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Photovoltaics: ersol launches its micromorph thin film module "Vega-T" on the market
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Micromorph thin film module "Vega"-T.
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With the start of series production ersol Thin Film GmbH, a subsidiary of ersol Solar Energy AG (ersol), Erfurt, is launching its first micromorph thin-film module under the name
"Vega"-T. Micromorph technology due to ersol will enable initially an efficiency of approx. eight percent. By comparison, the efficiency level that is achieved with amorphous thin-film
modules is approx. six percent. In the next few years an increase in the efficiency level of micromorph modules over 10 percent is planned. In the upcoming months production at ersol
Thin Film will be converted completely from amorphous to micromorph modules. Since January 2008, together with Schott Solar Thin Film GmbH, Jena, ersol has been engaged in
joint pre-competitive development of the new micromorph thin-film technology.
In contrast to the simple amorphous version, the micromorph thin-film modules have a double-layer structure consisting of an amorphous and a microcrystalline silicon layer. Due to their
different structures the two layers absorb different wavelengths of the sunlight. Thus, a larger portion of the sun’s light spectrum is used, giving added performance on the same
area compared to amorphous modules. "The area-related system costs can at the same time be lowered with the higher level of efficiency. The introduction of micromorphous tandem
technology thus represents an important step towards cutting PV electricity generation costs", says Dr Christian Koitzsch, TechnicalDirector of ersol Thin Film GmbH, stressing the
benefits of the new panel. The new module also attracts with its homogenous appearance. In contrast to the dark brown amorphous modules, the black surface of micromorph modules appeals
to consumers, who in addition to higher performance place special emphasis on aesthetics.
2009-07-31 Courtesy: ersol Solar Energy AG Solarserver.de © Heindl Server GmbH
Picture Courtesy: ersol Solar Energy AG
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Solar cooling: Sopogy CSP collectors used for air condition demonstration in California
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MicroCSP technology by Sopogy.
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Sopogy, Inc. (Honolulu, Hawaii), a manufacturer of concentrating solar power (CSP) systems, on July 21st, 2009 announced that the company's proprietary "MicroCSP" solar collectors
will be used in combination with a thermal air conditioning (A/C) unit to demonstrate the power of a solar air-conditioning demonstration system. According to the press release, the
solar A/C program is sponsored by Southern California Gas Co. (SCG; Monterey Park, California) a subsidiary of Sempra Energy (San Diego, California). Sopogy reports that the
demonstration project is part of an overall effort to provide customers with energy solutions that will reduce costs, increase efficiencies and reduce greenhouse-gas emissions. "We are
extremely pleased to demonstrate how MicroCSP technologies can be used to produce renewable space cooling to SCG", said Darren T. Kimura, Chief Executive Officer (CEO) of Sopogy. "It
isn't obvious that solar thermal energy can be used to create air conditioning, but the efficiencies in doing so are incredible and the system displaces the burning of a significant
amount of fossil fuels," he added.
Solar heat and absorption chillers provide industrial cooling solution
Sopogy's solar collectors, which were installed on the rooftop of SCG's Energy Resource Center (ERC) in Downey, California, are expected to produce enough energy to cool three
average-sized homes. The system is to provide solar thermal heat by concentrating the sun's energy on a collection tube and heating the recirculated heat transfer fluid within the
system. According to the press release, the generated heat will then be used in conjunction with absorption chillers to provide a renewable source of industrial cooling for the
air-conditioning system at the ERC. Sopogy reports that its MicroCSP technologies feature scalability and modularity and that they are being deployed around the world. MicroCSP is
believed to be ideal for distributed generation applications such as electricity, process heating, and solar air-conditioning.
2009-07-31 Courtesy: Sopogy, Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Sopogy, Inc.
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SkyTrough parabolic solar thermal collector wins R&D 100 Award
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"SkyTrough" parabolic trough solar thermal
collector.
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SkyFuel, Inc. (Albuquerque, New Mexico) on July 22nd, 2009 announced on behalf of its technology development partners at the U.S. Department of Energy's National Renewable Energy
Laboratory (NREL), that the editors of R&D Magazine (Rockaway, New Jersey) had selected SkyFuel's "SkyTrough" parabolic trough solar thermal collector as one of the 100 most
technologically significant products introduced into the marketplace over the past year. SkyFuel reports that the company collaborates with NREL on an ongoing basis and that they had
jointly submitted the SkyTrough for consideration to the editors of R&D Magazine. According to the press release, the selection of the SkyTrough marks the first time a
parabolic trough collector has been recognized with an R&D 100 Award. Rita Peters, Editorial Director of R&D Magazine, said: "The R&D 100 Awards honor the latest technology
developments that are designed to meet societal, scientific, or business challenges facing us today-and tomorrow." Winners of this award are selected by an independent judging panel and
the editors of R&D Magazine, SkyFuel reports.
Glas-free, light weight reflector technology recognized for innovative value
The SkyTrough is said to depart from the prior state-of-the-art for parabolic trough concentrating collectors. One of the most striking differences is that the technology does not use
glass mirrors, but employs a new mirror system with a material dubbed "ReflecTech Mirror Film" as the reflecting surface. According to the press release, other improvements include a
lightweight aluminum space frame that rapidly assembles in the field and a robust helical drive and wireless controller for tracking the sun. "It's very gratifying to have our efforts
recognized with this R&D 100 Award", said SkyFuel Chief Technical Officer (CTO) Gee, who had contributed to the invention of SkyTrough. "This was a true team effort. In
collaboration with NREL scientists and engineers, everyone at SkyFuel and ReflecTech developed the technology in the SkyTrough. It's great to be part of such a collaborative process."
U.S. Energy Secretary Steven Chu congratulated the winners of the Award and noted: "The Department of Energy's national laboratories are incubators of innovation, and I'm proud they are
being recognized once again for their remarkable work." NREL Director Dan Arvizu said: "We are honored to once again have our efforts recognized with this preeminent award."
2009-07-31 Courtesy: SkyFuel, Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: SkyFuel, Inc.
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PG&E contracts with Sempra Generation for 48 MW solar power
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Sempra's existing El Dorado Solar project.
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The US-utility Pacific Gas and Electric Company (PG&E; San Francisco, California) on July 27th 2009 announced that it had entered into a contract with El Dorado Energy, LLC, a
subsidiary of Sempra Generation (San Diego, California), to purchase 48 megawatts (MW) of photovoltaic (PV) solar power capacity produced at the Copper Mountain Solar facility. This is
the utility's second contract for renewable energy from Sempra Generation and, according to the press release, is subject to approval by the California Public Utilities Commission
(CPUC). Sempra Generation's new Copper Mountain Solar facility is expected to produce an average of 100 gigawatt-hours (GWh) of solar electricity each year, equal to the
annual consumption of more than 14,000 average homes. Construction of the new solar project is slated to begin later this year with completion scheduled for 2011. "PG&E is pleased
to collaborate again with Sempra Generation as we work to meet our customers' long-term energy needs with environmentally friendly power", said Fong Wan, Senior Vice President of energy
procurement for PG&E. "Solar projects, like the Copper Mountain Solar facility, are ideally suited to help meet our customers' peak energy loads."
Utility to use a total of 58 MW solar power from Boulder City solar projects
PG&E reports that the agreement, combined with a contract that had been signed in late 2008 to purchase the entire 10 MW output of Sempra Generation's existing El Dorado Energy
Solar power plant, provides the utility with all 58 MW generated capacity by the Boulder City, Nevada, solar projects. "This agreement represents a major step forward for Sempra
Generation in the development of the largest operational photovoltaic solar power installation in North America", said Michael W. Allman, President and Chief Executive Officer (CEO) of
Sempra Generation. "The nearly one million solar panels installed at our two Nevada solar facilities will bring a new source of clean energy to the West and help reduce carbon emissions
in the region," Allman added. Copper Mountain Solar is expected to create about 200 local construction jobs. PG&E reports that since 2002, it has entered into contracts for more
than 20 percent of its future electric power deliveries from renewable sources.
2009-07-31 Courtesy: PG&E Solarserver.de © Heindl Server GmbH
Picture Courtesy: Sempra Generation
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Suniva raises 75 million US-dollars in Series C funding round
Suniva Inc. (Norcross, Georgia), a manufacturer of monocrystalline silicon solar cells, on July 27th, 2009 announced the completion of a 75 million US-dollar Series C financing
round, led by Warburg Pincus, a global private equity firm. According to the press release, APEX Venture Partners and returning investors New Enterprise Associates (NEA), HIG Ventures
and Advanced Equities had also participated in the round. "Most solar is undifferentiated", said Chansoo Joung, a Managing Director at Warburg Pincus, "that's not the case with Suniva.
Their cell design and roadmap for commercialization is extremely compelling and represents a unique value proposition for customers." Suniva reports that the company's
high-quality monocrystalline solar cells incorporate multiple proprietary design elements that allow them to achieve best-in-class efficiencies. According to the press release, Suniva
currently manufactures "ARTisun" series solar cells with conversion efficiencies above 18 percent, that can be manufactured with low-cost, high-throughput techniques.
Company aims to strengthen U.S. and worldwide market share
"Warburg Pincus seeks out businesses that have an important role to play both in the near and long term," Joung said. "As the solar industry grows, Suniva is well positioned, delivering
the leading combination of high efficiency and low-cost manufacturing." John Baumstark, Chief Executive Officer (CEO) of Suniva commented: "In a year when most companies lowered their
expectations, the investment community recognized Suniva's ability to execute. Our technology delivers the performance, cost and quality needed for solar's next phase of growth. With
this funding round, we will continue to execute on our business plan as we move into promising solar markets here in the U.S. and worldwide." Suniva reports that Warburg Pincus Managing
Directors Chansoo Joung and Dr. Henry Kressel will join the company's board of directors.
2009-07-31 Courtesy: Suniva Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Suniva Inc.
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Solar Energy Initiatives secures U.S. federal stimulus funding
Solar Energy Initiatives, Inc. (Ponte Verda Beach, Florida), on July 27th, 2009 announced that it had secured federal stimulus funding to train displaced workers as solar energy
installation and maintenance technicians. According to the press release, the funding is being provided by the American Recovery and Reinvestment Act (ARRA) of 2009, which had been
signed into law in February 2009 by U.S.-President Barack Obama. Solar Energy Initiatives reports that the company is currently in discussions regarding three additional
grants. "Management is extremely pleased with the attainment of this first award of federal stimulus funding," stated David Fann, Chief Executive Officer (CEO) of Solar Energy
Initiatives. "Management intends to employ the funds primarily for training and educating displaced workers into solar installers to secure employment in the dynamic and growing solar
energy industry." As part of the federal government's nearly 800 billion US-dollars recovery program, more than 467 million US-dollars are being awarded to expand the development of
solar energy. "We will work with all applicable government agencies in order to secure addition potential grants to assist in the growth of our business. Management remains dedicated to
increasing the company's dealer network and expanding market presence in order to achieve our ultimate goal of improved shareholder value," said Fann.
2009-07-30 Courtesy: Solar Energy Initiatives, Inc. Solarserver.de © Heindl Server GmbH
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8.8 million US-dollars in Recovery Funds dedicated for renewable energy and efficiency projects in Vermont
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U.S. Senator Patrick Leahy (Vermont).
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U.S. Senator Patrick Leahy (D-Vermont), U.S. Senator Bernie Sanders (I-Vermont) and U.S. Representative Peter Welch (D-Vermont) on July 27th, 2009 announced that 8,799,600 US-dollars
in recovery funding for renewable energy and energy efficiency programs was granted to Vermont. According to the press release, this funding is the latest installment from the American
Recovery and Reinvestment Act (ARRA) and will go to State Energy Program (SEP) projects that prioritize energy savings, create or retain jobs, increase the use of renewable energy and
reduce harmful carbon emissions. The money is part of the 54 million US-dollars that the Department of Energy (DOE) awarded to four states, and constitutes 40 percent of the
22 million US-dollars Vermont's SEP is expected to receive as a result of the ARRA. Specifically, Vermont will use the funding for three main purposes. These are the accelerated
development and deployment of cost-effective, renewable electric power resources by offering grants and loans, the establishment of a revolving loan and/or small grant program for
non-profit and government institutions to help them implement energy efficiency measures of renewable energy projects, and finally, the installation of solar thermal renewable energy
systems for heating and hot water for low-income residences.
U.S. state expects to produce clean energy, reduce CO2-emissions, and create jobs
Senator Leahy commented: "A strong economy and a healthy environment go hand in hand. This important funding will help Vermont's struggling families, farms, businesses, and non-profits
by decreasing energy costs and reducing our greenhouse gas emissions, all while creating Vermont jobs." Senator Sanders, a member of the Senate energy and environment committees, said:
"There is little doubt in my mind that in the years to come the energy mix in this state will be very different than it is today; with a far greater reliance on sustainable energy. This
federal support will be a major step forward in moving our state toward a greener economy." In order to ensure that stimulus funds are being deployed effectively and efficiently, states
will not receive the remaining 50 percent of ARRA funding until they meet reporting, oversight and accountability milestones required by the Recovery Act.
2009-07-30 Courtesy: U.S. SENATOR PATRICK LEAHY; VERMONT Solarserver.de © Heindl Server GmbH
Picture Courtesy: http://leahy.senate.gov.
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iSuppli: Solar market suffers inventory glut; PV industry to suffer further price erosion
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Strong growth in average days
of PV inventory.
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According to a recent market study that was announced on July 27th, 2009 by iSuppli Corporation (El Segundo, California), a massive oversupply of solar modules combined with
disappointing demand have caused average inventories throughout the solar supply chain to soar by 64.3 percent. This development is expected to spur major oversupply and price erosion.
The average days of inventory among solar module and cell producers, polysilicon and wafer suppliers and vertically integrated companies that provide all these items have surged to more
than 121 in the first quarter of 2009, up from 74.2 during the same period in 2008, iSuppli reports. "The worldwide solar industry for the first quarter added the equivalent
of one-and-a-half months of excess inventory in just one year", said Dr. Henning Wicht, principal analyst for photovoltaics (PV) research at iSuppli. "With new polysilicon capacity
coming online this year, the PV industry will suffer further price erosion, at all nodes of the value chain."
Long-term contracts cause inventory levels to rise while prices drop
iSuppli estimates the spot price per kilogram for polysilicon, the key raw material for making solar cells, will drop to 50 US-dollars by the end of the year, down by 72 percent from
the 180 US-dollars per kilogram at the beginning of 2009. On the demand side, analysts find that the solar market is coping with a demand sinkhole that was left after Spain's PV demand
collapsed. Despite this, solar-cell makers are still compelled to take deliveries from their polysilicon suppliers due to their long-term contractual obligations. On the supply side,
polysilicon providers have recently invested billions in new facilities, forcing them to produce in order to cover these new fixed costs. According to the iSuppli analysis, some of the
hardest-hit entities in the PV industry have been the fully integrated players. These companies, including REC, Yingli, and SolarWorld, have operations in all three nodes of the value
chain: polysilicon, wafer and cells. Inventory levels for this segment has jumped to more than 161 days in the first quarter, up from the 86 days during the first three months of 2008,
iSuppli reports.
Cell and module manufacturers suffer under decreasing demand
According to the market study, cell and module manufacturers are also currently experiencing significant increases in inventory, with levels rising to 105 days from the third-quarter
level in 2008 of 47 days. This is believed to be due, in part, to pressure from wafer and polysilicon suppliers desiring that their customers adhere to shipment schedules negotiated in
2007 and 2008. In addition to that, polysilicon and wafer manufacturing are expected to be hit with new capacity coming online from major existing and relatively new polysilicon
players. Such a development could lead to severe turmoil at this section of the value chain as the spot market gets flooded with excess capacity, with many looking to only cover
variable costs. iSuppli expects to see inventories at this node in the value chain to rise throughout this year and persist into 2010. To learn more about this topic, see iSuppli's
latest report entitled: "The Next Bottleneck: How Far Will Solar Prices Fall in 2009?" The original press release was published under http://www.isuppli.com/news.aspx.
2009-07-29 Courtesy: iSuppli Corporation Solarserver.de © Heindl Server GmbH
Picture Courtesy: iSuppli Corporation
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Air Liquide to provide XeroCoat with chemical delivery systems
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XeroCoat’s turnkey anti-reflectivecoating
system.
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XeroCoat, Inc. (Redwood City, California), on July 29, 2009 announced that it had selected Air Liquide Electronics U.S. LP (Dallas, Texas), a subsidiary of Air Liquide Group, the
leader in gases for industry, health and the environment, to supply the precision chemical delivery systems for XeroCoat's turnkey anti-reflective coating systems. According to the
press release, this system enables low-cost manufacturing of high performance optical coatings by glass makers or companies in the solar industry. The new partnership between XeroCoat
and Air Liquide Electronics combines XeroCoat's proprietary high-performance anti-reflective coating technology with Air Liquide's global industry presence and chemical delivery and
handling design expertise, the companies report. "Our partnership brings customers an innovative anti-reflective coating solution from XeroCoat that increases solar system
efficiencies together with a proven worldwide supplier of chemical delivery systems", said XeroCoat's President and Chief Executive Officer (CEO), Thomas Hood. "XeroCoat has selected a
partner that is well-established in the solar industry to make our turnkey anti-reflective coating systems even more cost-effective and easier for our customers to adopt."
Chemical delivery systems to be incorporated in deposition application for solar module manufacturing
Air Liquide Electronics U.S. LP is a wholly owned subsidiary of the Air Liquide Group, and is a leading supplier of ultra-pure gases, chemicals, advanced molecules, analytical services,
and specialized equipment for gas and chemical delivery to the PV supply chain. "The combination of XeroCoat's anti-reflective coating technology and Air Liquide Electronics' chemical
systems expertise aligns well with our growth strategy of closely aligning to our customers' needs to develop new markets with innovative applications using new technologies", said Dave
LeBlanc, President of Air Liquide Electronics U.S. LP. XeroCoat reports that its anti-reflective coating system can by easily integrated into solar module and glass manufacturers'
production process. According to the press release, the system caters to crystalline silicon, thin-film and concentrating photovoltaics, as well as to solar thermal devices. It is said
to be able to increase the peak power output of solar modules by 3 percent.
Cooperation based on meeting at Intersolar in Munich
Paul Burlingame, Director Global E&I OEM Business at Air Liquide, had first met Beth McAllister, Vice President, Business Development, with XeroCoat at the Intersolar in Munich. He
said he was very pleased about the cooperation with XeroCoat, which had developed a solution that has a great potential for growth. Beth McAllister commented on the cooperation: "Air
Liquide is well established within the solar industry and is already supplying gases and chemicals to photovoltaic system manufacturers and glass companies. In addition to being well
established in gas and chemical supply, Air Liquide has a team of engineers in the U.S. that designs and builds chemical delivery systems." XeroCoat expects that its AR coating solution
is able to deliver 3 percent more rated power (Watts peak, Wp) when used on the cover glass of PV solar modules, with a 4 to 5 percent increase in energy output expected throughout the
day. "It is very exciting to work with XeroCoat. The people there are very nice and a pleasure to work with. One can feel that start-up energy, the optimism and enthusiasm," Burlingame
concluded.
2009-07-29 Courtesy: XeroCoat, Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: XeroCoat, Inc.
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SolFocus to provide CPV systems for utility-scale solar power projects by GreenWing Energy
The renewable energy industry company GreenWing Energy Management Ltd. (Vancouver, British Columbia) on July 21st, 2009 announced that it had signed an agreement with SolFocus, Inc.
(Mountain View, California) to supply high concentration photovoltaic (CPV) systems for GreenWing's large-scale solar power projects in the western United States. GreenWing reports that
the agreement marks an important expansion of its business into the growing solar energy sector. The company plans to continue to develop its portfolio of wind energy projects in the
U.S. and Canada and intends to install SolFocus CPV systems in both new utility-scale projects with 20 - 300 megawatts (MW) capacity as well as larger distributed generation
applications (1 - 20 MW). The SolFocus CPV design employs a system of patented reflective optics to concentrate sunlight 650 times onto small solar cells, that are said to
have more than twice the efficiency of traditional silicon photovoltaic (PV) cells. According to the press release, the SolFocus CPV technology is able to yield efficiencies that help
solar power costs to approach grid parity in solar-rich regions. "SolFocus CPV systems have demonstrated exceptional solar energy conversion rates", explained GreenWing's Vice President
of Business Development Matt Penry. "These best-in-class efficiencies combined with a low-cost manufacturing program by SolFocus facilitate the generation of cost-competitive solar
energy." Mark Crowley, President and Chief Executive Officer (CEO) at SolFocus, said: "GreenWing possesses a demonstrated, high level expertise in project development as well as in
building, developing and managing relationships with customers and service providers. These capabilities are extremely valuable to SolFocus as we accelerate our volume equipment
production program in the upcoming months."
2009-07-29 Courtesy: SolFocus, Inc. Solarserver.de © Heindl Server GmbH
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Evergreen Solar panels used in 110 kW solar installation at Boston Sand & Gravel site
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Evergreen's Boston Sand and Gravel installation.
