Although it has been referred as “fool’s gold” throughout the history, dating to times of ancient Rome and tricking prospectors for centuries, yellow-toned mineral pyrite found its use as an inexpensive and promising option for solar energy. Oregon State University (OSU) researchers discovered related compounds that use the advantages of the material without the downsides ... »
Vestas, a global wind turbine company from Denmark, has recently completed their new headquarters in Aarhus, Denmark. Named House of Vestas, the new office building exhibits various sustainable features and it is built to meet the to the low-energy class 1 building according to the Danish building code and expected to become the first LEED ... »
Almost as cheaply and easily as printing a photo on your inkjet, an inexpensive, simple solar cell can be created by special “inks” deposited on the paper. The researchers from MIT came with a process essentially the same as the one used to make the silvery lining on packages you see in everyday groceries – ... »
Unlike the heliotropic technology from MIT which uses difference in temperature to turn the photovoltaic panels in the right direction, a group of researchers from Japan developed moving mirrors that follow the sun throughout the day. The developers from Smart Solar International claim that devices can generate twice the electricity compared to other currently available ... »
A team of researchers, led by Oak Ridge National Laboratory’s (ORNL’s) Jun Xu, created a 3D nanocone-based solar cell platform which boosts the light-to-power conversion efficiency of photovoltaics by nearly 80 percent. The technology substantially overcomes the problem of poor transport of charges generated by solar photons, which occur due to defects in bulk materials ... »
A group of researchers from MIT develops a photovoltaic cell based on organic molecules, which harnesses the energy of infrared light while allowing visible light to pass through, thus enabling power generation in transparent. Coated onto a pane of standard window glass, it could provide power for lights and other devices, and would lower installation ... »
A multidisciplinary team of Stanford engineers led by Mike McGehee, Yi Cui and Mark Brongersma, and joined by Michael Graetzel at the École Polytechnique Fédérale de Lausanne (EPFL), is developing a new type of thin solar cell that could offer a new direction for the field. They succeeded in harnessing plasmonics – trapping light within ... »
