Calls for Solar Farms After Nuclear Disaster in Japan


 Calls for Solar Farms After Nuclear Disaster in Japan

japan tsunami21 258x300 Calls for Solar Farms After Nuclear Disaster in Japan Business and government leaders across Japan are calling for creating “solar farms” on damaged or abandoned land to help wean the nation off nuclear energy and provide economic opportunities for future generations. Katsunobu Sakurai, mayor of Minami-soma, told reporters on Thursday he wants to invite experts from around the world to rebuild his devastated city as a center for what Japanese call “natural energy.” His city of 70,000 residents is about 15 miles from the damaged Fukushima nuclear power plant, where three reactors underwent meltdown after being swamped by the March 11 tsunami. “The land is ruined land but we can see this as a chance to fill them with a huge amount of solar panels in one fell swoop,” said Mr. Sakurai, referring to a 25-square-mile area ruined by muddy, salty seawater from the tsunami and radiation from the plant.

“But such a venture cannot succeed unless the government makes a clear policy, and sets regulations where power companies are required to buy electricity at a specified price.” In April, Mr. Sakurai called for Minami-soma to become a global center for “the bravejapanese nuclear disaster tip iceberg 44 300x199 Calls for Solar Farms After Nuclear Disaster in Japan people of the world” to create industries to transcend the nuclear power generation. “We are in need of a new mindset that is totally different from the one that merely envisions creating a new city on higher ground,” he said. Several corporations and state organizations, meanwhile, are making their own moves to create new energy technologies.

Masayoshi Son, president of mobile phone giant Softbank and one of Japan’s wealthiest men, has promised that his company will shoulder most of the $1 billion cost of building 10 massive solar power plants in Japan. Mr. Son says 19 provinces have pledged to join his project to build solar plants to wean Japan off nuclear energy. The provinces include Hokkaido in the north, Nagasaki in the far south, the Tokyo suburb of Saitama, and four central provinces that lost power when the government ordered a cold shutdown of Hamaoka nuclear plant. Mr. Son says the provinces will build solar power farms on abandoned farmland in declining rural areas across Japan. The provinces plan to set up a council to coincide with a meeting of Japan’s National Governors’ Association in July.

“The Hamaoka nuclear power plant had covered more than 80 percent of the electricity needs of our prefecture,” Shizuoka Gov. Heita Kawakatsu told reporters in May. “We cannot help but switch to solar power to compensate for it. This is a big turning point.” About two-thirds of Japan’s aging nuclear reactors are switched off, and most of the active reactors will shut down for scheduled maintenance in coming months. Opposition from local residents and a growing anti-nuclear protest movement will likely make it difficult for private regional monopolies to restart reactors. By Christopher Johnson – Special to The Washington Times

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Puma Installs One Of The Largest Solar Projects In LA


 Puma Installs One Of The Largest Solar Projects In LA

puma 8693 300x225 Puma Installs One Of The Largest Solar Projects In LA Sportswear maker Puma North America has installed a 1.9 megawatt solar power system at its warehouse and distribution facilities in Carson and Torrance, one of the largest solar projects in Los Angeles County.
The system was installed by Premier Power Renewable Energy Inc., using more than 8,500 high-efficiency solar photovoltaic, or PV, panels — equal to about 380 residential solar systems – covering nearly 340,000 square feet of roof-top area.

The installation features a light-gauge steel racking system designed to optimize roof space while using fewer ballast blocks than a traditional system. “Given the optimal design of the roof-mounted solar system, Puma will receive the advantageous electricity production, which will allow them to stabilize long-term electricity rates, ultimately benefiting its customers, employees and the local communities,” the companies said.

Premier Power designed and engineered the solar systems to produce 2.2 million kilowatt-hours of electricity a year, enough to offset the annual carbon monoxide emission of 243 California homes or avoiding the annual carbon monoxide emission from using 4,662 barrels of oil or 225,501 gallons of gasoline, the companies said. The companies didn’t disclose cost of the solar power installations. Puma’s facilities in Carson and Torrance are operated by Brookvale International, a sister company of California Cartage Co. The two automated warehouses encompass 180,000 square feet for apparel and 300,000 square feet for footwear.

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Sahara Desert Solar Power Vision Gets Reaction


 Sahara Desert Solar Power Vision Gets Reaction

image 89959 panoV9 hmbi 300x144 Sahara Desert Solar Power Vision Gets ReactionA plan to turn the desert sunshine of the Middle East and North Africa (MENA) into electricity, both for the region and for export to Europe, has been criticised for ignoring the needs of local people and the science community.

Critics say that the Desertec Industrial saharaforest1 300x176 Sahara Desert Solar Power Vision Gets ReactionInitiative’s (Dii) centralised, top-down approach means that electrification may not benefit the desert people and may stifle capacity-building in the region’s science community.

They were speaking on the sidelines of the Solar Energy for Science Symposium in Germany this week (19–20 May), held to push the project forward and explore the potential for scientific collaborations between Europe and MENA.

The symposium was organised by the Deutsches Elektronen-Synchrotron (DESY) and the German Aerospace Center (DLR), with Egypt’s Academy of Scientific Research and Technology and the Synchrotron-light for Experimental Science and Applications in the Middle East (SESAME), in Jordan.