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Evergreen Solar, Inc. (Marlboro, Massachusetts), a manufacturer of solar power products, on July 23rd, 2009 announced that a new 110 kilowatt (kW) solar energy power plant using its
solar panels is now operational at Boston Sand & Gravel (Boston, Massachusetts). The solar installation is expected to supply 75 percent of the overall energy needed to power the
company's maintenance facility in Charlestown, Massachusetts. According to the press release, the installation contains more than 500 Evergreen Solar panels and occupies an area half an
acre of land. It is expected to generate enough energy each year to power approximately 25 average-sized homes, thereby offsetting carbon dioxide emissions equivalent to
removing 40 cars from the road annually. Boston Sand & Gravel expects the savings in annual energy costs to pay for this project within five-and-a-half years. "This is not only a
significant solar installation for Boston Sand & Gravel, it's a milestone for the city of Boston as it is the first 100 kW plus project to be installed under the 'Commonwealth
Solar' and 'Solar Boston' initiatives of both Governor Patrick and Mayor Menino," said Terry Bailey, Evergreen Solar's Senior Vice President of sales and marketing. Dean Boylan,
President of Boston Sand & Gravel, said: "Boston Sand & Gravel is excited and pleased to complete our solar installation. It is a cornerstone of our 'Green Plan' through which
we will support our customers with materials for green construction while reducing our energy consumption in the production of those materials." According to the press release, the
project was designed and installed by Nexamp, Inc. (North Andover, Massachusetts) and uses a Solectria Renewable (Lawrence, Masschusetts) inverter and custom engineered mounting
system.
2009-07-29 Courtesy: Evergreen Solar, Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Evergreen Solar Inc.
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Trina Solar signs sales agreement on PV modules with Spanish system integrator PROINSO
Trina Solar Limited (Changzhou, China), an integrated manufacturer of solar photovoltaic (PV) products from the production of ingots, wafers and cells to the assembly of PV modules,
on July 23rd, 2009 announced that it had commenced shipment under a long-term supplier agreement with PROINSO ('Proyectos Integrales Solares S.L.'), a distributor for solar PV equipment
and a specialist in engineering services in Spain and part of the OPDE group (Navara, Spain). Trina Solar reports that it will be one of two suppliers to provide PROINSO with PV
modules, which are expected to be used for solar projects in the United States and major European markets including Italy, Greece and Spain. Trina Solar expects to supply PROINSO with
up to 25 megawatts (MW) and 50 MW of PV modules in 2009 and 2010, respectively. According to the agreement, prices and quarterly purchase volumes are pre-determined through
March of 2010. Trina Solar reports that first shipments have been made in late June 2009. Arturo Herrero, Vice President of Sales and Marketing at Trina Solar commented: ''This
agreement will further strengthen our relationship with PROINSO and allow Trina Solar to provide high quality modules made from our vertically integrated manufacturing platform.''
Gustavo Carrero, Marketing Director of PROINSO, added: "This relationship assures a high quality technical solution that will enable us to successfully approach diverse PV markets
worldwide, always fulfilling the needed requirements in terms of reliability, competitiveness and excellence, proven by Trina Solar in the recent years of our partnership."
2009-07-28 Courtesy: Trina Solar Limited Solarserver.de © Heindl Server GmbH
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Yingli Green Energy expands its footprint in the Chinese PV market
Yingli Green Energy Holding Company Ltd. (Baoding, China), one of the world's leading vertically integrated photovoltaic (PV) product manufacturers, on July 22nd, 2009 announced its
recent business developments in the China market. The company reports that it has hosted a forum in Baoding, the first of its kind in the People's Republic, to discuss the establishment
of industry standards and project financing in connection with the construction of on-grid solar photovoltaic plants in China. According to the press release, senior managers
and representatives from more than forty state-owned utility companies, state grid corporations, project design and development companies and the local government were in attendance at
the event. Yingli also announced the establishment of a strategic alliance with a subsidiary of China Guangdong Nuclear Power Holding Co., Ltd. (CGNPC; Shenzhen) to explore the
opportunities for development of on-grid solar projects both in China and in overseas markets.
Expansion activities announced for Hainan Province
Yingli reports that the company had agreed with the Hainan Provincial Development Holding Company Limited (Hainan Development), a state-owned enterprise, to form a joint venture dubbed
"Hainan Yingli New Energy Resources Co., Ltd." (Hainan Yingli), to build manufacturing facilities with a projected annual production capacity of 100 megawatts (MW) in each polysilicon
ingots and wafers, PV cells and PV modules in the Haikou, Hainan Province. Under the agreement, Yingli will hold an 80 percent equity interest in Hainan Yingli. In addition, Yingli
reports that it had agreed to form another joint venture with Hainan Development and Hainan Provincial Water Conservancy & Power Group Company Limited. This joint venture, dubbed
"Hainan Green Islands Power Company Limited" ("Green Islands Power"), is to develop and operate on-grid solar projects in the province. Under the terms of the agreement, Yingli Green
Energy will hold a 20 percent equity interest in Green Islands Power. It is expected that Green Islands Power will develop on-grid solar projects totaling up to 300 MW from 2009 to 2011
in the Hainan Province.
Announced projects based on China's PV incentive programs
Liansheng Miao, Chairman and Chief Executive Officer (CEO) of Yingli Green Energy, said: "Following the launch of China's PV incentive policies, including the Ministry of Finance's
announcement yesterday of the Golden Sun Demonstration Program, a subsidy program for the PV industry in China, and the kick-off of the construction of a 10 MW on-grid solar plant in
Dunhuang, we expect there will be many additional near-term opportunities in the China market. We are actively seeking opportunities to expand our market footprint through cooperation
with provincial and municipal governments as well as leading utilities companies."
2009-07-28 Courtesy: Yingli Green Energy Holding Company Ltd. Solarserver.de © Heindl Server GmbH
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Energy Conversion Devices to merge with Solar Integrated Technologies
Energy Conversion Devices, Inc. (ECD; Rochester Hills, Michigan), one of the leading global manufacturers of thin-film flexible solar laminate products for the building integrated
and commercial rooftop markets, and Solar Integrated Technologies, Inc. (SIT; Los Angeles, California), a leading provider of building integrated photovoltaic (BIPV) roofing systems, on
July 22nd, 2009 announced that the companies had signed a definitive agreement pursuant to which ECD will acquire SIT. Under the terms of the agreement, ECD will pay 6.75 pence, or
approximately 0.11 US-dollars, in cash for each share of SIT, or approximately 11.2 million US-dollars total. Including the assumption of SIT's net debt obligations, the
purchase price is estimated to be 16.3 million US-dollars. ECD reports that the company plans to finance the acquisition from existing corporate funds, and that the transaction is
subject to customary closing conditions, including the approval of SIT's shareholders. SIT expects to issue a proxy circular within the next 10 days and to hold a shareholders' meeting
to consider the transaction on August 19th, 2009, or as soon as practicable thereafter. The transaction is expected to close within 60 days, ECD reports.
Synergies expected from company acquisition
Mark Morelli, ECD's President and Chief Executive Officer (CEO) said: "The acquisition of SIT enhances our BIPV value proposition by significantly improving our field engineering and
technical capabilities in rooftop solar to better support our channel partners in Europe and the U.S. Our combined organization will also be well positioned to meaningfully participate
in the expected growth in the U.S. market, including under the stimulus plan." R. Randall MacEwen, President and CEO of SIT, added: "We see compelling synergies between SIT's customer
relationships, end market knowledge and system integration expertise and ECD's focus on operational excellence."
2009-07-28 Courtesy: ECD Solarserver.de © Heindl Server GmbH
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Switzerland’s largest solar module production started
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Pramac's new PV production facility with
Oerlikon Solar’s "Micromorph" technology.
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The Pramac Group and Oerlikon Solar announced on July23rd, 2009 that production has begun at Switzerland’s largest solar module manufacturing facility. Oerlikon Solar’s
"Micromorph" endto-end manufacturing solution enabled Pramac to reach production just seven months after completing their facility, Oerlikon Solar reports in a press release. The plant,
near Locarno, Switzerland, will produce 30 MWp (megawatt peak) of thin-film solar panels each year and create 150 high-tech jobs in the region. "We are pleased to begin production so
soon after building our factory, because it allows us to address the fast-growing solar market and gain a return on our investment more quickly", said Paolo Campinotti, CEO of Pramac
Group. "Pramac is benefitting from Oerlikon Solar’s renown technology, ramp-up experience and reputation to deliver in the solar world."
Committed to making solar power affordable and competitive with other forms of electricity generation
In the capital-intensive solar module manufacturing business, it is important to minimize the amount of time between the start of construction and the start of commercial production and
revenues; Oerlikon emphasizes. Implementing an end-to-end solution can reduce the delay and uncertainty of construction time, production ramp-up and module certification. "We look
forward to supporting Pramac as they further expand their production of thin-film solar modules", said Jeannine Sargent, CEO of Oerlikon Solar. "Working with our partners, we are
committed to making solar power affordable and competitive with other forms of electricity generation. We are especially pleased to participate in launching Switzerland’s first
thin-film silicon module volume production line based upon our "Micromorph" technology, which was invented here in Switzerland, in Neuchâtel."
A quarter of a million modules per year
This phase of the Pramac facility due to Oerlikon will produce approximately 250,000 solar modules each year. One year’s worth of output from the facility would be able to cover
the approximate area of all of the currently installed photovoltaic installations in Switzerland. With Oerlikon Solar’s thin-film photovoltaic manufacturing technology, solar
modules can be produced for 30 percent less than conventional siliconwafer-based technology, the company underscores. Based on predicted market growth, Pramac plans to expand the
plant’s capacity over the coming years. The factory will employ nearly 150 people, and is Pramac’s first solar production location.
Worldwide, 10 companies have contracted with Oerlikon Solar to build thin-film manufacturing lines since 2006, the company reports. Oerlikon Solar’s customers will represent more
than 600 megawatts of current thin-film solar production around the globe. Several of them have signed long-term supply agreements to distribute the modules produced by Oerlikon
Solar’s equipment, demonstrating strong market demand for thin-film silicon solar modules.
2009-07-27 Courtesy: Oerlikon Solar Ltd., Trubbach Solarserver.de © Heindl Server GmbH
Picture Courtesy: Oerlikon Solar
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Durham College powers up with Carmanah's solar PV technology
Carmanah Technologies Corporation (Victoria, British Columbia, Canada) on July 21st, 2009 announced that the Durham College was using solar technology to help conserve energy and
reduce electricity costs at its Whitby, Ontario campus. Designed to supplement the campus's primary utility feed, the grid-tied photovoltaic (PV) system is expected to help keep demand
and electricity bills under control, while providing students with a real-world example of renewable energy technology in action. According to the press release, the new
solar power system is part of a 40,000-square-foot expansion and upgrade of the college's Whitby campus that is designed to increase energy efficiency and energy production while
supporting a range of energy-focused programs and learning facilities. Valued at over 500,000 Canadian dollars (CAD; 459,000 US-dollar) installed, the grid-tied PV system from Carmanah
Technologies is to be supplied by Osso Electric Supplies, a division of Sonepar Canada Inc. (Mississauga, Ontario, Canada) and installed by Space Age Electric, Ltd. (Oshawa). Durham
College's Whitby Campus is home to the Skills Training Centre with its main campus located in Oshawa, Ontario.
2009-07-27 Courtesy: Carmanah Technologies Corporation Solarserver.de © Heindl Server GmbH
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German solar PV Market leading the way: one of five householders are thinking about solar
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Global PV demand conference in Hamburg on
22 September 2009.
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Germany has been leading the way towards a healthy solar energy market for some years now. Despite the global economic crisis and a decreasing feed-in tariff, the German market has
been reporting growth figures of around 20 – 30 % per year, and solar energy companies in Germany are reasonably optimistic about the near future, SolarPlaza.com, an independent
global marketplace for photovoltaic solar energy reports in a press release. German installers certainly have sufficient reason to be optimistic with lower prices for solar energy
systems sparking new consumer interest. According to the results of the the solar industry association BSW-Solar's recent business climate index, solar companies’
commercial expectations are at their highest level since measurement began back in 2005.
Sales growth by ten percent in the first quarter of 2009
"Many companies had a bumpy year, but can now see light at the end of the tunnel", BSW-Solar's CEO Carsten Körnig comments the results. In 2008, Germany installed approximately 300,000
new solar PV systems with a total peak power of about 1.5 gigawatts. Another study of German citizens showed that one in five home owners is thinking about buying a solar system in the
short-term. The solar industry is one of the few industries to have reported growth this year. Sales of solar energy systems grew by ten percent in the first quarter of 2009 compared to
the same period last year.
Elections in September as a proof of sustainability
A proof of sustainability will be the upcoming elections in September. Will the successful feed-in tariff survive the possibility of a new government coalition with the FDP?
Furthermore, a bright prospect for the German solar market does not automatically mean prosperity for the German solar industry. In the current oversupply situation, heavy competition
is expected from Asian countries, with some manufacturers selling modules at below cost price. The future of the German market, and the dynamics in other top ten markets, will be
discussed at the third Global PV Demand Conference in Hamburg on 22 September 2009.
More information can be found at: http://www.globaldemandconference.com
2009-07-27 Courtesy: Solarplaza.com Solarserver.de © Heindl Server GmbH
Picture Courtesy: Solarplaza.com
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EDF Energies Nouvelles and First Solar announce venture to build largest solar PV manufacturing plant in France
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First Solar henceforth to produce in France
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EDF Energies Nouvelles (EDF; Paris, France) and First Solar, Inc. (Tempe, Arizona) on July 23rd, 2009 announced a venture to build France's largest solar panel manufacturing plant.
With an initial annual capacity of more than 100 MWp, the plant will produce solar panels made with First Solar's advanced, thin-film photovoltaic technology. This new venture will
support the recently announced goal of the French government to become a leader in sustainable energy technologies including solar electricity, the companies emphasize in their press
release. At full production, projected for the second half of 2011, the plant will employ more than 300 people. Under the terms of the arrangement, First Solar will build and
operate the plant in France. The plant represents an expected investment of more than EUR 90 million. The initial annualized capacity of the plant is expected to exceed 100 MWp, making
it the largest manufacturing facility for solar panels in France. EDF Energies Nouvelles has agreed to finance half of the capital expense and plant start-up costs and will benefit from
the plant's entire output for the first 10 years. First Solar and EDF EN intend to announce their decision on the site location within the next few months.
A turning point for the photovoltaic industry in France
The investment decision was announced in the presence of French Sustainable Development Minister Jean-Louis Borloo. "I salute the decision of EDF Energies Nouvelles and First Solar to
invest and create jobs in France's solar sector, which has begun to take off since the Grenelle de l'Environnement", he said. "This investment represents a veritable turning point for
the photovoltaic industry and confirms that France is more than ever in a position to play a leading role globally." Pâris Mouratoglou, Chairman of the Board of EDF Energies Nouvelles,
added: "This agreement represents a key milestone in the strategy of our group, which has the ambition to be a global leader in solar energy." The company successfully raised EUR 500
million last year to finance its expansion in the photovoltaic sector. It has set itself a target of installing 500MWp in photovoltaic capacity for its own account by 2012. "Securing a
competitive supply is essential for us to participate in the development of a large French solar market. We have successfully built a number of projects with First Solar panels. This
strategic agreement is the result of a relationship built on trust and offers our two groups solid and promising potential," he said.
A shared commitment to the future of solar electricity
Mike Ahearn, Chairman and Chief Executive Officer of First Solar, said: "The decision to invest in France reflects our firm belief in the French market and its great potential. It
represents a vote of confidence in the policies being developed by the French government since the Grenelle de l'Environnement to promote renewable energies and allow solar electricity
to compete economically with other forms of energy."
"This decision by First Solar and EDF EN is a sign of our shared commitment to the future of solar electricity," Mr. Ahearn addet. "We commend President Nicolas Sarkozy's leadership in
promoting long-term policies to build a more sustainable energy future not just for France but the world. Countries that create market frameworks that enable solar and other renewable
energies to achieve commercial scale will reap the greatest benefits in private sector investment, technological innovation and job creation." The long-term commitments of the French
Government to provide the policy and regulatory frameworks that enable robust solar markets and of EDF EN to invest in developing and expanding the French market were key factors in our
decision to invest in France", he said.
First Solar's manufacturing site will also include a facility for recycling solar panels, France's first such facility and Europe's only solar panel recycling plant outside of Germany.
2009-07-26 Courtesy: First Solar, Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: First Solar, Inc.
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PG&E's "ClimateSmart" program makes its largest purchase of greenhouse gas emission reductions
On behalf of its more than 30,000 "ClimateSmart" customers, Pacific Gas and Electric Company (PG&E; San Francisco, California) on July 21st, 2009 announced its largest purchase
of greenhouse gas emission reductions in a contract with The Conservation Fund (Arlington, Virginia). According to the press release, this purchase will also be the largest registered
by the Climate Action Reserve, a national offsets registry working to ensure environmental benefits, integrity and transparency of emission reductions. The sizeable investment
is expected to help fight climate change by yielding 600,000 metric tons of verifiable greenhouse gas emission reductions. According to the press release, the PG&E ClimateSmart
program is purchasing the emission reductions from The Conservation Fund's "Big River" and "Salmon Creek Forest" carbon project. By sustainably managing the growth of more than 16,000
acres of redwood and Douglas fir forests on the Mendocino Coast, The Conservation Fund pledges to allow them to grow larger and capture more greenhouse gases from the atmosphere.
Program allows utility customers to contribute to reduction of greenhouse gas emissions
The "ClimateSmart" program is a voluntary, tax-deductible program that allows enrolled PG&E customers to balance out the greenhouse gas emissions produced by the energy they use. To
participate, customers pay a separate amount on their monthly energy bill, based on their actual energy use, and the ClimateSmart program invests all those payments in new,
independently verified projects that reduce or absorb greenhouse gas emissions. According to the press release, more than 30,000 customers, including homes, businesses and cities, have
enrolled in PG&E's ClimateSmart program to date. "PG&E's ClimateSmart program is proud to collaborate with The Conservation Fund on our customers' largest investment to date in
fighting global warming," said Wendy Pulling, Director of environmental policy for PG&E. "Such purchases not only help balance out our enrolled customers' greenhouse gas emissions,
they also help protect California's natural resources." PG&E reports that the "Big River" and "Salmon Creek Forest" carbon project will also provide meaningful employment in the
area as workers implement sustainable forest practices and restore watersheds.
Program retires its first 40,000 metric tons of greenhouse gas emission reductions
According to the press release, the ClimateSmart program has recently permanently "retired" the first 40,000 metric tons of greenhouse gas emission reductions from the first contract
with The Conservation Fund through the Climate Action Reserve, namely the "Garcia River Forest" project. The ClimateSmart program retires greenhouse gas emission reductions once they
have been independently verified through the Climate Action Reserve's rigorous processes. Gary Gero, President of the Climate Action Reserve, said: "This retirement will ensure that no
other entity can claim these emission reductions in the future." Chris Kelly, California Program Director of The Conservation Fund, added: "The sustainable management of the Big River
and Salmon Creek forests made possible by the ClimateSmart program will help ensure that the redwood and Douglas fir forests surrounding Big River and Salmon Creek will be permanently
protected from fragmentation, development and conversion to non-forest uses."
2009-07-26 Courtesy: Pacific Gas and Electric Company Solarserver.de © Heindl Server GmbH
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EXPO Solar 2010: Access to the Asian solar photovoltaic market
EXPO Solar 2010 will be held on February 3rd -5th, 2010, at the Korea International Exhibition Center (KINTEX), South Korea. EXPO Solar is the best single-source opportunity to have
access to the Asian solar photovoltaic market and commensurate networking with Asian players, the organizers of EXPO Solar report in a press release. Across three days more than 600
companies will be on hand to discuss specific requirements and offer tailored support and advice. To feel the market demands in this region and get exposure to Asian governments,
distributors, installers, project designers and end users, it is essential that solar PV and equipment manufacturers are present in a leading trade show in the region, the organizers of
EXPO Solar emphasize in the press release. "EXPO Solar 2010 can be the most preferred destination for companies looking to increase their presence and expand their business in
Asia thanks to the participation by diverse solar players from key Asian countries and its location based in South Korea with high tech innovation, skilled workforce, business-friendly
infrastructure and, most importantly, strong government’s commitment to becoming a global hub for the solar industry", said Choi Jeong-Shik, President & CEO of Infothe Media
Group, the organizer of EXPO Solar and publisher of InterPV, a premier journal for the global solar PV industry.
