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European Firm Touts ‘Virtually Invisible’ Thin-Film Solar
Posted by GetSolar Staff in Friday, May 7th 2010 under: International Solar, Solar Technology Tags: Amorphous Silicon, Solar Technology, Thin Film Solar
A Spanish-German partnership has helped provide a glimpse into the future of the solar industry. It’s a future where roof-mounted frames are obsolete and homeowners associations can’t object to the look of solar because the panels are nearly invisible.
Seventeen European countries in 1985 established EUREKA, a public-private partnership aimed at supporting technology development across Europe. Headed up by Intemper Espanola, the partnership’s latest advance in solar technology involves thin-film solar made from amorphous silicon. The aim? Develop thin, flexible, durable solar panels that can be integrated directly into the building’s roof, rather than added on as a retrofit.
Francisco Ruiz, General Manager of Intemper Espanola, often thought about how to improve frame-mounted solar installations. The current project did not take form, however, until one of Intemper’s suppliers bought a German company specializing in waterproofing roofs.
The result is a six-millimeter-thick solar cell that can be used on all rooftops. Called Evalon Solar, the product is touted as the “all-in-one roof insulation, waterproofing and solar-panelling” system. It’s not clear whether the product is “virtually invisible” because it’s so thin or because it resembles an ordinary roofing material.
via European Firm Touts ‘Virtually Invisible’ Thin-Film Solar | GetSolar.com Blog.

A joint effort of scientists, sailors, and investors from around the world, Planet Solar has made a huge push for solar energy by developing the world’s largest solar powered boat. Today, the 60-ton smart yacht is nearing completion, and soon it will make a voyage around the world leaving nothing but waves in its wake.
The global shipping industry has been struggling to find ways that it can improve its efficiency and generate fewer carbon dioxide emissions, and despite breakthroughs in salt water and algae fuels, progress has been slow.
According to EarthJustice, “ships transport 90 percent of the world’s consumer goods, including computers, cars, shoes, clothes and toys…Ships burn tons of fuel per hour, generating 3 to 4 percent percent or more of human-generated global warming gases — more than commercial aviation.”
via World’s Largest Solar Powered Boat Will Make Ca….
AT&T is offering folks the chance to be a small part of a big difference as it announces the launch of the ZERO Charger for phones.
When you leave your mobile phone charger plugged in when its not actually juicing up a handset, you waste electricity
– some estimates see the overall power suck from such scenarios as enough to power 24,000 homes for a year.
That’s where AT&T ZERO charger comes in — it works by automatically sensing when a cell phone is not plugged in and cutting the power supply from the wall socket. Now you can save electricity and your conscience when you just grab your phone and go without taking the time to cut the power.
The new eco-friendly charger has a five-star efficiency rating, a “block and cable” design that will work with unspecified “future handsets” and packaging made from 100% recycled paper.
via AT&T Intros Eco-Friendly Phone Charger.

Bloom Energy finally emerged from stealth mode, unveiling its “Bloom Box” fuel cell during a 60 Minutes segment with Lesley Stahl yesterday click here for bonus videos. Capable of powering more than 100 homes while producing close to zero emissions, just one of these boxes could radically alter how people get their energy. But is it the godsend that some are saying it is?
Wireless and neatly compartmentalized, the Bloom Box could one day be a fixture in your backyard or basement, transmitting clean energy to your home as needed, Bloom CEO K.R. Sridhar says. Right now, it’s available on a large scale, with each box costing as much as $800,000. In the next five to 10 years, Bloom says it will release smaller boxes for individual households costing less than $3,000. If this happens, there is a chance that Bloom Boxes could supplant utilities and long-distance transmission lines — not to mention capital intensive wind farms and solar arrays.
via Bloom Energy: Is its ‘power plant in a box’ worth all the hype? | VentureBeat.