Desertec aims to harness the huge solar and wind resources across the deserts of MENA, delivering up to 15 per cent of Europe’s electricity needs by 2050 via high-voltage transmission lines. Feasibility studies are on the way after which funding of up to US$400 billion will be sought. Hamed El-Mously, chairman of the Egyptian Society for Endogenous Development of Local Communities, said the project was ignoring the wishes of local people. Desert people have not

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swimming pool space in Grandeur and luxury Hollywood house design 300x183 Sahara Desert Solar Power Vision Gets Reaction

New solar technology pushing through solar panel limits


 New solar technology pushing through solar panel limits

bkgrd 300x205 New solar technology pushing through solar panel limits Photovoltaic (PV) efficiency is a significant problem for today’s commercial solar panels, which can collect only a theoretical maximum of about 30 percent of available light. Now, a team that includes a University of Missouri engineer is developing a flexible solar film that can theoretically capture more than 90 percent of available light. Prototypes could be produced within the next five years.

Patrick Pinhero, an associate professor in the MU Chemical Engineering Department, says energy generated using Pinhero Patrick1 90x135 New solar technology pushing through solar panel limitstraditional photovoltaic methods of solar collection is inefficient and neglects much of the available solar electromagnetic (sunlight) spectrum. The device the team is developing — essentially a thin, moldable sheet of small antennas called nantenna — is designed to harvest industrial waste heat and convert it into usable electricity. Their ambition is to extend this concept to direct solar facing nantenna devices capable of collecting energy broadly from the near infrared to the optical regions of the solar spectrum. Working with colleagues at Idaho National Laboratory, and Garret Moddel, an electrical engineering professor at the University of Colorado, Pinhero and the team are now developing a way to extract electricity from the collected heat and sunlight using special high-speed electrical circuitry. This team also includes Dennis Slafer of MicroContinuum, Inc., in Cambridge, Mass., which is developing a manufacturing process that can inexpensively produce high volumes of the novel energy-harvesting film.

“Our overall goal is to collect and utilize as much solar energy as is theoretically possible and bring it to the commercial market in an inexpensive package that is accessible to everyone,” Pinhero said. “If successful, this product will put us orders of magnitudes ahead of the current solar energy technologies we have available to us today.”
The team, which is seeking funding from the U.S. Department of Energy and private investors, also envisions an energy-harvesting device for existing industrial infrastructure, including solar farms and factories that generate waste heat. Within five years, the research team believes they will have a product that complements conventional PV solar panels by capturing currently unused infrared energy. Because it’s a flexible film, Pinhero believes it could be incorporated into building materials and infrastructure.

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SolarWorld Seeks Junior Einstein in Solar Technology


 SolarWorld Seeks Junior Einstein in Solar Technology

6a00d83451586c69e200e5537830de8834 800wi 242x300 SolarWorld Seeks Junior Einstein in Solar TechnologyAt an elegant, port-side venue in Valencia, Spain, in September, Christian Reimann received heady honors for a young scientist: the SolarWorld Junior Einstein Award, a cash prize and a standing ovation from a room full of leading scientists and industrialists working on solar photovoltaic technology.“The award was the pinnacle of my career so far,” said Reimann, now manager of a group researching silicon crystallization at the prestigious Fraunhofer Institute for Integrated Systems and Building Element Technology in Erlangen, Germany. Reimann won the award for his work developing a process to reduce impurities in silicon melted for crystallization and thereby elevate the efficiency of resulting solar cells and lower the costs of solar power. The process later was patented.

Young scientists in fields related to solar photovoltaics – systems technology, nanotechnology, general energy technology, crystallography and engineering subjects – have about a month left to submit their research in this year’s sixth annual staging of the competition for a chance to win the award trophy, 5,000 euros and professional recognition. Their final scientific paper in English or German must have been evaluated between June 2010 and June 2011. The deadline for application submissions is June 15.

Ethan Good, SolarWorld’s U.S. head of research and development and a doctoral graduate of the Colorado School of Mines, hopes young scientists will enter the competition to spread recognition for photovoltaic research into the Americas, where the company has been the largest solar manufacturer for more than 35 years. “European researchers have made well-recognized discoveries in the scientific fields that underlie solar technology,” Good said. “It’s time for researchers in the Americas to compete for recognition of their own advances.”Award namesake Albert Einstein not only founded modern physics but also explained the photoelectric effect.

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earth 300x300 SolarWorld Seeks Junior Einstein in Solar Technology

Stage coach money from Wells going to solar


 

wells fargo 300x197 Stage coach money from Wells going to solarSan Francisco  based Wells Fargo is moving ahead to fund $100 million in the development of solar photovoltaic power projects throughout the U.S.  with GCL Solar Energy Inc. GCL Solar Energy, also based in San Francisco, California, builds, owns, and operates solar photovoltaic power plants without the world. “Wells Fargo is proud to expand its commitment to growing the U.S. solar market by working with a respected industry player like GCL-Poly,” said Barry Neal, director of Wells Fargo’s Environmental Finance Group. “The solar projects developed by GCL Solar will create new jobs in the U.S. and help businesses and public entities better control their electricity costs.”

Wells Fargo has provided more than $2 billion in tax equity financing for renewable energy projects since 2006. That includes funding for 30 wind projects, more than 190 commercial-scale solar projects and 1 utility-scale solar thermal project. Financing provided by Wells Fargo will enable GCL Solar to cost-effectively provide a clean and reliable source of electricity to its customers, including schools, municipalities, corporations, and utilities. GCL Solar will build and operate solar power plants, and its customers will purchase the electricity under long-term power purchase agreements at rates equal to or lower than traditional utility rates.

Speaking for GCL Solar Hunter Jiang, Executive President said, “We are excited to have the opportunity to partner with Wells Fargo. With our continued commitment to bring green power to life and this provision of new capital, we stand ready to invest in the solar business and create more job opportunities in the U.S.” GCL-Poly Energy Holdings Limited (3800.HK) is China’s largest polysilicon producer, one of the world’s leading wafer suppliers, and a top green energy enterprise in China.

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