Demand for solar energy is shifting to Asian heavy weights
While the global solar power industry is currently going through turbulent times, demand for solar energy is shifting from Europe and United States to Asian heavy weights, finds Frost
& Sullivan. According to Frost & Sullivan's Asia Pacific Program Manager of Energy & Power Systems Practice, Irina Sidneva, the key reason cited by industry participants for
the global solar power industry going through difficult times was the weakened demand for solar power projects in major markets like Europe and the United States as a result of the
global credit crunch. However, according to Suchitra Sriram, Frost & Sullivan's Asia Pacific Industry Analyst of Energy & Power Systems Practice, the recently announced economic
stimulus packages across the Asia Pacific region could lead to new waves of demand for solar power projects, resulting in a shift of demand from traditional strong markets of Europe and
the United States to the Asian heavy weights such as China, Taiwan, South Korea, India, and Australia. Sriram says: "These economic packages have strong potential to turn around the
solar power industry in the short to medium term. In China, the US $ 440 billion stimulus package has put solar power as one of the key green energy resources to be developed in the
near future. A number of solar power projects are already under construction throughout the country. The upcoming solar power installations have the potential to surpass the original
2020 target of 1.8 GW by up to 10 times, reaching between 10 GW and 20 GW over the next 10 years."
Solar power among other renewables is high on the governments' agendas
"In Taiwan, a proposal was passed in April 2009 for around US $ 1.3 billion to support research and development and the installations in green energy technologies", Sriram continues,
"As part of this proposal, the government has highly prioritized the development of solar power projects, including the installation of Asia's first large-scale solar power plant."
Countries in the APAC region are turning the corners to put solar power among other renewables high on the governments' agendas, the organizers of EXPO Solar report in the press
release. By their own account strong commitment from the governments focusing on solar power R&D and project installations will offer huge opportunities for companies across the
value chain. With their strong domestic market demand, presence of low-cost manufacturing plants, and increasing industry consolidation, Asian countries present a plethora of growth
opportunities for solar power companies. With some of these developments already underway in the region, it would be interesting to observe how Asia emerges to be the new solar power
hub, the organizers of EXPO Solar report in the press release.
More information on EXPO Solar 2010: http://www.exposolar.org
2009-07-26 Courtesy: EXPO Solar Solarserver.de © Heindl Server GmbH
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Massachusetts to introduce utility solar plan
Attorney General Martha Coakley and Massachusetts Governor Deval Patrick on July 16th, 2009 announced in Boston a commitment to jointly develop large scale solar photovoltaic (PV)
power installations through a new statewide entity operating in collaboration with the state's four investor-owned electric distribution utilities. This plan is expected to maximize the
benefits of renewable power for ratepayers across Massachusetts that had been authorized by the Green Communities Act. It is also believed to help meet Governor Patrick's goal
of 250 MW of solar generation installed in the Commonwealth by 2017. "Development of solar generation through a statewide pool will drive down costs through economies of scale and
spread the costs and benefits across the broadest base of customers," said Attorney General Coakley.
Cooperation between Governor and Attorney General based on Green Communities Act of 2008
The Massachusetts Green Communities Act, enacted in 2008, allows each of the four investor-owned utilities in the US-state to develop up to 50 megawatts (MW) of solar PV generating
capacity until the end of 2012. In June 2009, the Attorney General's Office, which serves as ratepayer advocate in proceedings before the Department of Public Utilities (DPU), had
responded to Western Massachusetts Electric Company's (WMECo) proposal to develop solar generation, the first of its kind under the Green Communities Act, by raising the statewide
pooling concept as a way to provide more solar power generation to a wider customer base at lower cost. Under the new proposal, a joint entity would be responsible with identifying,
developing and financing large scale solar power generation projects in the territories of the four investor-owned utilities. Instead of each utility developing new infrastructure to
deliver its solar goals in its own service territory, the new joint venture would be charged with developing the most cost competitive projects statewide through a series of
procurements for projects that have a capacity of 100 kilowatt (kW) or larger.
2009-07-24 Courtesy: AGO; EEA Solarserver.de © Heindl Server GmbH
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Solar panel startup GreenRay raises series A financing
GreenRay Inc. (Westford), a Massachusetts-based startup, on July 15th, 2009 announced that it had completed its Series A financing round. The round had been led by the Quercus Trust
of Newport Beach, California, the company reports, co-invested by New York-based 21Ventures. The 2 million US-dollar investment is expected to enable GreenRay to rapidly move ahead with
manufacturing, distribution channel development, and the commercial launch of its products. According to the press release, the company's solar innovation significantly reduces the cost
of generating renewable solar energy by simplifying system design and installation. At the heart of GreenRay's AC solar module is what the company believes to be a highly
reliable patented micro-inverter paired with energy monitoring. "PV systems today are too complex and inverters too unreliable. For more than 15 years I have seen the path to simplify
PV for consumers and that's why we set out to leapfrog today's approach and create a true modular AC system," stated Miles C. Russell, Chief Executive Officer (CEO) of GreenRay. "I am
excited to have the support of 21 Ventures and the Quercus Trust, who are enabling us to transform the very nature of PV systems."
Improvement in balance of systems believed to bring down costs of solar
"Despite solar's rapid growth over these last few years, we are still far away from the cost structure needed to make solar a significant percentage of energy generation. We believe
that there is a huge opportunity to bring down the costs of solar on the balance of systems side and that GreenRay has found a way to do that," said David Anthony, Managing Partner at
21Ventures. GreenRay had been founded in 2006 by a team of former Schott Solar employees. Since then, GreenRay reports that it had received over 3.5 million US-dollars in
government-sponsored funding to demonstrate its AC Module concept, including grants from the Department of Energy (DOE) and a SEED investment from the Massachusetts Renewable Energy
Trust. "The successes of Massachusetts clean technology companies are successes for the Commonwealth as a whole, as Governor Patrick steers the Bay State toward a clean energy future,"
said Ian Bowles, Massachusetts Energy and Environmental Affairs Secretary.
2009-07-24 Courtesy: Solarserver.de © Heindl Server GmbH
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Suntech and China Huadian sign strategic agreement to develop 500 MW of solar PV projects
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Building integrated PV by Suntech.
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Suntech Power Holdings Co., Ltd. (Wuxi, China), the world's largest crystalline silicon photovoltaic (PV) module manufacturer, on July 22nd, 2009 announced today that the company has
recently entered into a strategic agreement with China Huadian New Energy Development Co., Ltd. (HNE) to develop a total of 500 MW of utility-scale and commercial roof-top solar PV
projects in China's sun rich western provinces, Jiangsu province and Shanghai over the next three years. Under the agreement, HNE will be responsible for the project investment and
development of solar projects and Suntech will be responsible for supplying crystalline silicon solar modules, system design and technical support, Suntech reports in a press
release. Separate project-specific agreements will be signed prior to the implementation of solar projects related to this agreement. Projects developed through this
collaboration may include solar projects previously announced by Suntech including those in Qinghai province; Shaanxi province; Shizuishan city, Ningxia province; Panzhihua city,
Sichuan province; and Jiangsu province. All projects are subject to feasibility studies and government approvals.
Solar electricity for countless Chinese households and businesses
"We are pleased to build this relationship with Suntech to develop solar energy projects in China", said Mr. Zheng Fang, General Manager of HNE. "These solar systems will provide clean
and renewable energy to countless Chinese households and businesses, particularly those in western regions, and facilitate sustainable development. We believe that solar energy will
become an increasingly important means of satisfying China's growing demand for electricity."
Dr. Zhengrong Shi, Suntech's Chairman and CEO said: "China Huadian New Energy Development Company already has an impressive portfolio of renewable energy power plants and we are excited
to collaborate with them to expand the adoption of solar energy in China. We are confident that solar energy will play a significant role to help China achieve its renewable energy
goals and mitigate the effects of climate change."
HNE was established on September 26th , 2007 by China Huadian Corporation and four of its subsidiaries. HNE's mission is to finance, construct, manage, and operate electric generation
facilities in the fields of wind, hydroelectric, distributed energy, solar, nuclear, biomass, thermal, tidal, and other renewable energies. HNE is responsible for all of China Huadian
Corporation's Clean Development Mechanism and renewable energy projects.
2009-07-23 Courtesy: Suntech Power Holdings Co., Ltd. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Suntech Power Holdings Co., Ltd.
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Martifer Solar reports completion of automated module production line (50 MW) by Spire
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Martifer Solar's photovoltaic modules factory
with a production line by Spire and robotics
by KUKA.
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Martifer Solar (Oliveira de Frades), part of the Martifer Group located in Portugal, and Spire Corporation (Bedford, Massachusetts), in July 2009 jointly announced that Martifer
Solar had accepted Spire's automated PV module production line with a capacity of 50 megawatt (MW) per year last month. Both Spire and Martifer reported that the companies were
satisfied with the performance of the Portuguese company's photovoltaic (PV) factory. According to the press release, the fully automated turnkey module manufacturing line uses robotic
systems for material handling and processing. Leandro Bento, Factory Manager of Martifer Solar, said: "It is complex to establish a high-tech automated factory. We are
pleased with the support that we received from Spire to reach our designated goals and to achieve unequivocal acceptance. This line makes Martifer Solar one of the most efficient
manufacturers in the solar industry and we are proud to have completed our first two megawatts of PV module production."
One of the most advanced automated production lines believed in the world
Roger G. Little, Chairman and Chief Executive Officer (CEO) of Spire Corporation, stated: "This line is completely automated, making it one of the most advanced module factories in the
world. We combined Spire's process knowledge with our state-of-the-art manufacturing equipment and the latest in robotics and automation. The result is a high speed, high yield cost
effective production line producing top quality PV modules." Spire reports that the company had successfully automated the steps that are typically done manually. These included
automation of string bussing, encapsulate trimming, module framing, junction box attachment, hi-pot testing and module simulation characterization. For this project, Spire subcontracted
with KUKA Systems GmbH (Schwarzenberg) in Germany. The quality robots and engineering expertise provided by KUKA had been critical in the success of the program, Spire reports.
2009-07-23 Courtesy: Spire Corporation Solarserver.de © Heindl Server GmbH
Picture Courtesy: Martifer Group
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Suntech Chairman and CEO Dr. Zhengrong Shi receives World Technology Network Award for Energy
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Dr. Zhengrong Shi: WTN
Award for developing and
promoting solar technology.
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Suntech Power Holdings Co., Ltd. (New York and Wuxi, China), the world's largest crystalline silicon photovoltaic (PV) module manufacturer, on July 21st, 2009 announced that its
Chairman and Chief Executive Officer, Dr. Zhengrong Shi, has received the 2009 World Technology Award for Energy for his innovative work to develop solar technology and promote the
adoption of solar energy. The award was presented by the World Technology Network (WTN) at The World Technology Summit and Awards gala held on July 16, 2009 in New York City. The WTN
brings thought leaders from more than 60 countries together to examine the likely implications and possible applications of emerging technologies of all types including new energy
sources.
James P. Clark, Chairman of the WTN, said, "We are pleased to present this year's WTN Award for Energy to Dr. Zhengrong Shi of Suntech for his outstanding achievements in the field of
photovoltaics and leadership in the world's quest for energy sustainability. We believe that his work both as a scientist and an entrepreneur will produce long-lasting environmental
benefits for generations to come."
Dr. Shi remarked, "I am very pleased to receive this prestigious distinction from the World Technology Network. It has been a privilege to contribute to the transition of solar
technology from the lab to commercial reality. Governments worldwide increasingly realize the importance of investing in solar energy, and with further evolution of solar technology we
have no doubt that it will become a critical element of global energy generation."
The World Technology Network (WTN) is a global meeting ground, a virtual think tank, and an elite club whose members are all focused on the business and science of bringing important
emerging technologies of all types (from biotech to new materials, from IT to new energy sources) into reality. The WTN's membership is comprised of approximately 1000 members from more
than 60 countries, judged by their peers to be the most innovative in the technology world: http://www.wtn.net
2009-07-23 Courtesy: Suntech Power Holdings Co., Ltd. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Suntech Power Holdings Co., Ltd.
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Organic PhotovoltaicsSummit discusses the key to the mass market in October 2009
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Konarka developed "Power Plastic", a PV
material that converts light to energy.
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Today’s photovoltaic (PV) market is booming, but it is held back by expensive and fragile silicon, First Conferences Ltd., London, UK, reports in a press release. For solar
energy to realize it’s true mass market potential cheaper, light-weight and flexible PV materials are needed. Development of organic photovoltaics due to First Conferences is the
answer and if perfected will revolutionize the Solar energy industry. The OPV material market is just emerging, but expert analyst forecasts suggest that OPV material makers will
quickly see a massive increase in orders: "OPV and hybrid OPV sales will reach almost 0 million by 2016" (Nanomarkets). Other reports suggest that the market for printed
and potentially printed electronics, including organics, inorganics and composites, will sky-rocket from .92 billion in 2009 to .16 billion in 2019 (ID TechEx). Even if real life
growth doesn’t quite hit these sratoscophic predicitions the OPV market is going to be big business, First Conferences emphasizes.
Federal backing from the Solar America initiative
The Organic Photovoltaics Summit to take place on October 15th and 16th, 2009 at the Hyatt Harbourside, Boston, USA, has been created and will be the most vital and inspiring business
conference in 2009 First Conferences announces. "Through substantial venture capital and strategic investment backing Organic PV development is now a serious contender as a low-cost
solution for mainstream solar applications. In the US OPV is getting federal backing from the Solar America initiative, in Europe the German Federal Government and companies such as
BASF, BOSCH, MERCK and SCHOTT are following a joint high-tech strategy, joining forces and planning to invest a total of 360 million euros", First Conferences reports.
Overcome the Organic PV roadblocks
Now is an extremely exciting time for Organic PV, but there are still significant roadblocks to overcome before the massive growth can really take off, First Conferences emphasizes.
Improving conversion efficiencies, increasing cell lifetime, reducing costs and setting industry standards - all are vital topics that need to be addressed now for Organic PV to reach
its profit potential. Organic Photovoltaics Today in association with New Solar Today have developed the Organic Photovoltaics Summit 2009 to help meeting these challenges and to
provide a roadmap to Organic Photovoltaics commercialization.
OPV Information and networking opportunities
The Organic Photovoltaics Summit 2009 provides two information packed days and face-to-face time with the leading technology and commercialization experts from across the industry.
Expert speakers will demystify the most bleeding edge theories and shed new light on the most effective strategies to take OPV to commercialization.
Further Information: http://www.opvtoday.com/usa/
2009-07-22 Courtesy: First Conferences Ltd. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Konarka
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USA: Sharp Solar introduces specially designed PV modules for residential and commercial installations
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Sharp module with white
backsheet.
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Sharp Solar Energy Solutions Group (Huntington Beach, California), the U.S. solar arm of Sharp Corporation (Japan), a leading global provider of solar electric solutions, on July
15th, 2009 announced that the company had added the "NU-U230F3" and the "NU-U235F1" modules to its "NU line" of solar PV modules. According to the press release, the new models are a
good choice to meet the needs of both residential and commercial solar installations with powerful performance and enhanced aesthetics. "Sharp consistently innovates our
product portfolio, taking into consideration valuable customer feedback on features that best suit their needs", said Ron Kenedi, Vice President of Sharp Solar Energy Solutions Group.
"Our customers requested a sleek black panel, and we delivered. We're able to deliver a solar electricity solution that is ideal for virtually any application; residential, commercial,
and utility scale." Sharp Solar reports that the design of its new NU-U230F3 features a black backsheet and black frame that offers modern aesthetics for a visually appealing
installation, and that the product was one of the most powerful residential modules that the company currently manufactures.
White backsheet believed to increase light absorption, performance and power output
According to the press release, the new 235-Watt NU-U235F1 solar module is ideal for the high performance demands of commercial solar power systems. Sharp reports that its white
backsheet allows for reflectance of additional sunlight into the cell and thereby increases light absorption, performance and power output. Sharp is striving to make solar power an
increasingly mainstream energy solution, one that is accessible, efficient and cost-effective. Sharp's customers can rely on a 25-year warranty on power output that is rooted in nearly
half a century of solar energy research and development, the company reports. Both the NU-U230F3 and NU-U235F1 modules are scheduled to be available in July.
2009-07-22 Courtesy: Sharp Solar Energy Solutions Group Solarserver.de © Heindl Server GmbH
Picture Courtesy: Sharp Solar Energy Solutions Group
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US-China Clean Energy Research Center announced
U.S. Energy Secretary Steven Chu, the Chinese Minister of Science Wan Gang and the Administrator of the Chinese National Energy Administration Zhang Guo Bao on July 15th, 2009
announced plans to develop a U.S.-China Clean Energy Research Center (Center). The Center is expected to facilitate joint research and development on clean energy by teams of scientists
and engineers from the U.S. and China, as well as serve as a clearinghouse to help researchers in each country. According to the US-Department of Energy's (DOE) press release, priority
topics to be addressed will initially include building energy efficiency, clean coal including carbon capture and storage, and clean vehicles. The U.S. and China together
pledged 15 million US-dollars to support initial activities.
Cooperation to lower the cost of the clean energy
"The U.S. and China are two great nations, and clean energy is one of the great opportunities of our time," said Chu. "Working together, we can accomplish more than acting alone."
According to the plans, the Center will have one headquarters in each country at locations yet to be determined. Both U.S. and Chinese officials are expected to discuss the elements of
the Center in the coming months, with the objective of launching initial operations by the end of this year. According to the press release, opportunities abound for U.S.-China
cooperation on clean energy technologies today. In particular, working together is expected to help to accelerate to lower the cost of the critical clean energy and carbon capture and
storage (CCS) technologies that are needed to avoid the worst consequences of climate change.
2009-07-22 Courtesy: DOE Solarserver.de © Heindl Server GmbH
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Solar Market: Gartner sees optimism at Intersolar North America
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Intersolar North America 2009.
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Gartner, Inc. (Stamford, Connecticut), an information technology research and advisory company, on July 20th, 2009 issued an evaluation of the Intersolar North America trade show,
which took place alongside the Semicon West at the Moscone Center in San Francisco from July 14th through 16th. Most of the major players in the photovoltaic (PV) solar industry were
represented either as exhibitors or in meetings off the show floor, Gartner reports. Despite some near-term challenges for the PV industry, Gartner analysts James Hines and Alfonso
Velosa felt that there was a palpable sense of excitement and anticipation among Intersolar attendees, in contrast to the more subdued atmosphere at the Semicon West show.
Discussions with industry contacts throughout the PV value chain due to Gartner confirmed that market conditions remain weak for 2009, with a demand recovery likely in 2010. According
to the press release, four major themes could be identified: Continued pricing pressure throughout the supply chain, financing offers by PV module suppliers to stimulate demand, a sense
of a holding pattern in the U.S. market, while players are waiting for stimulus money to begin flowing, and finally there was a lot of buzz around a variety of inverter and power
conversion solutions for PV systems.
Lower-than-expected silicone module prices puts pressure on thin-film solar products
According to Gartner, module pricing continues to collapse, with some indications of a small uptick in demand. The price ranges being discussed are significantly lower than analysts had
expected for the beginning of the year. The premium brand products were being quoted in a range from 2.25 US-dollars to 1.80 USD, lower-tier firms were being quoted in a range from 1.90
USD to 1.50 USD. Polysilicon spot prices remain in the 60 USD per kilogram range, and several sources confirmed a severe capacity overhang that is likely to persist well into 2010,
which is why Gartner does not expect a sustainable rebound in polysilicon prices anytime soon. A major implication of the weak pricing environment is that thin-film PV vendors will come
under increasing competitive pressure from crystalline silicon PV suppliers, Gartner believes. Falling prices throughout the silicon supply chain have eroded the cost advantage of
thin-film PV technology, and thin-film PV manufacturers are expected to see substantial margin pressures during the next couple of quarters, with many startup companies in this space
expected to fail.
EPC and PPA companies enjoy strong bargaining power, can shop for best terms
According to the analysis, financing appears to be thawing, but not enough to change the market dynamics in the short term. "Bankability" is believed to be the watchword of the
industry, with the risk of the company's survivability being the No. 1 criteria to consider a project. The real development, according to Gartner, appears to be the increasing
willingness of larger manufacturers of solar panels to provide their panels on credit to their customers and to arrange for financing for them. It was prevalent to the analysts that
engineering, procurement and construction (EPC) and solar power purchase agreement (PPA) companies were able to shop around for projects to get the best terms. U.S. stimulus support is
believed to provide a positive signal for the market, but given the long timeline for project development, it is not expected to have a material impact until 2010. According to Gartner,
the grants are not as interesting to the companies that analysts spoke with because they do not incorporate accelerated depreciation. These firms are looking to leverage the Investment
Tax Credits (ITC) and the loan guarantee programs to drive their PV projects forward. The solar PPA firms are expected to leverage the loan guarantees to reduce their cost of
capital.
Power converters and inverters most discussed-about products at Intersolar North America
According to Gartner, inverters and power converters were the subject of significant discussion from vendors at the Intersolar, many of which were either well-funded startups or
divisions of major semiconductor firms. Gartner's discussions with end users indicated they were testing these systems, but none of these systems appear to have a significant leadership
in the market. Analysts remain cautiously optimistic about the solar sector, but expect that the market size will remain relatively small, leading to consolidation that will benefit the
big players that will be able to buy key technology firms. Large, established vendors in this space are expected to have an advantage due to their superior bankability relative to the
many startup companies. Nevertheless, the solar market is expected to be a competitive one, and it is not yet clear which technology solution will emerge as the winner, Gartner
concludes.
