Solar Cells Info

Aliso Viejo, CA., Sept. 25
Source: PRNewswire/CNNMoney.com
http://money.cnn.com/news/newsfeeds/articles/prnewswire/CLTU05425092007-1.htm

XsunX, Inc. , a company working to begin the build-out of its planned 100 mega watt thin film photovoltaic (TFPV) solar module manufacturing facilities, today announced it has selected the state of Oregon as the location for its planned facilities and is working with representatives to finalize a manufacturing site location.  “We’re very motivated by the overall program that was submitted to XsunX by Oregon’s Business and Energy Development Departments,” stated Mr. Tom Djokovich, XsunX’s CEO. “The combination of operating incentives and credits, added to low cost financing opportunities allowed us to make what we believe was the best decision possible for locating our planned multi-mega watt facilities in Oregon. The state has shown a great deal of desire to attract XsunX and the large number of knowledge-based jobs our facility would create. The state has also traditionally been a leader in green initiatives and is fostering a great environment for the sale of solar products as well.”
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By Martin A Green / 08 October 2007
Source: ScienceAlert – Australia & New Zealand
http://www.sciencealert.com.au/opinions/20070810-16428.html

Photovoltaics – direct sunlight conversion into electricity using solar cells – has long been lumped with nuclear fusion as one of the great hopes for a boundless, clean energy future, although recent fusion interest has shifted to the more difficult ‘aneutronic’ version, which reduces fusion’s radioactive wastes but is even further in the future.  Unlike fusion, the technical viability of photovoltaics has long been established, with this occurring in applications requiring extremes of reliability and durability. Since the early 1960s, photovoltaics has been the main power source for space missions of any duration. Closer to home, it has been the standard power source for telecommunications in remote areas of Australia since the early 1980s. In the same timeframe, there was the view that the photovoltaics industry would grow steadily to a size where it would suddenly take off, as reducing prices opened up new market sectors. Wise heads debated how large a growth rate an emerging industry could sustain over a prolonged period, with a compounded rate of 25 per cent a year a consensus view.
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Thermal-power plants that store heat for cloudy days could solve some of the problems with solar power.
By Peter Fairley / September 27, 2007
Source: MIT Technology Review
http://www.technologyreview.com/Energy/19440/

Solar proponents love to boast that just a few hundred square kilometers’ worth of photovoltaic solar panels installed in Southwestern deserts could power the United States. Their schemes come with a caveat, of course: without backup power plants or expensive investments in giant batteries, flywheels, or other energy-storage systems, this solar-power supply would fluctuate wildly with each passing cloud (not to mention with the sun’s daily rise and fall and seasonal ebbs and flows). Solar-power startup Ausra, based in Palo Alto, thinks it has the solution: solar-thermal-power plants that turn sunlight into steam and efficiently store heat for cloudy days.
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Large-scale manufacturing techniques used to build LCDs could make solar power far more competitive.
By Kevin Bullis, October 02, 2007
Source: MIT Technology Review
http://www.technologyreview.com/Nanotech/19464/

The big manufacturing equipment that has helped bring down costs for flat-screen TVs based on liquid-crystal-display (LCD) technology may soon bring prices for solar electricity more in line with prices for electricity from the grid. Applied Materials, a company based in Santa Clara, CA, that supplies manufacturing equipment to LCD makers, as well as to major microchip makers, has converted its equipment to produce thin-film silicon solar cells that are cheap enough to compete with more conventional solar cells. This may eventually lead to much cheaper solar power.
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Sunsei® mobile chargers distribution expanded within the 3rd largest solar market in the world
Montreal, Canada, October 10, 2007
Source: ICP Solar / press release
http://www.icpsolar.com/4105/news_details.asp?news_id=32

ICP Solar Technologies Inc. (OTCBB: ICPR, FRANKFURT: K1U.F), a developer, manufacturer and marketer of solar cells and products, today announced that Carrefour Group one of the world’s leading distribution groups, the world’s second-largest retailer and the largest in Europe, will carry the Sunsei® line of mobile chargers in Spain.
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Montreal, Canada, October 1, 2007
Source: ICP Solar / press release
http://www.icpsolar.com/4105/news_details.asp?news_id=31

ICP Solar Technologies Inc. (OTCBB: ICPR, FRANKFURT: K1U.F), a developer, manufacturer and marketer of solar cells and products, today opened a sales office in Aliso Viejo, California.  This new office will serve as a hub for all of ICP Solar’s operations in California, enabling the company to accelerate its growth  strengthen its relationships with customers and add new customers, and forge distributor agreements for its Sunsei amorphous Thin-File Solar Tile and Wireless Sunsei Greenmeter™ products launched last week at the 4th Annual Solar Power Conference and Expo.
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Montreal, Canada, July, 5 2007
Source: ICP Solar/ press release
http://www.icpsolar.com/4105/news_details.asp?news_id=29
World’s Largest Online e-tailer Selects Cutting Edge Plug&Play(tm) Solar Chargers

ICP Solar Technologies Inc. (OTCBB: ICPR, FRANKFURT: K1U.F), a developer, manufacturer and marketer of solar cells and
products, announced today that it has expanded its partnership with Amazon.com, the world’s largest online retailer , by enlarging the range of Sunsei™ Branded and Coleman® solar charger products available at Amazon.com.
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by Josh Wolfe, SIFY business watch /Oct 9, 2007
Source: SIFY
http://sify.com/finance/fullstory.php?id=14540309

Solar energy-related stocks are hot. In the first half of 2007, there was a record $4.7 billion in capital raised in solar-based IPOs, according to U.K.-based research firm New Energy Finance. That’s more than double the amount raised in new solar issues during all of last year. Venture capital and private equity funding for solar firms reached new highs as well, totaling $1.4 billion in the 12 months ending June 2007. Much of this isn’t just pie-in-the sky financing. According to RBC Capital Markets, annual profits will reach approximately $7.7 billion in the solar sector this year and grow to $11.5 billion in 2011.
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Nuying Huang, Taipei; Esther Lam, DIGITIMES, 4 October 2007
Source: DigiTimes
http://www.digitimes.com/bits_chips/a20071004PD212.html

Neo Solar Power, a Powerchip Semiconductor Corporation (PSC)-invested solar cell subsidiary, is seeing buoyant orders with a utilization rate hitting a record high in September.  Orders are strong with no inventory left at all, Neo Solar stressed. The solar-cell maker noted that its utilization rate hit 120% with an actual output of 3.02 peak megawatt (MWp) in September. Annual capacity will reach 60MWp in 2007, following the completion of its second production line in November. The company reiterated that it aims to house a total capacity of 500MWp in 2010 to be the third-largest solar cell maker.
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Nuying Huang, Taipei; Esther Lam, DIGITIMES, 9 October 2007
Source: DigiTimes
http://www.digitimes.com/NewsShow/NewsSearch.asp?DocID=PD3217&query=SOLAR

Taiwan solar cell makers are seeing rising cost pressure as some of their polysilicon wafer suppliers in China are doubling the deposit required when signing new contracts. Whether or not Taiwan-based silicon wafer suppliers will follow suit also remains a concern.  Industry sources indicated that some China-based wafer makers have revised up their deposit ratio from 5% to 10% for mid- and long-term contracts. They added in saying that Taiwan-based solar cell makers who have recently made supply agreements might have already face such an adjustment.
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