3rd Generation Technology
The III-V design is important because this element combination has the highest known theoretical efficiency - with the ability to reach efficiencies upwards of 70% due to band-gap utilization expansion with hetero-junctions.
Should solar become cost competitive with other power generation technology - reaching the so-called “power parity” - the potential is massive. In 2011, $371 billion was spent on the purchase of electricity in the United States alone.
“The most efficient semiconductors in solar cells are alloys made from elements from group III of the periodic table, like aluminum, gallium, and indium, with elements from group V, like nitrogen and arsenic.”.
Novel and minimalistic technological innovative deposition of thin films for energy generation, storage, and filtration
Thank You We Made It!!!!
Pamela Palmer, Lau On Eddie, Gonzalo Saloma, Mike Grusell, Emerson Stepp, Kevin, Jeff Searles, Shane Kenneth Donovan, WebSurfinMurf, Mahesh Gudladona, Richard W Decker, Richard Thronton, Kat Jenkins, Michal Madalinki, Felix Wasmer, Stefan Lehmann, Jean-Pierre Raumer, Cesar Waddington Cruz, Taylor Becker, Bryan, Brandon David Meinke, Bjorn Ehrby, Clifford, Aaron, Ryne Fletcher, Charles Cosse, Joanna Selwood, Stephanie Shead, Tietar, Adrian Mugica, Edward Tuan