2009-07-21 Courtesy: Gartner, Inc. (Jim Hines and Al Velosa) Solarserver.de © Heindl Server GmbH
Picture Courtesy: Solar Promotion International.
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SVTC, Roth & Rau announce solar technology collaboration
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SVTC's CEO Bronson focuses the
emerging US solar business.
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Responding to emerging opportunities in the U.S. solar market as well as economic stimulus funding, SVTC Technologies and Roth & Rau have renewed and expanded their partnership
and are establishing a 30 megawatt (MW) world-class photovoltaic (PV) development and manufacturing center located in California's Silicon Valley in the City of San Jose, SVTC reports
in a press relese. SVTC Technologies is a provider of technology development and commercialization services to global semiconductor-based clients, and Roth & Rau is a world-leading
solar equipment manufacturer based in Germany. Through the new 30 MW Silicon Valley Photovoltaic Development Center, SVTC and Roth & Rau will offer a full range of manufacturing
equipment and services to companies engaged in the development and production of solar cells.
Changing conditions favor solar success
Worldwide, the solar PV market is expected to reach billion by 2013. The economic stimulus bill, signed into law in February 2009, is making billions of dollars available through
the U.S. Department of Energy (DoE) for renewable energy investment in U.S. companies, including those engaged in solar energy development and manufacturing; SVTC emphasizes. During
2008, due to SVTC almost billion was invested in solar technologies. "However, with the recent market down-turn, most solar development companies in the U.S., including both
start-ups and established firms, do not have access to either the capital equipment or cost-effective, complete development solutions they need to succeed. Without such access, it is
unlikely that most U.S. solar start-ups can survive more than two years, or that established companies will thrive and reach their potential", SVTC underscores in its press
release.
Accelerating the commercialization process in solar cell development
"Our relationship with Roth & Rau, developed over a year ago, has enabled SVTC to respond rapidly to new opportunities resulting from changing market conditions and stimulus funding
for solar energy development by the US government", said Joe Bronson, CEO of SVTC Technologies. "SVTC has proven the value of its business model of providing equipment and development
capabilities for the commercialization of products in the semiconductor portion of its business. We will adapt the same concept to the emerging US solar business to accelerate its
ability to grow the market for solar cells. We are delighted to move forward with a strong partner of Roth & Rau's standing and expertise and we both expect to accelerate the
commercialization process in solar cell development while providing significant cost abatement to the industry resulting from their ability to access a world-class manufacturing line
instead of investing considerable sums in their own pilot production facilities."
"The timing is right for a big push into the U.S. market for solar technologies, especially in California and Silicon Valley", said Dietmar Roth, CEO of Roth & Rau AG. "By
partnering with SVTC, Roth & Rau will gain access to the nation's highest concentration of solar product development companies as well as establish a high-profile presence in
Silicon Valley. We are very enthusiastic about the market for PV development and manufacturing in the U.S., which we believe is poised for rapid growth."
New 30 MW solar cell production line
SVTC and Roth & Rau have significantly expanded the scope of their original plans for the Silicon Valley Photovoltaic Development Center, increasing the capacity of the
manufacturing line from 5 MW to 30 MW, to meet the greater demand from solar development companies. The Silicon Valley Photovoltaic Development Center, which is scheduled to be
operational by Q1 2010, will offer a full range of low-cost development solutions along with the 30 MW solar cell production line. The manufacturing line will consist of
state-of-the-art Roth & Rau equipment and will also include tools from other world-class solar equipment suppliers.
2009-07-21 Courtesy: SVTC Technologies; About Roth and Rau AG Solarserver.de © Heindl Server GmbH
Picture Courtesy: SVTC Technologies
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Large-scale PV inverters: Sputnik launches megawatt station
The Swiss manufacturer of solar inverters, Sputnik Engineering AG (Biel), is launching a new central inverter in October 2009. The device dubbed "SolarMax 330C-SV" (SV stands for
special voltage) has a rated capacity of 330 kilowatts and works in the MPP range between 450 and 800 volts. As many as three SolarMax 330C-SVs can be combined in one megawatt station
which can then be directly fed into the medium-voltage grid, Sputnik reports in a press release. With the service package "MaxControl" plant operators can extend their standard warranty
agreement and be sure that Sputnik will immediately recognize and fix plant failures for 20 years. The megawatt station will be unveiled for the first time at the European
Photovoltaic Solar Energy Conference and Exhibition EU PV SEC which will take place in Hamburg at the end of September.
Costs reduced by 15 percent
In the new central inverter SolarMax 330C-SV Sputnik has eliminated the transformer. This technology has already proven itself in all of the Swiss manufacturer's string inverters and in
the new SolarMax S series of central inverters. Michael Ernst, the head of central inverter development at Sputnik, explains, "Transformerless engineering has enabled us to reduce the
device's size and weight by more than half and to cut costs by 15 percent." The slimmed-down the SolarMax 330C-SV weighs in at only 1,200 kilograms. Another advantage of the
transformerless technology is its enormous efficiency. The new device achieves 98 percent.
Meeting the requirements of the German medium voltage technical guideline
Like all other SolarMax inverters, the new device is TÜV type-tested. In addition, SolarMax 330C-SV meets the requirements contained in the BDEW [Federal Association of German Energy
and Water Industries] medium voltage technical guideline ("Generating Plants Connected to the Medium-Voltage Network"), which has been in force in Germany since January 2009.
2009-07-21 Courtesy: Sputnik Engineering AG Solarserver.de © Heindl Server GmbH
Picture Courtesy: Sputnik Engineering AG
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German CPV producer Concentrix Solar introduces new module generation CX-75 in the USA
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Concentrix Solar’s demo system on the grounds
of the University of San Diego.
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Concentrix Solar (Freiburg, Germany) entered into a co-operation with the University of California, San Diego (UCSD) for installing a test system in California. In a joint project, a
PV system, having a power of 5.75 kilowatts (kW), was installed and put into operation on the grounds of the University of San Diego, Concentrix Solar reports in a press release. The
aim of the joint project is to test the new module generation under California climate conditions and thus to create a reference in the USA, especially for the American customers.
"USCD is an ideal partner for a co-operation, because it already has many years of experience in the field of photovoltaics and was one of the first American universities that
began to install PV systems for their own use in a big way. In addition, the site of the demonstration system situated at UCSD’s East Campus Energy Park and located close to the
international airport is very accessible for our customers", says project leader Inka Heile. "We are confident that our new module generation will produce excellent results under the
optimal conditions". The new, optimized module generation CX-75 with an average efficiency of 27.2 percent is already successfully installed in a commercial power plant in Spain.
High temperatures and irradiation: CPV technology ideally suited for the southwestern states in the USA
"Meanwhile we are also registering a large demand for our technology from the USA. Due to the large energy demand during the summer months, the high temperatures and the high
irradiation, our CPV technology is ideally suited for the southwestern states in the USA", explains CEO Hansjörg Lerchenmüller. “Thus, we will further expand our capacities and in
the future will intensify our involvement in the U.S. market”. Since the beginning of this year, Concentrix Solar is already represented on site by its Director of Business
Development for the USA, Martin Mesmer. Martin is an electrical engineer and has been actively working in the PV branch since 1993. He has worked several years in North America and in
Asia. Presently he is settled in San Diego, California where he directs and coordinates the sales activities of Concentrix Solar on location.
2009-07-21 Courtesy: Concentrix Solar GmbH Solarserver.de © Heindl Server GmbH
Picture Courtesy: Concentrix Solar GmbH
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Australian Dye Solar Cell producer Dyesol commences operations in North America
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DSC solar cell by Dyesol.
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Dyesol’s North American subsidiary, Dyesol Inc., commenced operations with the appointment of Marc Thomas as Chief Executive Officer of the newest Dyesol subsidiary, based in
USA, and the acceptance of an initial order, from the University of Calgary for DSC laboratory equipment and training, the Australia based producer of Dye Solar Cell products reports in
a press release. Marc’s appointment has been planned for several months and the formation of Dyesol Inc. is intended to usher in the company’s next stage of
growth. "This is the first step in entering the dynamic USA market, and we will be actively pursuing the many opportunities arising from the Obama Government stimulus package
targeting the clean energy technology sector. We believe that this represents a very significant opportunity for Dyesol", said Sylvia Tulloch, Managing Director of Dyesol Industries.
Marc Thomas’ transition to CEO was effective as of July 1, 2009. Prior to this new appointment, he was a founder of Livescribe Inc., and also served as their Vice President of
Operations and Managing Director of Livescribe Asia.
2009-07-21 Courtesy: Dyesol Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Dyesol Inc.
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tesa tape, inc. enters solar energy market
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tesa offers adhesive tapes for components
harbored within a solar panel.
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During the Intersolar North America, held on July 14th to 16th in San Francisco, California, company officials of tesa tape, inc. (Charlotte, North Carolina), an affiliate of tesa
SE, a global leader in the manufacture and supply of pressure-sensitive adhesive tapes, introduced the company's expansive offering for the solar energy industry. According to the press
release, the company's entry into the renewable energies market is part of a global company strategy and a "focus on environment" initiative. Tesa reports that its offering
includes a myriad of adhesive tapes for the intricate components harbored within a solar panel. During the production process, specially-formulated double-sided tapes can be used to
permanently attach various parts of the solar cell, such as mounting the frame around the panel glass and attaching the junction box. These specialized adhesive and tape backing
combinations for double-sided tapes are built to last the lifetime of the solar panel, tesa reports. Each of the double-sided tape family feature slightly differing thickness and
adhesion levels to accommodate different applications.
Novel marking solution for solar panels
According to tesa, there is a growing need for marking and identification methods for various panel components as the production of solar panels continues to escalate. To answer this
need, tesa tape and Panasonic Electric Works have joined forced and developed a system for coding and marking of solar panels and components. In combination with Panasonic's SunX
LP-V-LTFC Laser, the specially designed film-based transfer tape is said to allow for etching identification and marking codes directly on solar panel cells and glass. The new product,
dubbed "6926 Laser Tranfer Film-Contrast (LTF-C) tape," features embedded nano-particles that are activated by a laser beam, the company reports. According to the press release, these
laser labels are permanent, resistant to ultraviolet light and destruction-proof, and can include unique marking and coding identifiers. According to Jens Boettcher, International
Product Manager Marking and Securing with tesa, this novel marking solution had been very well received during the Intersolar North America.
Adhesive tapes for different applications of the solar panel production
The company also offers adhesive tapes for other applications. Solar panel production requires a host of temporary component securing and protecting, such as holding panel cells and
laminate layers in exact placement during the lamination process, protecting the panel surface during packaging, storage, and transport, and bundling and securing necessary cables. tesa
reports that it had developed specialized single-sided tapes for these applications.
2009-07-20 Courtesy: tesa tape, inc. Solarserver.de © Heindl Server GmbH
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Veeco Establishes solar process development center
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Veeco'S "FastLine" platform for
CIGS on glass.
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Veeco Instruments Inc. (Plainview; N.Y.) announced on July 15th, 2009 that it has completed a transaction to purchase certain assets of DayStar Technologies, Inc., in order to
accelerate its penetration of the rapidly growing copper, indium, gallium, selenium (CIGS) solar market. Veeco has purchased selected equipment, taken over leased facilities and hired
DayStar’s R&D group in Clifton Park, New York, the company reports in a press relese. David Bruns, Senior Vice President, General Manager, Veeco Solar Equipment commented,
"The creation of a 'Solar Process Development Center' will accelerate Veeco’s position as a leading integrated equipment provider to the rapidly growing CIGS solar market.
We have brought on board a team of highly qualified CIGS technology specialists who bring to Veeco years of CIGS process know-how on a range of glass and flexible substrates.
These CIGS process development specialists will now work in tandem with our design team to help our customers achieve the lowest cost of ownership through process and hardware
optimization on Veeco’s suite of equipment."
Expansion of CIGS product line
John Peeler, Veeco’s Chief Executive Officer, added, "This transaction is another example of Veeco’s commitment to the fast-growing CIGS thin film marketplace. In the past
year we have rapidly expanded our CIGS product line to include integrated thermal deposition sources, our "FastFlex" platform for flexible CIGS solar cells and our "FastLine" platform
for CIGS on glass. Based upon the broad end market applications for CIGS in solar farms, building integrated and portable devices, combined with CIGS’ forecasted competitiveness
on a cost/watt basis, we see a 0M equipment market opportunity for CIGS by 2011."
2009-07-20 Courtesy: Veeco Instruments Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Veeco Instruments Inc.
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Landmark solar PV project slated for Washington state
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Projected location for the Teanaway
Solar Reserve.
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Teanway Solar Reserve, LLC (Cle Elum, Washington), a privately-held solar company, on July 9th, 2009 announced plans to install a 400-acre solar park on property north of Cle Elum,
Washington. The "Teanaway Solar Reserve" is designed to have a capacity of approximately 75 megawatts (MW), enough to power about 45,000 households. According to the press release, this
would make it the largest solar photovoltaic (PV) project ever proposed in the Northwest. Tenaway reports that the Reserve is receiving widespread praise from a variety of supporters
with its package of benefits and an expected creation of hundreds of new manufacturing jobs in the county. Senator Maria Cantwell (D-WA) comments: "Washington State is
leading the way to transitioning our world to a clean energy economy, and I am so proud that our state will be home to one of the largest solar generating facilities in the nation. This
groundbreaking project will create construction and manufacturing jobs, bring hundreds of millions of investment dollars into Central Washington, and generate fuel and emissions-free
electricity for our citizens."
Site sought for production of 400,000 panels for solar project
"This is precisely the type of business we want to attract to Washington State", Rogers Weed, Director of Washington State's new Department of Commerce, emphasizes. "It showcases our
commitment to clean energy as a way to grow the economy, create jobs, and control our own energy destiny." The developer Teanaway Solar Reserve, LLC reports that the company is
negotiating with several international manufacturers of solar PV panels and is reviewing several sites in Cle Elum on which to build the plant for manufacturing the approximately
400,000 panels needed to complete the project. The power the Teanaway Solar Reserve is expected to generate will be connected to the utility grid, and is scheduled for completion in the
fall of 2011. Central Washington University President James Gaudino adds: "The opportunities this project presents the region are enormous. I imagine it will be the beginning of a rich
collaborative relationship between Kittitas County and the University focused on solar research and bringing solar applications to market."
2009-07-20 Courtesy: Teanway Solar Reserve, LLC Solarserver.de © Heindl Server GmbH
Picture Courtesy: Teanway Solar Reserve, LLC
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Carmanah receives 2.3 million Canadian-dollar order to power North Africa telecom project with solar PV technology
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Carmanah is powering remote telecom towers
with PV panels.
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Carmanah Technologies Corporation (Victoria, British Columbia) at the end of June 2009 announced that the company had received a follow up order valued at approximately 2.3 million
Canadian Dollars (1.98 million US-dollars) from telecom provider TWIST Transmissions (Lyon, France) to supply photovoltaic systems for a telecommunications project in North
Africa. According to the press release, the project is facilitated by Solergitech, Carmanah's authorized distributor in the region, and will power a network of
telecommunications towers with the company's stand-alone solar power systems. This order follows an initial 1 million CAD (860,000 US-dollar) order last September as a part of an
ongoing project with a total estimated value of up to 4 million CAD (3.44 million US-dollar) over the next three years, Carmanah reports.
Telecommunication towers to be powered by off-grid solar systems
According to the press release, Carmanah is powering each of the remote telecom towers with a stand-alone solar power source that includes photovoltaic (PV) modules, controllers and
batteries for this communications application. Each of the power systems are optimized for maximum performance within the region's challenging geographic and environmental conditions,
Caramanah reports. As an alternative to traditional sources of electricity, each solar power system is said to offer a convenient and cost-effective solution free from grid access,
power bills, fuel deliveries or generator maintenance. "This solar technology has proven to be the best solution for powering our telecommunications equipment at these remote
locations," said Christophe Leroy, Director-General, TWIST.
2009-07-19 Courtesy: Carmanah Technologies Corporation Solarserver.de © Heindl Server GmbH
Picture Courtesy: Carmanah Technologies Corporation
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TÜV SÜD America and RETC partner to provide photovoltaics testing and certification services
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PV testing at TÜV SÜD America.
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TÜV SÜD America Inc. (Peabody, Massachusetts) has announced a cooperation agreement with Renewable Energy Test Center (RETC LLC), an engineering services and test provider based in
Fremont, California. Through this cooperation, RETC will provide TÜV SÜD a global partner for testing and certification for photovoltaics (PV) and renewable energy products, including
third-party outdoor performance and reliability testing, TÜV SÜD America reports in a press release. RETC will complement TÜV SÜD’s strategy to deliver one-stop shop capabilities
for the growth of PV testing and certification services. The RETC-TÜV SÜD America partnership shall help accelerate TÜV SÜD’s plan to establish a strong foothold in the
global solar energy market by obtaining accreditation to UL 1703 in addition to TÜV SÜD’s existing accreditation to IEC 61215, IEC 61646, IEC 61730, and UL 1741. RETC, located in
the heart of the Silicon Valley, will leverage its semiconductor-experienced engineers and process knowledge, Silicon Valley’s infrastructure, and the solar energy market growth
in the U.S. to provide a unique advantage. Furthermore, the passing of the Federal stimulus package indicates that the demand for PV services in the U.S. will continue to increase
significantly over the next several years.
RETC’s semiconductor thinking and experience to help navigate through the complex and rapidly growing PV market
"With the lengthy turn-aroundtimes of PV testing and certification both in the U.S. and globally, the RETC management team believes that this is constraining the advancement of solar
energy technologies", stated Alelie Funcell, President and CEO of RETC. "This PV testing bottleneck offers a strategic market entry opportunity for RETC to ramp up its planned testing
capabilities starting in North America. Partnering with TÜV SÜD, who is recognized for its global presence and expertise in testing, inspection, and certification services, will propel
RETC into achieving the required accreditations and certifications. TÜV SÜD’s brand name and prestige will provide RETC with solid market acceptance", added Ms. Funcell.
The collaboration with RETC reinforces our commitment to increase safety and value for our customers. More importantly, it combines RETC’s rigorous, high-quality, process-driven
semiconductor thinking, resulting in a mature, experienced partner to help navigate through the very new, complex, and rapidly growing PV market", concluded Mr. Karsten Xander, TÜV SÜD
America’s President and CEO.
2009-07-17 Courtesy: TÜV SÜD America Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: TÜV SÜD America Inc.
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Progress Energy to build solar power plant in Raleigh, N.C.; new photovoltaic and solar thermal incentive program for business customers
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Progress Energy’s 1.2-MW solar PV array
in Wilmington, N.C.; similar in size to the
one that will be built in Raleigh, N.C.
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The US energy company Progress Energy Carolinas (Raleigh, North Carolina) in July 2009 announced that it had signed an agreement with Southern Energy (Morrisville, North Carolina)
and its financing partner NxGen Power (Charlotte, North Carolina) to build, own and operate a 1.3-megawatt (MW) solar photovoltaic (PV) array. According to the contract, the solar power
plant, which will be located on City of Raleigh property at the Neuse River Wastewater Treatment Plant (NRWWTP) and the electricity generated will be sold to Progress Energy Carolinas
for distribution to its customers. The project is believed to be the first utility-scale solar power project located on local government property in North Carolina, and will
be the fifth and largest solar array project announced by Progress Energy Carolinas. The company reports that upon completion, the total amount of solar-generated electricity scheduled
to be purchased by the company will be more than 5 MWh. "We are committed to aggressively and responsibly pursuing renewable energy resources, such as solar power, as part of a balanced
approach to meeting our region's growing energy demand" said Lloyd Yates, President and Chief Executive Officer (CEO) of Progress Energy Carolinas. "This project continues our long
history of partnering with local communities, and we are pleased to help advance this innovative technology."
Solar PV-system expected to generate 1.7 million kWh of clean, renewable electricity annually
The proposed solar PV array will be located on about 10 acres of NRWWTP-owned land, and is expected to come online in early 2010. According to the press release, the solar power plant
will be able to generate about 1.7 million kilowatt-hours (kWh) of clean electricity per year, thereby reducing CO2-emissions by more than 1,300 tons annually. No city capital
investment will be required for this project, and Southern Energy anticipates creating 13 to 15 new local jobs during the construction phase of the solar array. Michael Byrnes,
President and CEO of NxGen Power, said: "North Carolina has a unique opportunity to lead the Southeast in renewable energy implementation and innovation. We are proud to partner with
the City of Raleigh, Progress Energy and Southern Energy to help forge the way." Progress Energy reports that Raleigh's Public Utilities Department had started investigating solar PV
generation in 2008, and that it had then been determined that the NRWWTP site was a potential location for an array. The company and the city of Raleigh, have already partnered on
several "green" initiatives, such as installing energy-efficient LED streetlights and preparing the city for electric vehicles through the NC Get Ready project. "Advancing our
sustainability is a top City of Raleigh priority," Raleigh Mayor Charles Meeker said following the council's approval to pursue a lease agreement for the solar plant.
