Konarka's solar panel on a Neuber mailbag.
(Credit: Neuber)Konarka Technologies announced this week its Power Plastic flexible solar panels are going to be being used in carrier bags and possibly shade structures in the Middle East and Africa.
The company made a deal to supply its solar panels to German-based carrier manufacturer Neuber for bags that can double as chargers for small electronics like cell phones, digital cameras, and media players. Neuber is currently selling the so-called Energy Sun Bags at around 118 euros ($175) on the Neuber Web site.
Konarka's flexible solar panels in Neuber's range of mailbags are not the first instance of backpacks going solar, but they certainly are one of the first we've noticed in the growing trend in recent months of reasonably-priced solar bags coming on to the consumer market.
While not yet at the product stage, Konarka also announced this week it's partnering with Enviromena Power Systems, a solar project developer in the Middle East and North Africa whose clients include Abu Dhabi's planned green community Masdar City.
The plan is to integrate Konarka's flexible solar panels into shade structures.
Shade structures, tents, and awnings are already used ubiquitously for shade. It makes sense to find a double use for them as a solar panels to provide a recharge for cell phones or iPods.
Abu Dhabi's planned green community, Masdar City, will be testing General Electric's smart appliances in a handful of residences and coordinating them with its power grid, GE said Monday.
GE's Consumer & Industrial division announced in October 2008 that it was developing home appliances that could ease the strain on electrical grids by coordinating with a grid's off-peak hours to perform flexible functions.
A refrigerator equipped with a "smart" meter, for example, communicates with the local power utility. That refrigerator then waits to run its automatic defrost cycle until it has received a signal from the electrical grid that it's an off-peak period.
A smart meter on a refrigerator at GE's labs.
(Credit: Martin LaMonica/CNET)Masdar City is under construction in Abu Dhabi in the United Arab Emirates. It aims to be the first carbon-neutral and zero-waste city. It's also home to the Masdar Institute of Science and Technology. The post-graduate research center, a collaborator with the Massachusetts Institute of Technology, began offering courses and research facilities in alternative energy and sustainable technology for graduate students in September.
The two-year pilot project with GE appliances will include refrigerators, stoves, and European-style washer/dryer machines that run on 220volt/50HZ platforms and will be installed in 10 residences.
The installation, to be completed in early 2010, will include a communication system between the appliances and Masdar City's utility grid that will allow the appliances to transmit real-time data and run nonessential functions during off-peak usage hours. Since Masdar City is not scheduled to be fully inhabited until 2013, the city's grid will simulate peak usage strains in order to test the system.
Previously, GE began testing its smart appliances in select homes in Louisville, Ky., in conjunction with the Louisville Gas and Electric Company.
The cleanest city in the entire world will take root next month in Abu Dhabi, a place best known for its oil.
At the World Future Energy Summit in Abu Dhabi, a model of Masdar City is scheduled to be unveiled on Monday. The three-day conference is hosted by the Abu Dhabi Future Energy Co.'s Masdar Initiative, which is investing in a range of ventures, including clean-tech start-ups.
An artist's rendering of the overall plan of Masdar City. A model will be unveiled Monday.
(Credit: Masdar)In February, Masdar (which means "the source" in Arabic) will break ground on the six-square-kilometer city that its backers say will be the first zero-pollution, zero-waste city. The city will be capable of housing 47,500 people, who are scheduled to start moving there in 2009. Construction is expected to take 10 years.
The vision of the city, designed by Foster and Partners, is to be a model for sustainable architecture.
A solar-photovoltaic power plant will deliver energy to buildings. Builders also envision using solar canopies that provide shade, as well as power.
A vision of Masdar Institute of Science and Technology.
(Credit: Foster and Partners)The city will be placed to take advantage of the cool sea breezes, while a perimeter wall around the entire city will protect buildings from the hot desert air and noise from the nearby Abu Dhabi airport.
No cars will be allowed in the city. People will get around through an electric light-rail system that will be linked to the center of Abu Dhabi, the capital of the United Arab Emirates.
A desalination facility will be 80 percent more efficient than existing plants, and all wastewater will be purified and recycled to grow plants that could be used for biofuels.
Masdar City will be the home of the Masdar Institute of Science and Technology, which backers hope will attract some of the best academics from the around the world. Also envisioned are research and development facilities from multinational companies and start-ups in the clean technology area.
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