Sharp Corporation has just announced that it has achieved the world’s highest solar cell conversion efficiency using a compound layered design based on the technology used in the solar cells that power space satellites. Mindful of the link between sustainable energy and the future market for consumer electronics, Sharp has … [continued]
Move over, silicon: graphene is ready for its closeup. Discovered just a few years ago, graphene is a sheet of graphite the thickness of just one atom. It can be processed like silicon to make electronic devices, which makes it easier to manipulate than the current “it” material, carbon nanotubes. … [continued]
Researchers at the Georgia Institute of Technology have developed a new treatment for silicon photovoltaic solar cells that creates bumps and peaks on the surface that increase cell efficiency in two ways.
Researchers at Lawrence Berkeley National Laboratory released a study this week concluding that the solar industry could use many cheaper and more abundant alternatives to silicon, including iron pyrite — most commonly known as fool’s gold. [social_buttons] In total, the researchers found 23 alternative semiconductors, but only 12 are more … [continued]
Solar energy is necessary for our transition to a sustainable economy, but a recent study in Geophysical Research Letters suggests that the industry may be harming the environment. Nitrogen Triflouride (NF3), a greenhouse gas used by the semiconductor industry to clean the chambers where silicon chips are produced, has 17,000 … [continued]
The solar cells, about the size of a 12-point font letter ‘o,’ are being tested to eventually power microscopic machines, such as those used to test chemical leaks in the air. The researchers at the University of South Florida say these are some of the smallest solar cells ever, with … [continued]
Many new solar energy companies are working on silicon alternatives, but 1366 Technologies is taking a different approach— the MIT-founded company has invented both a new cell architecture for multi-crystalline solar cells and a manufacturing process to lower the cost of the cells. The process is so effective that 1366 … [continued]
Researchers at the University of Illinois at Urbana-Champaign and Northwestern University have developed a new type of silicon solar cell that is flexible enough to be used on a curved surface or fabric. Currently, most solar cells are rigid due to the use of plastic in their production.