New Progress Energy programs inaugurated to connect business customers to solar energy
Progress Energy Carolinas also announced that the company was offering new ways to plug in to solar energy to its commercial, industrial and government customers. The two new programs,
dubbed "SunSenseSM Commercial Solar PV" and "-Solar Water Heating" are designed to provide incentives for non-residential customers that install qualifying solar PV or solar thermal
systems. According to the press release, the SunSense Commercial Solar PV program provides incentives to non-residential customers that install rooftop-mounted PV systems ranging in
size from 10 to 250 kilowatts (kW). After successful application, customers agree to sell all the energy and renewable energy credits (RECs) generated by their systems to Progress
Energy for 20 years. Progress Energy reports that the company will pay customers 18 US-cents per kilowatt-hour (kWh) for all metered energy and associated RECs. The SunSense Commercial
Solar Water Heating program aims at non-residential Progress Energy customers that install rooftop-mounted solar water heating systems ranging in size from 1,200 to 4,000 square feet of
collector area (roughly 30 to 100 solar thermal panels). Customers must apply to participate in the program and, if approved, agree to sell all RECs from the system to Progress Energy
for 10 years. The company reports that participating customers will be required to install a thermal meter to record and report system output, which will then be converted to a REC
equivalent that can be sold to Progress Energy for 20 US-dollars each.
Information on both programs is available at http://www.progress-energy.com/sunsense.
2009-07-17 Courtesy: Progress Energy Carolinas Solarserver.de © Heindl Server GmbH
Picture Courtesy: Progress Energy Carolinas
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Premier Power signed contracts for more than 1 MW of solar rooftop installations in Spain this June
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photovoltaic rooftop with modules by Solyndra.
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Premier Power Renewable Energy (El Dorado Hills, Calif.), a leader in the development, design, engineering and construction of solar power systems for commercial, government and
utility markets in the U.S. and Europe, on July 14th, 2009 announced that it received signed contracts for solar rooftop installations in Spain with a total capacity of more than 1
megawatt (MW) of during the month of June. These commercial rooftop projects will utilize crystalline modules provided by General Electric and cylindrical thin film provided by
Solyndra. The PV systems will be installed only on commercial rooftops, which remain the majority of the current installation market in Spain, Premier Power reports in a
press release.
Commercial rooftop market to become the leading market segment in Spain
"We continue to see substantial growth opportunity in Spain, reflecting the tremendous demand for rooftop and building integrated solar energy systems that are easily integrated into
the existing energy transmission infrastructure", said Bjorn Persson, executive vice president of European operations for Premier Power. "The commercial rooftop market is forecast to
become the leading market segment in Spain as sixty percent of Spain's expected solar energy targets remain unmet. Our strategic decision to focus on rooftop installations since our
inception over two years ago, combined with our global experience and unmatched engineering and design expertise, strongly positions us to capitalize on these opportunities and further
build our leadership role in this fast growing market."
2009-07-16 Courtesy: Premier Power Renewable Energy, Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Premier Power Renewable Energy, Inc.
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Green Energy 3000 GmbH relies on DEGERenergie; third solar park with DEGERtrakers 7000NT built
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PV tracking systems by DEGERenergie.
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Green Energy 3000 GmbH (Leipzig; Germany), developer and operator of large-scale projects in the field of renewable energies, relies on DEGERenergie tracking systems for its solar
photovoltaic parks. After building two already working parks (in Penig, Saxony and in Workerszell, Bavaria) Green Energy has now ordered 138 DEGERtrakers 7000NT for its next solar park
in Kallmünz, DEGERenergie reports in a press release. DEGERenergie (Horb; Germany) has announced this in the run-up to the Intersolar North America trade show 2009 in San Francisco
(July 14-16, 2009). DEGERenergie is a global market leader in the field of tracking systems for solar plants. Green Energy 3000 GmbH belongs to the major project companies in
Germany for the field of renewable energies. Since 2007 the company has been installing dual-axis tracking systems from DEGERenergie, type DEGERtraker 7000NT, in its solar parks.
The DEGERtraker 7000NT is one of the most popularly installed systems from DEGERenergie. It's not just the solar parks in Penig, Saxony and in Workerszell, Bavaria that work with these
systems. The new solar park belonging to Italian operator Renergies in Andria, Apulia is equipped with DEGERtrakers type 7000NT; the park was commissioned at the end of March 2009. The
Green Energy solar park in Penig has 116 systems with a capacity of nearly 1 megawatt (yield forecast: 1,190,654 kWh). The investment amount was about 5 million Euros. The recently
commissioned solar park in Workerszell (investment amount about 10 million Euros) works with 270 systems and a capacity of approx 2 megawatts (yield forecast: 2,875,8858 kWh).
The new Green Energy solar park in Kallmünz, Bavaria, has already been approved. The company has ordered a further 138 DEGERtrakers 7000NT to equip the park. "These systems have an
optimum size and can therefore be easily used and capitalized on", explains Green Energy project manager, Dirk Keuerleber. In addition to this, Green Energy is currently planning
another solar park in Schnaittenbach, Bavaria, with 171 tracked systems. "The project itself has been approved, we are just waiting for the building permit", says Dirk Keuerleber.
The DEGERtraker 7000NT is designed for mounting in open spaces and generates between 6,000 and 9,000 Wp with a module area of up to 60 square meters. DEGERenergie was founded in 1999 by
Artur Deger and is now a global market leader for solar, sensor-controlled tracking systems with more than 25,000 systems installed across the globe.
2009-07-16 Courtesy: DEGERenergie Solarserver.de © Heindl Server GmbH
Picture Courtesy: DEGERenergie
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XsunX unveils plan to revolutionize the solar industry with cross-industry technology
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XsunX combines mature HDD systems with
CIGS expertise to reduce time to market.
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The solar company XsunX, Inc. (Aliso Viejo, Calif.), on July 14th, 2009 announced that it is developing a breakthrough thin-film photovoltaic (TFPV) cross-industry technology that
may soon utilize the excess manufacturing capacity of the mature hard disc drive (HDD) industry to mass produce high efficiency, low cost solar cells to truly capture the power of the
sun. Mr. Joseph Grimes, XsunX’s President, stated: "XsunX is excited to announce its expanded plan for development. The breakthrough thin-film opportunity, which is described at
our new web site www.xsunx.com, was developed from an initial idea last fall and has matured to a reality today. We are working rapidly with our strategic partners to
commercialize this cross-industry technology. We believe that this breakthrough can overcome current solar technology manufacturing limitations and revolutionize the solar
industry."
Current techniques for the production of solar cells based on the use of Copper Indium Gallium (di) Selenide (CIGS) thin films, a solar technology that holds the record for thin film
efficiencies at nearly 20 %, do not leverage stationary, small area, high rate production technologies that allow for the precise control of thin film properties, XsunX emphasizes.
Development and production of CIGS, and many other thin films, have focused on the use of large area substrates or continuous moving roll-to-roll deposition methods that result in lower
efficiencies.
5” square wafers combined with high rate processing techniques
XsunX’s manufacturing method combines the higher cell efficiencies that on own account can be achieved through small area processing techniques, approximately 5” square
wafers, with the high rate processing techniques developed within the hard disc media industry, the company underscores. "We believe that through the successful combination of these
techniques, overall factory yields (total watts of production per day) will be increased resulting in lower production costs while still delivering the full energy and low cost
potential that CIGS based devices offer." These wafers, on stainless steel, are similar in size to silicon wafers used in nearly all solar modules manufactured today. High efficiency
flexible CIGS solar cells provide an immense opportunity for use in multiple market segments. XsunX envisions these thin film wafers as the solar building blocks for a wide variety of
applications", the company explains in the press release.
"We see this opportunity as a step forward for our company at a time when many solar companies are struggling to differentiate themselves within a market that has become increasingly
filled with status quo technologies", stated Mr. Robert Wendt, Chief Technology Officer for XsunX. "Our approach to CIGS thin film, combining sophisticated high rate HDD equipment with
proven CIGS processes that have been matured in the laboratory, offers XsunX an opportunity to differentiate by providing significant improvements and cost reductions for the use of
solar power", concluded Wendt.
Another way to use the manufacturing capacity of the HDD industry
The Company sees tremendous opportunities to deploy this breakthrough technology within the well-established and very mature HDD industry. Due to the downturn of the global economy and
evolving technology shifts, the HDD industry is in need of another way to use its excess manufacturing capacity. XsunX estimates that converting only one half of the HDD industry, which
accounts for the production of over 600 million hard disks per year, would be the equivalent of adding nearly 3GWp per year of solar production capacity.
2009-07-16 Courtesy: XsunX Solarserver.de © Heindl Server GmbH
Picture Courtesy: XsunX
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New 2008 Bay Area Solar Installations (BASI) Report finds continued strong solar growth in line with California Solar Incentive Goals (CSI)
Over 31 Megawatts of Solar Photovoltaic (PV) were added in the Bay Area in 2008 representing 28 % of state total and a 26 % growth over 2007, the Northern California Solar Energy
Association (NorCal Solar), reports in a press release. In 163 bay area cities and 10 bay area counties, 3,630 new installations were added representing 11 % growth in number of
installations Over 2007. Amongst the Counties Santa Clara County leads in total PV projects (1,036) and total watts installed (10,432 kW). Marin leads in systems per 1000
citizens (1.29), and Napa County is 1st in watts per capita (15.10). Ranked by Large Cities (2008) San Jose leads in total PV projects (334) and total watts installed (2,244 kW),
Berkeley has the highest number of systems (1.06) per 1000 citizens, and Sunnyvale is 1st in total watts per capita (15.77).
NorCal Solar, a non-profit solar education organization, has just released new findings on the significant growth of solar energy installations for 163 cities in 10 Bay Area Counties
for the year 2008, and since the beginning of the California Solar Initiative (CSI) in 2007 through 2008. The CSI is a ten year (until 2016) 2.2 billion incentive program with the goal
of installing 1,940 megawatts of solar power on the equivalent of one million rooftops. This new data reveals that since the California Solar Incentive (2007 & 2008) the Bay Area is
responsible for 40 % of the State’s new systems installed and 31 % of the total megawatts added.
Over 31 megawatts of solar photovoltaic (PV) added in the Bay Area
The 2008 BASI report demonstrates that the Bay Area continues to contribute to the overall CSI goals by showing a 26 % growth in total new megawatts installed over 2008", explained
Claudia Wentworth, President of NorCal Solar and further added that, "despite this country’s unprecedented economic turndown, over 31 megawatts of solar photovoltaic (PV) were
added in the Bay Area in 2008, representing 28 % of the State’s total." According to analysis of publicly available rebate data, Californians have purchased more than .6 billion
in solar electric technology (PV), representing 17,245 PV installations yielding 178 MW of electricity from PV solar power in 2007 and 2008. During the same period in the Bay Area,
there were 6,904 solar projects - built at a cost of 4 million producing nearly 55.7 megawatts of electricity.
The annual BASI report uses population guidelines from the League of California Cities ranking Large Cities, Medium Cities, Small Cities and Counties for 2008 and 2007 only and
cumulatively from 2007 – 2008 (beginning of the CSI rebate program) by Total Projects, Total Watts Installed, and Systems per Capita and Watts per Capita. The raw data for this
report includes records from the California Solar Initiative (CSI), the Self-Generation Incentive Program (SGIP), the Emerging Renewable Program (ERP), and the municipal-owned City of
Palo Alto Utilities (CPAU). The records used in the CSI data set were limited to "Completed" or "PBI - In Payment" in the status field as of the end of 2008.
City Solar Awards will be presented at Intersolar North America Conference
Commenting on the news in the report, Gary Gerber, President of Sun Light & Power in Berkeley and a co -sponsor of the report said: "Sun Light and Power is pleased to be a sponsor
of the City Solar Awards. This new Bay Area Solar Installations report is a key measure of the growth of solar in the Bay Area, providing energy independence for homes and businesses
while reducing the emissions of greenhouse gases."
NorCal Solar president, Claudia Wentworth underscored: "This report and the 2008 City Solar Awards Celebration (CSA) spotlight progress and raises awareness of the leading communities,
helping to bring about stronger adoption of solar energy into Northern California. Specifically, we are pleased to acknowledge 12 cities and four counties as top 2008 winners." In fact,
special awards will be presented this year at the 2009 City Solar Awards Event taking place at the 2009 Intersolar North America Conference at the Moscone Center in San Francisco on
Wednesday July 15, at 5:00pm.
More information can be found regarding the event at http://www.norcalsolar.org.
The BASI data tables and PDF report may be downloaded at: http://www.norcalsolar.org/
2009-07-16 Courtesy: NorCal Solar Energy Association Solarserver.de © Heindl Server GmbH
Picture Courtesy: NorCal Solar Energy Association
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Abengoa Solar becomes founding partner of the Desertec Industrial Initiative project
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PS20 solar power plant by Abengoa Solar.
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On July 13th, 2009 in Munich, Germany, Abengoa Solar (Madrid, Spain) signed an agreement to join as a founder member the Desertec Industrial Initiative, a project born under the
auspices of the Club of Rome and other institutions. This project seeks to develop renewable energy production in the desert regions of Northern Africa and the Middle East for both
local use and for exportation to Europe. This initiative, which has been promoted by Abengoa Solar and eleven other international companies, is aimed at meeting 15 percent of
Europe’s energy needs, and a substantial part of the demand in Northern Africa and the Middle East, via concentrated solar plants and other renewable sources of energy by
2050. Because the land in these regions provide superior solar radiation, it will be possible to gain access to clean energy at a lower cost, Abengoa Solar emphasizes. Thus,
the project will have a very significant impact on the economic and social development of Northern Africa, the Middle East, and Europe.
Two Integrated Solar Combined Cycle plants constructed in Morocco and Algeria
To this end, over the course of the next few years, the companies and institutions comprising Desertec will develop a plan in conjunction with governments and other stakeholders to
enable future construction of power plants based on solar energy and other renewable sources, in addition to the electrical power transmission needed to transport part of this
electricity to Europe. Abengoa is a pioneer in the construction of solar power plants in Northern Africa and the Middle East with two Integrated Solar Combined Cycle, ISCC, plants in
Ain-Ben-Mathar (Morocco) and Hassi-R’mel (Algeria).
A tremendous solar energy potential, for both the region’s own use as well as exporting
Santiago Seage, CEO of Abengoa Solar, expressed his satisfaction upon signing the agreement for the company to join this ambitious project, pointing out that "Northern Africa and the
Middle East are undoubtedly areas with a tremendous solar energy potential, for both the region’s own use as well as exporting as soon as we have the necessary infrastructure and
regulatory measures in place. This initiative should bring us closer to making this vision come true. Abengoa Solar is contributing its expertise in innovative solar technologies to
this international group of partners."
Desertec Industrial Initiative founding members are ABB, Abengoa Solar, Cevital, Deutsche Bank, EON, HSH Nordbank, Muenchener Rueck, M+W Zander, RWE, Schott Solar, Siemens and Solar
Millennium/MSM.
2009-07-16 Courtesy: Abengoa Solar Solarserver.de © Heindl Server GmbH
Picture Courtesy: Abengoa Solar.
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LDK Solar acquires controlling interest of Italian PV system integrator Solar Green Technology S.p.A.
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PV system by Solar Green Technology.
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LDK Solar Co., Ltd. (Xinnyu City, China and Sunnyvale, California) a manufacturer of multicrystalline solar photovoltaic (PV) wafers, on July 14th, 2009 announced the acquisition of
a controlling interest of Solar Green Technology S.p.A. ("SGT"), an expert system integrator in the Italian market. LDK Solar on own account acquired 70 % of Solar Green Technology
S.p.A’s shares. This investment will boost LDK Solar’s efforts to develop additional projects and strengthen its presence in the Italian PV sector, LDK emphasizes
in its press release. SGT will provide project opportunities and technical support in terms of realization and control of PV turnkey plants to LDK Solar.
Enforced activity in the Italian PV market
We are very excited to acquire a controlling interest of Solar Green Technology", stated Xiaofeng Peng, Chairman and CEO of LDK Solar. "SGT’s management and workforce have
demonstrated strong competence and boasts solid experience in the PV market. We believe access to SGT’s wealth of resources will be an effective and immediate tool for LDK Solar
efforts in managing development activity in the Italian PV market, which is currently one of the most dynamic and profitable European markets."
"We are pleased to have LDK Solar acquire a majority interest of SGT", commented Giuseppe Truglio, one of the Solar Green Technology’s founders. "This investment will enable SGT
to grow rapidly through its involvement in several of LDK Solar’s important plant projects in Italy and throughout Europe. Given the current development stage of the Italian PV
market, we are excited to increase our exposure in such a profitable and promising market."
2009-07-16 Courtesy: LDK Solar Solarserver.de © Heindl Server GmbH
Picture Courtesy: Solar Green Technology
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Solar EnerTech secures project to install solar PV products within Hawaiian Charter School
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PV panels by Solar EnerTech.
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Solar EnerTech Corp. (Menlo Park, Calif.) appears at Intersolar San Francisco (July 14 -16, 2009) under the name SET-Solar Corp, which is the Joint Venture between Solar EnerTech and
Jiangsu Shunda Semiconductor. This event marks Solar EnerTech's premier as an exhibitor at an international PV trade show, the company emphasizes in its press release. The Company also
announced that SET-Solar Corp has won its first solar system installation project in the U.S. - a Power Purchasing Agreement (PPA) project with the charter school system in
Hawaii.
PV installation of 250 kW distributed over 3 buildings
Ka Waihano school, the site of the installation, is located in the city of Waianae, on the island of Oahu and is located on one of the sunniest areas on the Hawaiian islands where the
sunlight is about 650 Kcal/sq-cm. With a goal of being independent from any electrical power grid, the Hawaiian Charter School system requires a total solar power of 4 megawatts. The
current PV installation of 250 kW at the Ka Waihano school will be distributed over 3 buildings and Solar EnerTech's products have been chosen because of SET-Solar's local presence and
support, the companies underscore.The installation will begin in late July and is expected to be completed in mid-August.
SET-Solar Corp commenced operating in May 2009. The joint venture utilizes Jiangsu Shunda Semiconductor's strength in polysilicon and wafer supply with Solar EnerTech's advanced solar
cell technologies, resulting in a vertically-integrated operation in the U.S. market with services ranging from the production of polysilicon to ingots and wafers, to solar cells,
panels and solar system installations.
2009-07-16 Courtesy: Solar EnerTech Corp. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Solar EnerTech Corp.
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German PV producer aleo solar reports strong revenue growth in second quarter
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aleo's CEO Smit: Turnaround has
been achieved.
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aleo solar AG (Oldenburg, Prenzlau, Germany) on July 15th, 2009 announced that its revenue in the second quarter of the current year increased by 185 percent compared to the first
quarter to reach EUR 87.5 million. As a result, aleo solar AG has matched the revenue level of the previous year in the second quarter of 2009, the company emphasizes in its press
release. "After a slow start, we have achieved a turnaround with revenue of EUR 118 million in the first six months," said Jakobus Smit, CEO of aleo solar AG. "Positioning
ourselves as a premium manufacturer with a focus on specialist solar dealers, a strong sales force and a strong brand has paid off. We are now well-placed to cope with an even tougher
competitive environment."
Costs for photovoltaic power plants have fallen more rapidly than the degression of feed-in tariffs
"Demand for our premium products remains high", added Sales Director Norbert Schlesiger. "The costs for fully installed photovoltaic power plants have fallen more rapidly than the
degression of feed-in tariffs, which has led to very high profitability for operators." The report containing the final figures for the second quarter 2009 is expected to be published
on 13 August 2009.
2009-07-15 Courtesy: aleo solar AG Solarserver.de © Heindl Server GmbH
Picture Courtesy: aleo solar AG
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UL completes facility expansion, creates largest independently owned solar testing lab in North America
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Members of the Testing Lab's stuff in San Jose
preparing a PV test.
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Underwriters Laboratories (Northbrook, Ill), a world leader in safety testing and certification, on July 13th, 2009 announced the completion of its photovoltaic testing facility
expansion in San Jose, Calif. The expansion has increased testing capacity by over 40 percent, making it the largest and most comprehensive solar testing laboratory of its kind in North
America, UL reports in a press release. UL has invested heavily in solar and other alternative energies such as wind, as well as new energy efficiency and storage
technologies such as LED and large batteries for electric vehicles in order to meet the growing global demand for testing services of these new technologies. Investments include opening
new facilities, standards development, certification schemes and groundbreaking research.
Additional facilities scheduled for 2010 in Germany and Japan
In addition to the U.S. expansion, UL opened a testing facility in Suzhou, China, in early 2009 and has plans to open new facilities in Germany and Japan in 2010. Also, recently UL
achieved CB Testing Laboratory (CBTL) accreditation at its San Jose facility. The accreditation enables UL to provide international certifications through harmonization of technical
requirements from over 50 countries across five continents and help manufacturers achieve global market access faster and more easily.