SMIT—Sustainably Minded Interactive Technology—is in the running for a Pepsi Refresh grant of $50,000 to make their Solar Ivy product a commercial reality.
Started as a thesis project by Sam Cochran in 2005, the Solar Ivy concept proposes a flexible net of pholtovoltaic leaves that can be draped over a building to capture electricity. Though iterations of the project have popped up several times on the web in the past couple of years, SMIT is now prepared to go into commercial production, and they need this grant to do it. Watch Sam’s video below, go read about how they plan to use the money and, if you can get behind it, vote!
via SMIT’s Solar Ivy in the running for a Pepsi Refresh grant – Core77.
Ask five people what sustainability means. You’ll likely discover their answers are as varied as the ways to help support green living. Here in the Portland metro, we are proud of our community and its status as one of the greenest cities in the U.S., but when it comes down to living sustainably, we often don’t know where to start. It can be an intimidating subject. Entercom is proud to introduce you to [1 THING]. Our goal is to provide approachable, relevant ways to start living green, from hints on energy efficient appliances to action to support sustainability like remembering to turn the water off when you brush your teeth. As a radio group, Entercom Portland is entrusted by our listeners to deliver honest, relevant entertainment and information. Our on-air talent establishes relationships based on trust. With rising concerns about the environment, we find ourselves in a position to educate, motivate and ultimately affect change.
via About Us | 1Thing Portland.
A combination of new tax credits, government incentives and education and industry partnerships could help spark Oregon’s nascent electric vehicle cluster.
So say government and business leaders who’ll soon unveil ideas to urge economic development within the growing sector. The Alternative Fuel Infrastructure Working Group will make its economic development recommendations to Oregon Gov. Ted Kulongoski, who wants to attract more electric vehicle investment to the state. The group believes Oregon can grow on the backs of electric vehicle manufacturers and ancillary suppliers, such as technology companies that could create software and dashboard equipment to help operate the cars.
Kulongoski, who leaves office in 2011, has long encouraged the state to tie climate change strategies to economic development. He convened the group to goad electric vehicle-making sectors.
“Oregon has a heck of a chance to be a leader in transportation electrification,” said Charlie Allcock, a group member and Portland General Electric’s economic development director. “It’s a good time to be looking at this because the market is maturing.”
The recommendations also come during a flurry of activity aimed at establishing Oregon as an electric carmaking hub. The group Environment Oregon released a report detailing how electric cars can lower global warming emissions, oil consumption and toxic air pollution. The group includes Mark Frohnmayer, founder of the Arcimoto electric car company and an alternative fuel committee member. Frohnmayer’s company has collected $1 million from angel investors as it develops three-wheeled vehicles to sell for less than $20,000.
The alternative fuel group had no estimates of their proposals’ costs. Most industry analysts believe electric vehicle sales will comprise 5 percent of all cars sold by 2020. Research and Markets, a Dublin, Ireland-based researcher, estimates the industry will generate $227 billion in worldwide revenue by 2015.
Among the Oregon group’s proposals:
• One Oregon university would host an automotive engineering program backed by such private industry partners as Daimler Trucks North America, Intel Corp. and Ziba Design. Organizers could work with Clemson University, which established the $200 million International Center for Automotive Research. A Clemson official has already reached out to Intel Capital’s Steve Saltzman, a group member, to work on a similar Oregon project.
• The state could also provide as-yet undetermined funding to the Oregon Nanoscience and Microtechnologies Institute. The institute would use the funds to study ways to improve energy storage and lower electric vehicles’ usage costs per kilowatt hour. The institute typically receives funding through the Oregon Innovation Council, which received $16 million during the 2009 legislative session and $28 million during the 2007 legislative session.
• Electric vehicles would be folded into the state’s business energy tax credit program. Lawmakers are examining potential reforms to the program, which has lured several companies to the state but, critics say, has spawned abuses. Lawmakers had rejected, in the program’s 2007 expansion proposal, including provisions for electric vehicle-related manufacturing.
The state would establish a new “transportation electrification tax credit” for electric vehicles and infrastructure. The group gave no direction on how to shape the credit, but believes the option could increase electric vehicle usage and add more jobs in Oregon.
via Sustainable Business Oregon – Electric vehicle proponents urge Oregon to take the lead.
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