems.
The US Army is in discussions meant to set the details of implementing solar powered shades and tents. They could power the various communications equipment, laptops and other electronics soldiers may carry.
Solar panels are usually mounted in series, to sum up their voltages, and the resulting power is sent to a large inverter, which transforms the DC voltage into AC. One big issue with this scheme is that if shade falls on one panel, or it gets dirty, the inverter lowers the current of all the other panels, and causing power losses through inefficiency.
Comments from our readers
3167 total comments so far. What's your opinion ?- No comments on this article yet.