Safety as a priority in the evolution of the solar market
For the last several years UL remains a leading participant of IECEE CB Scheme, whose main objective is to facilitate trade by promoting harmonization of the national standards with
international standards.
"With the global solar market expected to generate 10 percent of the world's total electricity by 2035, we believe, more than ever, safety has to be a priority in its evolution," said
Jeff Smidt General Manager of UL's Global Energy Business. "Our San Jose facility expansion and CBTL accreditation are just two examples of our ongoing commitment to the proliferation
of safe, reliable renewable energy solutions globally."
Extra chambers for crystalline and thin-film technologies, including BIPV and CPV
The new expansion to the Photovoltaic Technology Center of Excellence in San Jose, Calif. brings the total laboratory space to 32,000-square-feet (2,973-square-meters). The facility now
also houses five extra chambers that assess a variety of PV innovations including crystalline and thin-film technologies, including BIPV and concentrating photovoltaics (CPV). UL also
tests Recognized Components such as PV connectors and junction boxes. New employees will also be hired to meet testing demands.
2009-07-15 Courtesy: Underwriters Laboratories (UL) Solarserver.de © Heindl Server GmbH
Picture Courtesy: UL
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SolarCity increases the scope of its PPA Program; Gartner expects commercial solar PPA market to account for 26 % of the solar PPA market in 2009
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Gartner's expectations for the 2009 solar
PPA market, broken down by major
end-user segment.
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On July 8th, 2009, SolarCity (Foster City, Calif.) announced an expansion of its solar financing option for businesses of all sizes - SolarCity's power purchase agreement (PPA).
SolarCity's PPA is a full-service solar option: Financing, design, installation, monitoring and maintenance are all provided by SolarCity. SolarCity's PPA can finance commercial solar
systems as small as 20 kilowatts (approximately 2,000 square feet), or up to 1,000 kilowatts (approximately 100,000 square feet) or more in size, the company explains. "Historically, it
has been difficult to create a solar financing option that generates immediate savings for smaller commercial installations", said Lyndon Rive, SolarCity's CEO. "SolarCity has made it
possible by eliminating middlemen, creating the infrastructure and economies of scale that allow us to lower the cost of installation for commercial projects."
Gartner Analysis: the bulk of implementations will be completed in 2010 and 2011
This announcement follow's SolarCity's 3 June 2009 launch of a tax-equity fund with U.S. Bancorp Community Development. The fund and SolarCity's new PPA program is a critical set of
health indicators for the North American solar PPA market, showing a revival of funding for solar PPA programs, Gartner, Inc. (Stamford, Connecticut), a leading information technology
research and advisory company, reports in a press release. So far in 2009, the North American solar PPA industry due to Gartner has suffered the same slowdown as the rest of the
photovoltaic (PV) industry. Financial partners either closed funds or greatly increased the standards for their risk analysis. The solar PPA firms have also been waiting for the U.S.
government's stimulus program's grants and loan guarantees programs to start - yet bureaucratic delays have pushed out the deployment of these programs potentially to August, Gartner
emphasizes. "This will lead to delays in solar PPA projects, so that while we expect some solar projects to be completed in 2009, the bulk of implementations will be completed in 2010
and 2011", Gartner explains. These major inhibitors have led Gartner to trim its expectations for the North American solar PPA industry to a most likely scenario of 120 MW of new
installed PV capacity in 2009, for 2009 growth of 30% compared with 2008.
Further information on Gartner's view of the PV market: http://www.gartner.com
2009-07-15 Courtesy: Gartner, Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Gartner (July 2009)
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SolarMagic retrofit of affordable housing project increases energy harvest by 22.6 percent
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30 kW system atop Oak Street Affordable
Housing, Oakland, California.
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National Semiconductor Corp. of Santa Clara, Calif. on July 13th , 2009 announced the retrofit of an affordable housing project in Oakland with its industry award-winning
"SolarMagic" power optimizers, boosting the electricity production by 22.6 percent. The 30-kilowatt solar PV system sits atop the Oak Street Terrace, a 39-unit affordable housing
development specifically designed for low-income seniors. Completed in 2005, the multi-story apartment building was initially designed to be as energy efficient and eco-conscious as
possible, and is constructed out of recycled and natural building materials. Jigar Shah, solar visionary and founder of SunEdison, installed the solar system and is providing the power
generated through a power purchase agreement, where residents lock into a low, fixed-rate for electricity. "For over four years, our Oak Street installation has been helping
residents pay less for electricity, and the addition of SolarMagic has dramatically boosted system performance", said Jigar Shah. "SolarMagic is helping us get 22.6 percent more power
out of the same panels, making the system even more productive and cost-effective."
Optimized system improves performance ratio to 82 percent
Due to environmental and system efficiency factors, all solar installations provide less energy than the maximum rated output of the solar modules, National Semiconductor emphasizes.
This difference is called the "performance ratio." The industry average performance ratio is 75 percent to 80 percent. After a period of monitoring and evaluation, National
Semiconductor found the performance ratio of the Oak Street site had degraded since installation from 77 percent to 67 percent. While the site was equipped with a state-of-the art
monitoring system, National Semiconductor found that there was an unrealized gain of 20,000 kilowatt hours. In March 2009, National optimized the system performance and retrofitted
approximately one-third of the 204-panel system with SolarMagic power optimizers. Subsequently, the performance ratio of the site improved to 82 percent, National reports: an overall
improvement in power output of 22.6 percent - well in excess of its forecast production rate. The detailed case study can be downloaded at http://www.solarmagic.com/vcm/SolarMagic_Content/files/en_US/SolarMagic_CaseStudy_OakStreet.pdf.
"Real world conditions such as shade, aging and panel mismatch can significantly degrade the performance of a photovoltaic system", said Ralf Muenster, director of National
Semiconductor’s Renewable Energy Segment. "With National’s SolarMagic power optimizers, the true potential of these systems can be realized."
SolarMagic power optimizers first hit the market in May 2009, and since then, National Semiconductor has announced the initiation of further field trials with SunEdison. National will
demonstrate its SolarMagic power optimizers at its Intersolar North America booth (#8656). The conference and exhibition at the Moscone Center in San Francisco, runs July 14th - 16th ,
2009. As part of the conference, Ralf Muenster will make a presentation titled "Off-grid Systems - Technological Advancements" on Wednesday, July 15 at 3:45 p.m. More information on the
conference is available at http://bit.ly/IntersolarUS.
2009-07-15 Courtesy: National Semiconductor Solarserver.de © Heindl Server GmbH
Picture Courtesy: National Semiconductor
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MECASOLAR to manufacture solar trackers in the United States
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Fixed structures for PV systems by Mecasolar.
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The company MECASOLAR (Navara, Spain) on July 8th, 2009 announced that it will open a new production plant in San Francisco (California) to manufacture 1 and 2 axis solar trackers as
well as fixed structures. The facility is expected to be able to reach full capacity in the first quarter of 2010. With this initiative MECASOLAR and its parent organization, the OPDE
Group (Navara, Spain), aim to demonstrate their continued interest in the U.S. solar market, where the company already has a sales office in San Francisco. MECASOLAR will also
participate in the Intersolar North America from July 14th to 16th with a booth in Hall 1 (#9753).The company will present their 2-axis solar trackers as well as two newly developed
products. One is called "Fixed Structures," and it is designed for ground level installations and large solar photovoltaic (PV) plants. The other new product to be presented at the
exhibition is the new "1-Axis Azimuth Seasonal Trackers". MECASOLAR reports that it responds to the needs of the PV market for installations at ground level with this expansion to its
product range.
Annual production capacity of 200 MW expected by 2010
According to the press release, the three ranges of products will be manufactured and assembled by production plants in Spain (Navarra and Badajoz) and Greece (Thessaloniki) as well as
by production plants scheduled to be started up in Italy and the U.S at the end of 2009. With the new products, MECASOLAR expects to reach an annual production capacity of 200 megawatt
(MW) for fixed structures and trackers (1 and 2 axis) by 2010. The launch of the two new products is expected to further strengthen the company's global position in the 2-axis
photovoltaic market, with more than 140 MW manufactured in the year 2008 and 180 MW accumulated to date. According to the press release, the distribution of both the fixed structure and
the 1-Axis Seasonal Azimuth tracker, will be performed exclusively by PROINSO (Navara, Spain), an engineering and distribution company who has already been conducting the distribution
of 2-axis MECASOLAR trackers. PROINSO is said to be a leader in the TRINA and REC module distribution as well as an international partner of SMA in the supply of large photovoltaic
plants.
2009-07-14 Courtesy: Mecasolar US Solarserver.de © Heindl Server GmbH
Picture Courtesy: Mecasolar
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SEIA comments on US Department of Treasury's guidelines for renewable energy grants and expects boost for solar industry
Rhone Resch, President and Chief Executive Officer (CEO) of the US- trade association Solar Energy Industries Association (SEIA; Washington, D.C.) on July 09th, 2009 released a
statement on the announcement by the U.S. Department of Treasury (DOT) of guidelines for the renewable energy grant program created by the American Recovery and Reinvestment Act (ARRA)
on February 17th: "The Treasury guidelines allow solar developers to prepare formal applications that will be accepted at a later date. Once Treasury begins accepting grant
applications, the solar industry will create tens of thousands of jobs and spur investment in the clean energy economy."
Dozens of large solar power projects in the pipeline
Resch noted that financing for commercial solar installations, including utility-scale solar plants, had been impaired by great uncertainty in the financial markets and by the
anticipation of stimulus provisions like the grant program. He believes that there are now dozens of large solar power projects in the pipeline that can now move forward. "While today's
announcement is a positive step and will create much-needed momentum in the nation's economic recovery, we still await the final application form and guidance for several other stimulus
programs like the Department of Energy loan guarantees and the manufacturing tax credit. We need these programs fully in place for the solar industry to have the game-changing economic
impact we expect", Resch said. According to SEIA, solar energy provisions in the stimulus bill had been projected to create 60,000 jobs in the solar industry in 2009 alone.
Industry leader calls for extension on grant application project sunset-date
Resch added: "With delays in releasing the Treasury and other guidelines, we call on Congress to include a one-year extension of the grant program project sunset-date in the energy bill
currently being debated so that the program meets the intended goals for jobs and investment." The Department of Treasury guidelines had been required as part of a new program created
by the ARRA that provides grants equal to 30 percent of the cost of solar property placed in service during 2009 and 2010. According to SEIA, this grant program is a critical
alternative to the solar investment tax credits extended by Congress in October 2008 that are not functioning as intended because of the current economic climate.
2009-07-14 Courtesy: SEIA Solarserver.de © Heindl Server GmbH
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US-Departments of the Treasury and of Energy announce more than 3 billion US-dollars in Recovery Act funds for renewable energy projects
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Tim Geithner: "Renewable
energy program will contribute
to economic development in
communities around the country".
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As part of an innovative partnership aimed at increasing economic development in urban and rural areas while setting the United States on the path to energy independence, the U.S.
Department of the Treasury (DOT) and the U.S. Department of Energy (DOE) on Jul 9th, 2009 announced an estimated 3 billion US-dollars for the development of renewable energy projects
around the country and made available the guidance, businesses will need to submit a successful application. Funded through the American Recovery and Reinvestment Act (ARRA), the
program will provide direct payments in lieu of tax credits in support of an estimated 5,000 bio-mass, solar, wind, and other types of renewable energy production facilities, according
to the press release. "The renewable energy program provides another important avenue for the Recovery Act to contribute to economic development in communities around the
country", said Treasury Secretary Tim Geithner. "It will provide additional stimulus to economies in urban and rural America by helping to develop domestic sources of clean energy. This
partnership between Treasury and Energy will enable both large companies and small businesses to invest in our long-term energy needs, protect our environment and revitalize our
nation's economy."
Cash assistance to increase economic development and promote renewable energy use
The ARRA authorizes the DOT to make direct payments to companies that create and place in service renewable energy facilities beginning January 1st, 2009. Previously, these companies
could file for a tax credit to cover a portion of the renewable energy project's cost. Under the new program, applicants agree to forgo future tax credits in favor of an immediate
reimbursement of a portion of the property expense. This direct payment program is expected to allow for an immediate stimulus in local economies. Energy Secretary Steven Chu said:
"These payments will help spur major private sector investments in clean energy and create new jobs for America's workers. It is part of our broad effort to double our renewable energy
capacity in the next few years and make sure that America leads the world in creating the new clean energy economy of the future."
According to the press release, the tax credit had been widely used in previous years and it is considered a successful incentive for encouraging the development of renewable energy. In
2006, approximately 550 million US-dollars in tax credits had been provided to 450 businesses. Due to difficulties in obtaining financing, the rate of new renewable energy installations
has fallen since the economic and financial downturns began. The Departments of Treasury and Energy expect a fast acceleration of businesses applying for the energy funds in lieu of the
tax credit.
2009-07-14 Courtesy: DOE Solarserver.de © Heindl Server GmbH
Picture Courtesy: www.ustreas.gov
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PV producer Q-Cells: Weak market development burdens Q2 result
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Q-Cells Headquarters in
Bitterfeld-Wolfen.
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The prolonged weak development of the global photovoltaics markets has continued to negatively impact the business development of Q-Cells SE (Bitterfeld-Wolfen, Germany) in the
second quarter, the company reports in a press release. The seasonal market upturn which the industry had been anticipating to start in the second quarter has broadly not materialised
for Q-Cells as yet. Lower sales volumes, the postponement of a large scale project to the third quarter and the continued downward trend in solar cell prices has led, according to
preliminary calculations, to a reduced revenue of around 142 EURm (previous quarter: 225 EURm) and to a considerable decline in operating income (EBIT), to approx. -62 EURm (previous
quarter: 15 EURm). Due to existing agreements with suppliers, it has thus far not been possible to fully adjust wafer prices in the immediate term to the lower price level of
solar cells, Q-Cells emphasizes. Furthermore, the drop in cell and wafer prices has led to non-cash relevant devaluations of current assets.
Reliable whole-year forecast not possible due to uncertainty of current market situation
Despite this negative business development, Q-Cells maintains a considerable financial reserve (cash and short-term available credit lines) of approx. 520 EURm as of 30 June 2009. In
spite of an expected recovery in market volume in the second half of the year due to seasonal upturn a generally tough market environment is still being expected. Furthermore, the
company expects the project business still to be largely dependent on the development of the financial markets. "From a current standpoint, it will not be possible to attain the revenue
and production levels which had been anticipated for the current business year. In light of this, the Management Board is not making new revenue and production forecasts for the current
business year at this time", Q-Cells announces in the press release.
Management Board announces comprehensive package of measures
In dealing with the negative impacts of the current business environment, the Management Board is developing a comprehensive programme of measures, made up essentially of the following
five
components:
- Further capacity alignments,
- Further optimisation and reduction of capital investment programme,
- Intensified cash flow and working capital management,
- Intensifying and accelerating the existing cost-cutting programme and
- Pushing ahead with the project business by cooperating more closely with selected financing partners.
After agreement has been reached with the Supervisory Board, details of this programme will be presented along with the publication of the half-year results on 13 August. Further
information will be provided by the Executive Board of Q-Cells SE at a conference call for analysts and investors at 12.30 p.m. (CET). This conference call will also be available as a
webcast from the Investor Relations section of the Company’s website.
2009-07-14 Courtesy: Q-Cells SE Solarserver.de © Heindl Server GmbH
Picture Courtesy: Q-Cells SE
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Photovoltaics: SOLON SE concludes framework agreement with Norwegian energy group Statkraft for 40 MWp
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Photovoltaic power plant by SOLON SE.
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SOLON SE (Berlin) has concluded a framework agreement on the construction of photovoltaic power plants with Statkraft AS, Norway's biggest energy generator, for a total output of 40
MWp. The agreement signals the acquisition of a key strategic customer for SOLON, the company emphasizes in its press release. The solar power plants will be constructed in Spain. The
agreement also gives SOLON exclusive rights to Statkraft's photovoltaic power plant activities in Spain. Statkraft due to SOLON is Europe's largest generator of renewable
energy. The framework agreement runs from 2009 until the end of the project in 2011. Statkraft is to assume responsibility for on-site project development, with SOLON handling
engineering and the construction and maintenance of turnkey power plants. Spain is a target area for solar power within Statkraft, which focuses on developing its own projects as well
as acquiring licensed projects and operational solar parks.
Photovoltaic segment in the Statkraft portfolio to be extended
"Supporting Statkraft in its comprehensive renewable energy operations and helping to develop the photovoltaic segment in the Statkraft portfolio will be an exciting project for us,"
says SOLONS CEO Thomas Krupke. Olav Hetland, Statkraft's Senior Vice President of Solar Energy adds: "We are looking forward to cooperating with Solon on solar parks in Spain. With this
framework agreement in place, we will be able to act quickly when projects are ready for construction.
Statkraft develops and generates hydropower, wind power, gas power and district heating, and is a major player on the European power exchanges. Statkraft also develops marine energy,
osmotic power, solar power, and other innovative energy solutions. In 2008 Statkraft due to SOLON posted gross operating revenues of EUR 3.1 billion. The group employs 3,000 staff in
more than 20 countries.
2009-07-14 Courtesy: SOLON SE Solarserver.de © Heindl Server GmbH
Picture Courtesy: SOLON SE
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Applied Materials to demonstrate the power of scaling solar technology at Intersolar North America Show
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"SunFab" by Applied
Materials.
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Applied Materials, Inc. (Santa Clara; californien), supplier of solar photovoltaic (PV) manufacturing equipment, will showcase its strategy to make solar power affordable for
everyone, everywhere, at the Intersolar North America event in San Francisco from July 14th to 16th, 2009. "Scale is the key, scaling up power output through higher efficiency and
bigger panels while scaling down cost through faster processing, tighter process control and lower material costs", the company emphasizes in its press release. Applied is widely known
for its award-winning "SunFab" Thin Film Line that produces panels with the world’s highest power output for this kind of PV modules, Applied Materials underlines.
"Delivering more than 460 watts, each of these 5.7m2 panels has over three times the output of any other thin film glass panel on the market. When used for large-scale applications,
these panels can provide an entire manufacturing ecosystem, linking solar panel producers, utility companies and communities to attract local investment and create jobs for generating
clean solar energy at a competitive cost", Applied explains.
Breakthroughs in the high-speed processing of ultra-thin wafers
Applied on own account also serves over 40% of the crystalline silicon (c-Si) PV module manufacturing market with its broad portfolio of wafer and cell processing systems. By focusing
on key steps of the c-Si fabrication process, Applied is working on providing new integration and automation solutions to enhance cell manufacturing. New breakthroughs in the high-speed
processing of ultra-thin wafers: wafer slicing, film deposition and integrated backend processing will enable lower manufacturing costs and superior cell properties.
Applied’s experts, including prominent industry figures Dr. Charles Gay and Dr. Winfried Hoffmann, will participate in Intersolar North America’s technical program. They
will share advances in fabrication technology and help attendees navigate public policy and implement sustainable manufacturing practices. A complete list of Applied’s
presentations can be found at www.appliedmaterials.com/2009_Intersolar_NA/index.html.
Applied’s booth # 8011 during Intersolar North America is located on the second floor of the Moscone Center’s West Hall.
2009-07-14 Courtesy: Applied Materials, Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Applied Materials, Inc.
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Suntech signs strategic agreements to develop multi-GW solar projects in China
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BIPV solar system by Suntech
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Suntech Power Holdings Co., Ltd. (San Francisco, USA; and Wuxi, China), the world's largest crystalline silicon photovoltaic (PV) module manufacturer, on July 13th, 2009 announced
that it has recently entered into a number of strategic agreements with each of Shaanxi provincial government, Shizuishan city government (Ningxia province), Qinghai provincial
government and Panzhihua city government (Sichuan province) to develop 300 MW, 500 MW, 500 MW and 500 MW of solar projects respectively. These projects, with an aggregate of 1.8 GW, are
expected to be developed in several stages, Suntech reports in a press release. The implementation of these projects is subject to the satisfaction of a number of conditions
including obtaining related permits from the National Development and Reform Commission and other relevant government bodies; drafting project designs; and attracting the necessary
investment and project financing to implement the projects. These provinces enjoy significant solar resources making them ideal locations to generate solar electricity, Suntech
emphasizes.
Dr. Zhengrong Shi commends the commitment of governments
"These strategic agreements demonstrate the commitment of governments of Shaanxi, Shizuishan, Qinghai and Panzhihua to adopt utility scale solar energy to power sustainable
development", Suntech's Chairman and CEO, Dr. Zhengrong Shi, said. "Plentiful solar resources combined with Suntech's premium quality solar systems can deliver decades of clean,
renewable electricity throughout many regions in China. With ongoing investment in technology and innovation, Suntech is determined to continue to drive the cost to grid parity and
encourage greater adoption of solar throughout China."
