Founded at the MIT Sloan School of Management, Sistine creates custom solar panels designed to mimic home facades and other environments, with aims of enticing more homeowners to install photovoltaic systems.
Sistine’s novel technology, SolarSkin, is a layer that can be imprinted with any image and embedded into a solar panel without interfering with the panel’s efficacy. Homeowners can match their rooftop or a grassy lawn. — MIT News
Designed by Johan Karlsson, Dennis Kanter, Christian Gustafsson, John van Leer, Tim de Haas, Nicolò Barlera, the IKEA Foundation and UNHCR, the photovoltaic panel-powered refugee shelter "Better Shelter" has been named the Beazley Design of the Year, beating out the five other category winners to...
Dr. Orr revealed that Denver won the bid to host this biennial event, in which student teams compete to design, build, and operate cost-effective, energy-efficient, and attractive solar-powered houses. [...]
The competition is planned to be staged near a new development close to Denver International Airport. The area around the 61st and Peña Commuter Rail Station is positioned to become a national model for sustainable, transit-oriented, greenfield development [...]. — solardecathlon.gov
When production begins, SolarCity, already the leading installer of residential solar panels in the [U.S.] will become a vertically integrated manufacturer and provider...At a time when conventional silicon-based solar panels from China have never been cheaper, investing in a new type of solar technology is a risky undertaking. However, the potential benefits are huge. The new factory...could transform both SolarCity’s business...and the economics of residential solar power. — MIT Technology Review
While wind may be one of the most economical power sources out there, photovoltaic solar energy has a big advantage: it can go small.
While wind gets cheaper as turbines grow larger, the PV hardware scales down to fit wherever we have infrastructure. In fact, simply throwing solar on our existing building stock could generate a very large amount of carbon-free electricity. — Ars Technica
The rainy season coincides with summer in Dakar, which means it’s the power-cut days. The heat goes up, A/Cs kick into gear and the power utility, Senelec, cannot cope. [...]
Enter solar. This potential renewable savior is a latecomer to Dakar because until recently solar power was banned in cities, as it was considered what the French pointedly call “compétition déloyale” – unfair competition.
But under pressure from Dakar’s own citizens, the ban was lifted under the last government [...]. — nextcity.org
On Aug. 11, the Illawarra Flame House of Team UOW Australia (University of Wollongong and TAFE Illawarra Institute) won the 2013 Solar Decathlon China. Co-hosted by the U.S. Department of Energy and the National Energy Administration China, the competition challenged university teams to design, build, and operate solar-powered houses that are affordable, energy-efficient, and stylish. Participants included 22 teams from 35 universities, with students of over 35 nationalities in 13 countries. — bustler.net
Researchers from Chemnitz University of Technology and Julius-Maximilians-University of Würzburg, in Germany, have presented solar panels that are printed on standard paper. The technology, known as 3PV (3PV stands for printed paper photovoltaics) uses conventional printing methods and standard substrates, like those used for magazines, posters or packaging. — Nanoarchitecture.net
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