Several MW projects in China
Suntech's system integration team due to the company is one of the most experienced and capable in China. They have completed a range of technically complex building integrated solar
systems, including the 120 kW Beijing Jingya Hotel curtain wall, an 800 kW Light Thru system at the Wuxi Airport, and the 1MW building integrated PV (BIPV) facade at Suntech's new
headquarters in Wuxi. Suntech's system integration team is in the process of implementing a 1.5 MW rooftop project in Huaian city, Jiangsu province and a 3 MW BIPV solar system for the
Shanghai World Expo, the company reports.
2009-07-13 Courtesy: Suntech Power Holdings Co., Ltd. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Suntech Power Holdings Co., Ltd.
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E.ON acquires developer of photovoltaic projects in France
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E.ON's solar farm near Le Lauzet.
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The German utility E.ON has signed a share sale and purchase agreement for the acquisition of Société Conilhac Energies S.A.S. (Conilhac), a developer of photovoltaic projects in
southern France. With this acquisition E.ON continues the rapid development of its solar activities in one of Europe’s most important markets for solar energy, the company reports
in a press release. Recently E.ON opened the company’s first solar farm near the southern French town of Le Lauzet. The farm occupies an area of more than 20 hectares, has an
installed capacity of 1 megawatt (MW), and could be expanded to 5 MW subject to the availability of a similarly sized grid connection. Conilhac already worked successfully as
developer of photovoltaic projects in southern France and assembled a significant pipeline of photovoltaic projects at various stages of maturity, E.ON emphasizes. The acquisition shall
enhance E.ON?s capabilities to develop and implement photovoltaic projects in an industrialized fashion.
PV / Wind parity expected to be achieved between 2015 and 2020
Between 2003 and 2008 the global photovoltaic market grew from an annual installation rate of 600 MW to around 5,600 MW, a compounded annual growth rate of no less than 55 per cent.
Today photovoltaics still are one of the most expensive renewable technologies, but based on the current rate of technology development and price reduction, wind parity is expected to
be achieved in many countries between 2015 and 2020. On this basis, E.ON anticipates that solar energy will follow a growth path over the coming decade similar to the one that wind
energy experienced in the last decade. For that reason, E.ON is developing today the capabilities required to add solar energy to its generation mix.
From 2007 to 2011 alone, E.ON announced to invest eight billion euros in the expansion of renewable energy sources. The aim is to have approximately 10 gigawatts of generation capacity
based on renewables by 2015. By 2030 E.ON wants to produce 35 per cent of its power from renewable sources, 25 per cent of which will mostly come from wind, solar, biomass and
biomethane. Hydropower will account for some 10 per cent. Together with nuclear, E.ON will then be generating half of its electricity from carbon-free sources. The other half will come
from efficient coal and gas-fired power plants.
2009-07-13 Courtesy: E.ON Group Solarserver.de © Heindl Server GmbH
Picture Courtesy: Sinosol AG
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SMA opens C02 neutral manufacturing site to handle increased global demand for solar PV inverters
SMA Solar Technology AG, parent company of U.S. subsidiary SMA America, Inc., has announced the opening of its 193,000 square foot solar inverter factory in Kassel, Germany. With the
new facility, SMA has increased its production capacity to four gigawatts and is continuing to expand its successful strategy of scalability to meet demand for its popular line of solar
inverters. Solar inverters are the key component in a solar power system that converts direct-current power generated by solar panels into usable household power. In addition to being
the world’s largest solar inverter manufacturing site, the plant is also pioneering the concept of C02 neutral industrial production by utilizing a low-energy building concept,
high efficiency and renewable energy.
Manufacturing plant to match industry growth and global demand for its solar inverters
"The inverter - the heart of every photovoltaic system - significantly contributes to an emissions-free energy supply", said Günther Cramer, CEO of SMA Solar Technology AG. "With our
CO2 neutral inverter manufacturing, we are showing that advanced industrial production can be accomplished with a small environmental footprint."
"The new manufacturing plant, with a capacity of up to four gigawatts, will allow SMA and its subsidiaries to match industry growth and global demand for its solar inverters", said
Juergen Krehnke, president and general manager of SMA America. "It also demonstrates that world-class, CO2 neutral industrial production is both possible and economical using
today’s existing technologies."
1.1 megawatt PV system, biogas plant and renewable energy being purchased from nearby sources
C02 neutral production is achieved through minimizing energy consumption and maximizing operating efficiencies through a low-energy building concept, the optimal use of daylight,
innovative heating and cooling systems, and renewable energy. Electrical power is derived from a building-integrated 1.1 megawatt PV system and an onsite biogas plant. The biogas plant
satisfies a portion of the factory’s basic heating requirement with additional heat provided by a local waste incineration facility. Excess heat from an electric compressor that
provides compressed air for various tools and equipment is also recycled into the ventilation system. All heat sources are connected to a hot water tank, which helps regulate the system
and enables continuous usage. Cooling is furnished through two systems, including an absorption refrigerator driven by the excess heat generated by the biogas plant and an electric
back-up system. In order to completely satisfy the site’s energy requirements, renewable energy is purchased from nearby sources. After the final construction phase, the CO2
balance will be equalized through additional PV installations, eliminating the need for additional utility purchases.
As part of the CO2 neutral manufacturing effort, the entire production line was re-engineered to optimize efficiency and can now be quickly extended or reconfigured for other device
types, providing the ability to scale production up or down to meet rapidly changing demand. "As the world leader in solar inverter technology we now intend to initiate a trend towards
CO2 neutral factories", added Cramer.
2009-07-13 Courtesy: SMA America, Inc. Solarserver.de © Heindl Server GmbH
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Concentrator-photovoltaics: NREL and Spire to develop solar cells with 42% efficiency
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NREL and Spire to develop solar
concentrator cells with an efficiency
of 42 percent.
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The US-Department of Energy's National Renewable Energy Laboratory (NREL) on July 7th, 2009 announced that it had granted a Photovoltaic (PV) Technology Incubator Award to Spire
Semiconductor, LLC, a wholly owned subsidiary of Spire Corporation (Bedford, Massachusetts). This award had led to an 18-month contract between the two organizations, specifying that
the company collaborates with NREL to develop a triple junction solar concentrator cell with a 42 percent conversion efficiency. Under the terms of the contract, Spire
Semiconductor will receive 3,706,359 US-dollars, 2,960,850 of which is DOE funding, and 745,509 US-dollars is a cost-share portion, NREL reports in a press release. Martha Symko-Davies
and Brian Keyes of NREL's National Center for Photovoltaics will be managing the project.
"New growth technique" to be used in production of solar cells with record-level conversion efficiencies
Spire Semiconductor announced that the company intends to use its "new growth technique" in the quest to produce concentrating cells with record-level efficiencies, lower manufacturing
costs and higher reliability. The company wants to develop the high-efficiency cell to capitalize on the growing market opportunity for custom gallium-arsenide-based (GaAs) solar cells
for concentrator photovoltaic systems. According to the press release, the "PV Incubator" program fosters partnerships between NREL and private industry to speed up the process of
getting new renewable energy technologies on the market. The focus is on high-impact areas that are critical to scaling-up the technology. "By partnering with NREL experts, the
companies are able to use the lab's capabilities which reduces project implementation risk, quickly overcomes R&D hurdles, and increases the likelihood that the performance and
reliability objectives can be achieved" Symko-Davies says.
2009-07-13 Courtesy: NREL Solarserver.de © Heindl Server GmbH
Picture Courtesy: NREL
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Solarmer claims world record for plastics solar technology
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Solarmer presents world record plastic
solar cells.
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Solarmer Energy, Inc. (El Monte, California), a developer of transparent, lightweight, flexible plastic solar PV panels, on July 7th, 2009 announced that the company was now the
world record holder for plastic solar cell and plastic solar panel efficiencies. At this year's "Large-area, Organic and Printed Electronics Conference" (LOPE-C), Solarmer announced
that the company had achieved a conversion efficiency of 6.77 percent for plastic solar cells, which had been certified by the independent National Renewable Energy Laboratory (NREL).
According to the press release, the company achieved plastic solar panel efficiencies of 3.9 percent, which had been certified by the Newport Corporation. Solarmer's
Materials Development team, led by Dr. Jianhui Hou, had manufactured the polymers used for both record breaking devices, the company reports.
Record breaking plastic solar panel at the Intersolar North America
"We're extremely pleased with the progress we're making and excited about what's yet to come", said Dr. Hou. "These achievements are more evidence that Solarmer's portfolio of polymers
is the strongest and most diverse in the industry." Solarmer announces that the company will exhibit the record breaking plastic solar panel along with others at the Intersolar North
America 2009 in San Francisco, California. "Solarmer has made great progress developing plastic solar panels, but we could not have done it without our academic partners, University of
Chicago and the University of California, Los Angeles", says Woolas Hsieh, Founder and President of Solarmer Energy, Inc. "I'm glad and proud we're advancing plastic solar technology
towards commercial success."
2009-07-12 Courtesy: Solarmer Energy, Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Solarmer Energy, Inc.
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EPFL and BrightView Systems collaborate for solar cell production process optimization
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IMT is researching on
silicon-based thin-film
solar cells.
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The Thin-Film Photovoltaics Laboratory at IMT, researching on silicon-based thin-film solar cells and part of the renowned Ecole Polytechnique Fédérale de Lausanne (EPFL), and
BrightView Systems, a developer of production process optimization tools for the solar industry, are joining forces to introduce novel solutions for the optimization of next generation
thin-film solar cells production. BrightView's advanced solutions will be utilized to provide real-time feedback to encompass a complete framework for process optimization that is
scalable from pilot line to mass production of large area panels, the company reports in a press release. "We are convinced that the strategy of BrightView, their ideas,
dynamism, specific know-how and unique approach to key issues in manufacturing, will allow us to achieve our goals", said Prof. Christophe Ballif, head of the PV Laboratory. By
targeting key manufacturing challenges related to optimization and effective control of optical and electrical cell properties, the partners aim at improving the efficiency and
reliability of solar cells, while enabling high productivity at volume production. IMT brings to the collaboration its vast experience in characterization and modeling of multi-junction
thin-film silicon cells as well as state-of the art fabrication and lab to industry process transfer, Bright View emphasizes in the press release.
Faster adoption of new more efficient cell technologies at lower manufacturing cost
"Working closely with IMT enables us to fine-tune our solutions for process optimization to the most advanced cell structures ahead of their incorporation in the production lines", said
Benny Shoham, CEO of BrightView. "The excellent team at IMT is one of the true forces that brings device novelty to this industry and drives it to continuously improve efficiency, while
our solutions are designed to address key challenges in mass producing these advanced structures. Together we will enable a faster adoption of new more efficient cell technologies at
lower manufacturing cost", added Shoham.
2009-07-12 Courtesy: BrightView Systems Ltd Solarserver.de © Heindl Server GmbH
Picture Courtesy: IMT
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Manz Automation AG becomes industrial partner for developing batteries for hybrid and electric cars
Manz Automation AG, based in Reutlingen (Germany), provider of technology for the photovoltaic and LCD industries, has increased its involvement in the industrial production of
Li-ion batteries, the company reports in a press release. These batteries are mostly used in electric and hybrid vehicles. Experts believe, that the market volume for large-format
Li-ion batteries will total more than 10 billion euros in 2015 and that there will be an additional market of 4 billion euros for battery materials, Manz Automation emphasizes in the
press release. The first major automotive suppliers have already started to produce this new, high-performance engine technology. Mercedes-Benz is forecasting annual demand for around
40,000 batteries and battery modules in 2012. According to forecasts, this figure will more than triple through to 2015. In January 2009, Manz Automation succeeded in
acquiring an initial order for machines to produce Li-ion batteries with a volume of 2 million euros, the company reports. As a result of the successful cooperation with Li-Tec Battery
GmbH, in which strategic partners such as Evonik Industries AG and Daimler AG hold participating interests, Manz Automation will now also become an industrial partner in the innovation
alliance “Production research for high-performance Li-ion batteries for electrical mobility”. By its own account participation in this strategic industrial alliance gives
Manz Automation an excellent starting position to be able to also become established as a long-term leading system supplier on this dynamic, high-growth market.
Research for new production technologies
According to the press release the research project aims to research new production technology and to migrate this to the requirements of large-scale series production. The electrical
mobility markets depend on the industrial production of Li-ion cells, batteries and battery assemblies of a constant high quality, and the creation of a sustained secure supply. Both
new, industrial production technologies as well as automation solutions will be driven as part of the project, and solutions for system integration and production workflow planning will
be developed at battery manufacturers.
Manz Automation will receive an order totaling around 6.3 million euros for development services
As an industrial partner in the research project, Manz Automation will contribute its expertise to a series of production stages that are to be developed, the company reports in the
press release. As part of the innovation alliance, Manz is an expert, in particular, in developing solutions to create the cell stack in a Li-ion battery through to testing the finished
cells. In this connection, Manz Automation will receive an order totaling around 6.3 million euros for the development services to be provided. At the same time, the company is
responsible for automation solutions in production.
Foundations for establishing a further key sphere of activities
"Researching technologies for the production of Li-ion batteries will allow us to penetrate a highly attractive, high-growth market as the technology leader. The significant size of the
market for this technology means that we have created the foundations for establishing a further, durable key sphere of activities in our company in addition to the LCD and solar
industries. Together with our top-quality partners in this innovation alliance, we will create excellent access to the market – and we will reap long-term benefits", says Dieter
Manz, Manz Automation's CEO.
2009-07-12 Courtesy: Manz Automation AG Solarserver.de © Heindl Server GmbH
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Photovoltaic thin-films: Ascent Solar claims efficiency milestone
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CIGS solar cell by Ascent Solar.
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Ascent Solar Technologies, Inc. (Thornton, Colorado), a developer of flexible thin-film solar modules, on July 8th, 2009 announced that it had achieved its initial target module
efficiency goal of 10.0 percent for its flexible monolithically integrated CIGS modules (Copper, Indium, Gallium, Selenide). According to the press release, the U.S. Department of
Energy's National Renewable Energy Laboratory (NREL) had independently verified that the modules conversion efficiency had been measured as high as 10.4 percent. The modules tested at
NREL were standard 429 square centimeter modules produced by the company's production line with a capacity of 1.5 megawatt (MW) that was put into commercial production in the first
quarter of 2009, Ascent Solar reports. "This is a significant breakthrough in demonstrating our ability to manufacture monolithically integrated flexible CIGS modules with
greater than 10 percent module efficiency in commercial production", said Dr. Prem Nath, Senior Vice President of Production Operations for Ascent Solar.
Independent tests confirm 10 % conversion efficiency for thin-film CIGS modules
Dr. Harin S. Ullal, Senior Project Manager for the National Center for Photovoltaics at the NREL, stated: "Ascent Solar has made progress in advancing the state-of-the-art flexible,
lightweight thin-film CIGS PV technology. NREL has independently verified module conversion efficiency of more than 10.0 percent for several thin-film CIGS monolithically integrated
modules deposited on flexible, lightweight plastic substrates." Nath added: "Ascent's high-volume 30 MW commercial plant is scheduled to commence initial production at the beginning of
2010. Module efficiency of 10.0 percent is a vital element for our low-cost-per-watt manufacturing goal in high volume and will establish Ascent Solar as a leader in the production of
lightweight flexible photovoltaics used for portable power and building integrated photovoltaic (BIPV) products."
2009-07-10 Courtesy: Ascent Solar Technologies, Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Ascent Solar Technologies, Inc.
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aleo solar signs partnership agreement with PV project developer on Sardinia
aleo solar AG (Oldenburg, Prenzlau, Germany) on July 9th , 2009 announced that it will supply the "Arborea I" PV project with 1,138 aleo S_18 type modules with a total output of 250
kilowatts as part of a cooperation agreement with the Italian PV project developer Sardasol S.r.l. and the Oldenburg-based IFE Eriksen AG project management company. aleo solar will
also be supplying the solar inverters for the project, which is located in the province of Oristano. Construction of the rooftop installation on agricultural premises will begin as
early as mid-July, aloe reports in a press release. "We are delighted to see the cooperation agreement with these two highly competent companies, IFE Eriksen AG and Sardasol
S.r.l., come to life in this way. Arborea I is one of the largest rooftop installations in Sardinia and will thus have a major impact here", comments Giovanni Buogo, director Sales at
the Italian distributor aleo solar Italia S.r.l.
Further rooftop installations in Sardinia to be implemented
"The rooftop installation will set the standards for subsequent projects, since our project plan includes renovations to the roofing and the architectural integration of the
photovoltaic plant - thereby ensuring the highest feed-in subsidy in Italy", continues Sebastian Averdung, founder and Board member of Sardasol S.r.l.
Peter Forch, CEO of IFE Eriksen AG, also notes that "our cooperation with the premium module manufacturer and system distributor aleo solar and the Italian solar specialist Sardasol
S.r.l. is focused strongly on results. The division of work is ideal: aleo solar delivers the components, Sardasol is developing the project and IFE Eriksen AG is supplying project
financing." After successfully bringing their first project into operation, the partners to the cooperation agreement intend to implement further rooftop installations of a similar size
in Sardinia.
2009-07-10 Courtesy: aleo solar AG Solarserver.de © Heindl Server GmbH
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Solyndra signs PV sales contract with Umwelt-Sonne-German Energie GmbH for approximately 8 Million
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Mounting of Solyndra`s cylindrical modules.
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Solyndra, Inc. (Fremont; Californie), a manufacturer of innovative proprietary photovoltaic (PV) systems for commercial rooftops, announced it has signed a new long-term sales
contract with solar integrator Umwelt-Sonne-Energie GmbH (USE), based in Holzgerlingen, Germany. The Euro-based contract, worth up to 8 million, extends through 2013 and brings
Solyndra's contractual backlog to more than .0 billion, Solyndra reports in a press release. The solar panels for these contracts will be manufactured at Solyndra's facilities in
Fremont and Milpitas, California. "We are very happy to announce this relationship with USE, a highly innovative integrator of large-scale PV systems. USE’s strong
presence in Germany and eastern Europe, coupled with Solyndra’s breakthrough PV systems, will accelerate the deployment of world-class photovoltaic installations on commercial
rooftops in these very attractive markets", said Dr. Kelly Truman, Solyndra’s VP of Marketing and Business Development.
Redefining the performance for large roofs
Solyndra's cylindrical, thin film PV systems are designed to generate more electricity on an annual basis from typical low-slope commercial rooftops, while uniquely providing much lower
installation costs than conventional flat panel PV technologies. "As a company focused on innovation in photovoltaics, we are very excited to announce this partnership. Solyndra’s
revolutionary technology redefines performance for large roofs compared to conventional PV technologies in terms of installation cost, non-penetrating wind performance, rooftop loading,
and energy production per roof", states Arnold Berens, Managing Director of USE. "Solyndra`s innovative cylindrical module geometry and fast and easy mounting technology provide
definitive proof that even today, dramatic breakthroughs in PV engineering are possible", added Daniel Grünauer, Managing Director of USE.
2009-07-09 Courtesy: Solyndra, Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Solyndra, Inc.
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Advanced Solar Photonics seeks expansion capital to increase production capacity
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ASP Panels for Commerical Rooftop
Applications.
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Advanced Solar Photonics (ASP; Lake Mary, Florida), a manufacturer of monocrystalline solar PV panels, on July 6th, 2009 announced that it is launching an investment campaign to
raise expansion capital. ASP reports that the company's owners had authorized the commencement of the next phase of growth of the manufacturing facility on June 29th, 2009, and that the
acquired capital will be used to implement another 50 megawatt (MW) expansion of its production line located in its Central Florida facility. According to the press release,
the current level of production is limited due to the need for more solar manufacturing equipment and operation capital to move towards full production capacity of 500 MW. The facility
currently has one 50 MW line in operation, which according to ASP significantly limits the quantity of solar panels that can be produced. The new facility is scheduled to have its first
panels come off the line on July 15th. "Advanced Solar Photonics is striving to grow in smart incremental segments of 50 MW every three to six months," said Maureen McHale, ASPs'
Corporate Marketing and Public Relations Manager. "ASPs' owners are open to speak with a wide range of potential investors and discuss various capital options from strategic partners,
to institutional and financial investors, to securing equity money, etc."
ASP to exhibit at Intersolar North America in San Francisco
ASP prides itself in manufacturing monocrystalline panels with 100 percent American-made components. According to the press release, the financing for the company's new factory is
anticipated from both private and public companies. "After reviewing ASPs' rapid growth in the first half of 2009, it was an easy decision to move forward with the expansion plans and
keep the company growing", McHale said. "To do this, we have to raise needed capital from outside investors." ASP also announced that it will be exhibiting its solar panels and
manufacturing solutions at the international business-to-business trade show, Intersolar North America in San Francisco, California on July 14th-16th, 2009. The Intersolar North America
is believed to be the most diverse trade show in the United States for the global solar industry, and the only solar exhibition in North America dedicated to recruiting companies across
the whole solar supply chain from around the world. ASP's booth with the number 7613 will be located on level 3 of the Moscone convention center, the company announces.
2009-07-09 Courtesy: Advanced Solar Photonics Solarserver.de © Heindl Server GmbH
Picture Courtesy: Advanced Solar Photonics
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U.S. Department of Energy offers 43 million US-dollar loan guarantee to Beacon Power for flywheel energy storage project
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Illustration of a typical Beacon Power 20 MW
flywheel frequency regulation plant.
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Beacon Power Corporation (Tyngsboro, Massachusetts) on July 2nd, 2009 announced that it had received a conditional commitment from the U.S. Department of Energy (DOE) for a loan
guarantee of approximately 43 million US-dollars. According to the press release, the DOE's offer outlines terms for a loan that would finance more than 60 percent of Beacon's planned
20-megawatt (MW) flywheel-based energy storage plant to be located in Stephentown, New York. The plant, which will provide frequency regulation services, is expected to help stabilize
and enhance the performance of the electricity grid. Beacon Power reports that the emission-free operation of the project is also expected to significantly reduce CO2
pollution levels compared to the fossil fuel-based regulation methods used today. Bill Capp, President and Chief Executive Officer (CEO) at Beacon Power said: "With this anticipated
federal funding and expected plant construction, we will make a major transition from development and pilot operation of our flywheel technology to full-scale commercial deployment. For
New York initially, and later other regions where plants could be built, it will also signal a dramatic shift to a cleaner, more sustainable method of providing frequency regulation on
the grid."
First full-scale commercial flywheel energy storage plant to help USA meet clean energy goals
The DOE loan, which would be funded by the U.S. Treasury's Federal Financing Bank, is expected to provide debt financing for 62.5 percent, or 43 million US-dollars, of the estimated 69
million US-dollars total project cost. According to the press release, approximately 50 million US-dollars of this total cost is direct equipment and facility costs. Beacon reports that
its equity contribution of roughly 26 million US-dollars will be provided by a combination of cash, in-kind assets, and other eligible project costs. Before the loan can be closed, the
DOE's conditional commitment is subject to negotiation and completion of a number of contracts and conditions. Massachusetts' Senator Edward M. Kennedy said: "Beacon Power's electricity
storage system is exactly the type of technology the nation needs to meet the clean energy goals essential to a safe and sustainable future. With this strong support from the Department
of Energy, this ground-breaking company will help lead the way forward." Bill Capp added: "We would like to thank the Obama Administration, in particular Energy Secretary Chu and his
team, and the U.S. Congress for their foresight and dedication in making the loan guarantee program a reality."
2009-07-09 Courtesy: Beacon Power Corporation Solarserver.de © Heindl Server GmbH
Picture Courtesy: Beacon Power
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Photovoltaics: XeroCoat receives 2.96 million US-dollar project funding award from DOE for anti-reflective coating system
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Turnkey AR coating system by XeroCoat.
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XeroCoat Inc. (Redwood City, California), on July 3rd, 2009 announced that the U.S. Department of Energy (DOE) had awarded the company a grant for a 2.96 million US-dollar project to
develop a method for applying its patented anti-reflective (AR) coating technology directly onto assembled photovoltaic (PV) solar modules. XeroCoat reports that, with this grant, it is
targeting a coating method for thin-film modules that will exceed thin-film industry cost targets and further lower the cost of solar energy. The new capability is expected to
complement XeroCoat's anti-reflective coating process that is currently available for coating the glass used in conventional solar modules based on crystalline silicon. Dr. Michael
Harvey, Chief Technology Officer (CTO) at XeroCoat and a Co-founder said: "We believe that we have a very viable solution for anti-reflective coating for thin film modules. However,
funding such as the DOE grant is needed to bring it to market."
Coating method to increase thin-film solar module cost competitiveness
Anti-reflective coatings are now being adopted for the cover glass of crystalline photovoltaic modules but, according to the press release, there is no viable solution for thin film
modules. Most thin film technologies begin with annealed glass, with a transparent conductive oxide on one side, as the substrate upon which the solar cell processing takes place. This
processing involves multiple layer depositions in harsh environments with a substantial amount of material handling and transport which subjects the anti-reflective coating to very
difficult conditions. XeroCoat reports that the company's anti-reflective coating technology is applied at room temperature and pressure, thus lending itself to deposition on thin film
solar modules that have been through the processing and lamination steps and, thereby, avoiding damage to the coating. According to the press release, the new coating technology is also
very cost effective. "The DOE grant allows XeroCoat to continue its technological innovation and provide solutions that enable the thin film solar module industry to increase their cost
competitiveness," stated Tom Hood, President and CEO of XeroCoat. "Our value proposition is in providing the most cost-effective watt on the module."
DOE funding helps deposition technology's marketability
Receiving one of the largest grants, XeroCoat reports that it had been selected as one of 24 companies to share in the 24 million US-dollars awarded by the DOE for PV supply chain and
cross cutting technologies under its Solar Energy Technologies Program. According to the press release, XeroCoat had previously been awarded several early stage funding grants from the
Australian and Queensland Governments. The company's anti-reflective coating technology is said to increase the power output of solar systems in a cost-effective manner. XeroCoat
believes that solar module manufacturers can expect a 3 percent increase in peak power output and a 4 - 5 percent increase in energy produced on a kilowatt-hour (kWh) basis.
2009-07-08 Courtesy: XeroCoat Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: XeroCoat Inc.
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Ningbo Solar extends manufacturing capability and installs eight DEK metallization lines
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PV1200 line, a full metallization solution for
commercial solar cell production.
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The Chinese photovoltaic manufacturer Ningbo Solar Electric Power Co.,Ltd. has purchased eight metallization lines from DEK Solar in a bid to extend its capacity to deliver high
quality solar cells to the global marketplace. Ningbo Solar decided to implement the DEK PV1200 lines following an extensive evaluation period which yielded impressive results, DEK
reports in a press release. Ningbo Solar purchased its first PV1200 line in Q2 2008 for installation in Q3. "In fact, led by DEK’s China Service Manager Speed Yan with
the backing of the company’s global engineering team, installation was so efficient that DEK was able to hand over the line in the second week", DEK emphasizes in its press
release. Soon after the first line installation, Ningbo Solar placed an order for a further seven lines which were delivered later in the year.
Advanced repeatability and accuracy
Commenting on the company’s decision to partner with DEK Solar, Ningbo Solar President Zhou Jianhong explained: "Having looked at several options to support production expansion,
our decision to purchase eight solar lines from DEK was based on a number of compelling factors. Importantly, DEK was able to offer us a complete metallization solution backed by lead
times of weeks, rather than months, a major productivity driver that obviously appealed to our team. Plus, offering six-sigma process capability at a resolution of ±12.5 micron, the
lines were fully equipped to achieve the advanced repeatability and accuracy we needed – essential to uphold the quality production for which we are recognised worldwide. Other
factors such as the compact footprint of individual lines, along with DEK’s attitude to service and support confirmed to us that this was the right option to support our customer
base."
Integrated Solaution for commercial solar cell production
Due to the producer The PV1200 line from DEK is a full metallization solution for commercial solar cell production, combining the class-leading DEK PVP1200 screen printer with
purpose-designed loader/unloader, buffering, inspection and wafer flipping solutions. Equipped to deliver optimal throughput in the production of high-quality and energy-efficient solar
cells, the metallization line is also renowned for its ability to deliver superior print accuracy. Unprecedented precision is ideal for depositing features ranging from sub-100-micron
current collectors to low-resistivity bus bars and delivers industry-leading capabilities for today’s complex photovoltaic challenges.
2009-07-08 Courtesy: DEK Solar Solarserver.de © Heindl Server GmbH
Picture Courtesy: DEK Solar
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Yingli Green Energy to supply PV modules for 10 MW solar plant by SDIC Huajing
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Solar power plant with PV modules by Yingli.
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Yingli Green Energy Holding, Ltd. (Yingli; Baoding, China), a vertically integrated photovoltaic (PV) product manufacturer, on July 2nd, 2009 announced that it had been selected by
SDIC Huajing Power Holding Co., Ltd. (Shanghai, China), a subsidiary of the State Development and Investment Corporation (SDIC), to supply PV modules for a 10 megawatt (MW) on-grid
solar plant in Dunhuang, in the Chinese Gansu Province. "As a leading state owned electricity supplier, we have both the responsibility and opportunity to make renewable energy a
reality in China, and we believe this 10 MW project demonstrates our commitment to this goal", said Weidong Wang, General Manager of SDIC Huajing. "We are confident that
western regions such as Dunhuang will be big markets for solar power as they receive abundant natural sunlight and local governments are very open to investments by solar
companies."
Solar plant in Dunhuang demonstrates the Chinese government's commitment to developing the renewables
Liansheng Miao, Chairman and Chief Executive Officer (CEO) of Yingli Green Energy added that he was pleased about this news partnership: "As part of our strategy to build a greater
presence in China's domestic solar market, we are seeking to establish strategic relationships with leading grid companies, such as SDIC Huajing, whose wealth of experience in China's
power supply market gives them unique insights into the domestic solar market. Mr. Miao continued, "Moreover, the launch of this on-grid solar plant in Dunhuang demonstrates the Chinese
government's commitment to developing the renewable energy sector in China.
2009-07-08 Courtesy: Yingli Green Energy Holding Company Ltd. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Yingli Green Energy Holding Company Ltd.
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NanoMarkets sees repositioning of printed electronics toward printed solar panels
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Metallization printing system by OTB Solar.
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According to a new research report from NanoMarkets, a leading industry analyst firm based at Glen Allen, Virginia, while other areas of printed electronics (PE) have languished,
printed photovoltaics (PV) has continued to establish itself as both a real business and one of the few hopes for printed electronics. NanoMarkets’ latest forecast of printed PV
sees the market growing to .9 billion by 2014 with two-thirds of that coming from printing the core cell structure itself. There are many reasons why PV cell manufacturers should
consider utilizing printing as part of their manufacturing mix, NanoMarkets emphasizes. Printing can provide both capital and operational cost improvements over more traditional PV
manufacturing methods. Printing equipment is also relatively inexpensive and also more efficient on materials usage when compared to more traditional fabrication machinery.
It is also an approach that can combine both patterning and deposition and provides another cost efficiency compared with more conventional manufacturing strategies.
Market volume of solar cells using CIGS ink to rise up to 0 million by 2014
NanoMarkets believes that substantial opportunities will emerge for manufacturers of novel inks. For example, solar cells using CIGS ink should be worth almost 0 million by 2014.
NanoMarkets also predicts that printed organic PV cells will surpass 0 million in the same time frame. With so much attention currently being given to printing PV, the printed PV
market has created an opportunity for manufacturers of printing equipment at a time when most other sectors into which it sells are shrinking because of the poor economic climate,
NanoMarkets accentuates.
Report analyzes developments of markets and technology
NanoMarkets' new report provides a detailed analysis of the market opportunities emerging from printed PV for the both the solar cell and printing sectors, as well as the materials
companies that supply these sectors. It analyzes the latest developments in use of printing for all of the major PV platforms including crystalline, nanocrystalline and amorphous
silicon, cadmium telluride, CIGS/CIS, dye sensitive cells, organic PV, and gallium arsenide. The latest PV-related developments in all the main printing technologies are covered
including screen printing, inkjet, transfer printing, flexo and gravure. The report also provides detailed eight-year forecasts of the printed PV market revenues as well as an analysis
of the printing strategies of industry-leading companies such as Dyesol, G24i, Innovalight, Konarka and Nanosolar.
For additional details on NanoMarkets’ report, Printed Photovoltaics: Market Opportunities for the Materials and PV Industry-2009 to 2016, please visit http://www.nanomarkets.net.
2009-07-07 Courtesy: NanoMarkets Solarserver.de © Heindl Server GmbH
Picture Courtesy: OTB Solar
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LDK Solar partners with SAEM-Kerself Group for development of megawatt PV plants in Italy
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Wafer production at LDK Solar.
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LDK Solar Co., Ltd. (Xinyu City, China), a manufacturer of multicrystalline solar wafers, on July 1st, 2009 announced that it had signed an agreement with the photovoltaic system
integrator SAEM Srl. (Cercola NA, Italy) to build five one-megawatt (MW) PV plants in the Apulia region of Italy. According to the press release, the start of the construction is
scheduled for July 2009 and the systems are expected to be completed by November. LDK Solar reports that it will supply wafers for the PV project and SAEM will provide engineering,
procurement, and construction services and system integration. "We are very eager to increase LDK Solar's presence in Italy", said Xiaofeng Peng, Chairman and Chief Executive
Officer (CEO) of LDK Solar. "The Italian PV market continues to be one of the most interesting in Europe and it is forecasted to grow significantly over the next three years." Francesco
Maggi, CEO of SAEM group, added: "We believe that this partnership with LDK Solar reinforces the connection between SAEM and the world of PV manufacturing in a market that has strong
potential. We look forward to working together on future projects to further capitalize on the growing opportunities in this market."
2009-07-07 Courtesy: LDK Solar Co., Ltd. Solarserver.de © Heindl Server GmbH
Picture Courtesy: LDK Solar Co., Ltd.
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New York Power Authority awards contract on 1.1 MW solar photovoltaic project at the University at Buffalo to Solar Liberty
The US-utility New York Power Authority (NYPA; Albany, New York) on June 29th, 2009 announced that its President and Chief Executive Officer (CEO), Richard M. Kessel, will be seeking
approval of a contract for up to 7.5 million US-dollars for the installation of a 1.1-megawatt (MW) solar photovoltaic (PV) system at the University at Buffalo (UB). According to the
press release, this contract will call for the bulk of the work to be undertaken by Solar Liberty of Williamsville in Western New York, an integrator and installer of renewable energy
technologies. Kessel indicated that the contract for the project was subject to the approval of the NYPA Board of Trustees and that it will be considered at an upcoming
meeting at the visitors center. According to the press release, Solar Liberty will be responsible for the solar panel procurement for the UB initiative and providing the labor for
installing the equipment.
5,000 solar panels to supply nearly 2,000 University students with electricity at their apartments
The contract, which was subject to a competitive process, would specifically be awarded to Ontario-based DeCloet Greenhouse Manufacturing, which is expected to team with Solar Liberty
on the UB project with as much as 6 million US-dollars of the contract value expected to go to Solar Liberty, NYPA reports. The project at the North Campus in Amherst is expected to
serve as a cornerstone of a 21 million US-dollar renewable energy program by NYPA. According to the press release, the UB project will be the largest ground-mounted solar PV system in
New York State, one of the largest on a college campus in the nation and one of the largest PV systems in the Northeast. It will consist of approximately 5,000 solar panels, generate
1.3 million kilowatt hours (kWh) of energy annually and provide power for 735 student apartments housing nearly 2,000 undergraduate and graduate students. "With so many students,
faculty and visitors at UB, we're expecting this project to educate and motivate people to consider having solar electric systems for their own homes and businesses," said Solar Liberty
CEO Adam Rizzo. "Solar power and other sources of renewable energy tend to be labor intensive in their applications, contributing to their appeal as a way to develop new industries and
spur economic activity," Kessel said. "In fact, renewable energy is one of the key elements of Governor Paterson's strategy for building a new economy for the people of New York, and
the Power Authority is delighted to be contributing to this with the solar power array at the University at Buffalo and other clean energy initiatives."
2009-07-07 Courtesy: New York Power Authority Solarserver.de © Heindl Server GmbH
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Akeena Solar converts Silver Mountain Vineyards to 100 percent solar energy
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Silver Mountain Silver Mountain Vineyards'
solar canopy.
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Akeena Solar, Inc. (Los Gatos, California), a US installer and distributor of solar power systems, on July 1st, 2009 announced the installation of its "Andalay" solar photovoltaic
system at Silver Mountain Vineyards, a certified organic vineyard and winery nestled in the Santa Cruz Mountains in Northern California. According to the press release, the 46-kilowatt
(kW) PV system incorporates 264 Andalay solar panels and is expected to cover 100 percent of the winery's electricity needs. The panels, which were installed on a newly built 6,000
square foot roof, serve as an integral part of Silver Mountain's "Triple Green Project," an innovative multi-use project designed to curb the winery's electricity and water use.
The roof will shade the winery and reduce refrigeration requirements, as well as contributing to a new rainwater collection system, Akeena reports. It is expected that the solar
array will be able to fully support the energy requirements of the winery operations, office and residence. "With nearly a decade of successful solar installations within the wine
industry, we were able to provide real world expertise to meet the unique needs of Silver Mountain Vineyards", said Chuck Chagrin, Akeena Solar Vice President for commercial sales.
"With our high performing Andalay system, we were able to achieve Silver Mountain's goal of being entirely solar-powered while preserving the expansive views across the mountains that
its visitors enjoy."
Vineyard fully powered by solar power system
"Silver Mountain was built with a fundamental concern for the environment and has always been a proponent of sustainable and organic practices for viticulture and other food sources",
said Jerold O'Brien, owner of Silver Mountain Vineyards. "Using solar electricity is a natural extension of our sustainable value and the cost savings make sound business sense.
Akeena's experience in providing solar to the wine industry made the company a natural choice to help us convert to 100 percent clean, renewable electricity." According to the press
release, the completion of Silver Mountain Vineyards' solar installation adds to Akeena Solar's growing roster of more than 20 wineries, vineyards and natural resource companies that
the company has helped to 'go solar' with more than 1.4 megawatts (MW) of installed capacity. Akeena Solar reports that the company is dedicated to assisting eco-conscious businesses
meet their environmental and bottom line business goals.
2009-07-06 Courtesy: Akeena Solar, Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Akeena Solar, Inc.
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Ellis Energy Investments acquires CPV manufacturer Pyron Solar
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CPV system by Pyron Solar.
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Ellis Energy Investments, Inc. (Bakersfield, California) on June 30th, 2009 announced that it had acquired the assets of Pyron Solar, Inc. (San Diego, California), a manufacturer of
concentrating photovoltaic (CPV) power generators for utility scale installations, dubbed "Pyron Solar Triad." According to the press release, the company uses a patented and powerful
solar concentrator that harnesses the sun's energy with high-energy (HE) conversion and unlimited scalability. In developing the unique and proprietary "HE Optics System," Pyron Solar
engineers are believed to have overcome some of the most challenging issues affecting the implementation of solar technology on a wide scale, namely solar cell heat transfer, wind,
shadow and maintenance issues, as well as cost considerations.
Pyron Solar to complete a portfolio of oil companies
Ellis Energy Investments reports that the company adds Pyron Solar to its portfolio of companies that include Sierra Process Systems (Bakersfield, California) that provides oil
recovery, oily residuals separation, and recycling services and Global Mastics, a company that uses a patented process to thermally desorbe refinery mineral fillers to enhance various
asphalt products. Stan Ellis, Chief Executive Officer (CEO) of Ellis Energy Investments stated: "We are very excited about this acquisition and look to carry forth Pyron's aggressive
growth plans. It is our belief that Pyron Solar's technological advances will make it the leader in the CPV market."
2009-07-06 Courtesy: Ellis Energy Investments, Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Pyron Solar
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RFMD and NREL to collaborate on commercialization of high-performance PV cells
RF Micro Devices, Inc. (Greensboro, North Carolina), a manufacturer of high-performance semiconductor components, on July 1st, 2009 announced that the company had entered into a
cooperative agreement with the U.S. Department of Energy's National Renewable Energy Laboratory (NREL) to develop a commercially viable and high volume-capable compound
semiconductor-based process for high-performance photovoltaic (PV) cells. Under the terms of a Cooperative Research And Development Agreement (CRADA), NREL's subject matter knowledge
and innovation experience will be combined with RFMD's technical expertise in volume manufacturing of high-performance, reliability-proven compound semiconductors at RFMD's wafer
fabrication facilities (fab), for the purpose of developing a production capable process technology for high-performance PV cells. The successful execution of the multi-year
CRADA is expected to result in the production of PV cells in RFMD's high-volume compound semiconductor fabs as early as calendar year 2012. According to the press release, the aim is to
develop a technology that is capable of high-volume production with best-in-class solar cell conversion efficiency. NREL's technology has demonstrated one of the world's highest
reported solar cell conversion efficiencies, at 40.8 percent, and continued improvements in efficiencies are anticipated, RFMD reports.
High-efficiency solar cells to be manufactured at high volumes
According to the press release, technical representatives from both RFMD and NREL will collaborate at NREL and in RFMD's facilities in Greensboro, North Carolina, during the CRADA. The
collaboration is expected to be accomplished in three phases. A 'foundation phase' is planned to establish the capability to manufacture basic PV cells at RFMD's manufacturing
facilities. During the next 'technology demonstration phase,' PV cells will be fabricated at RFMD using NREL's technology and finally, a 'production readiness phase' is planned for the
manufacture of high performance PV cells with high yields, high reliability, high reproducibility and low cost at RFMD's fabs. "Working with RFMD to commercialize PV cells will help us
realize our laboratory's mission of developing and commercializing advanced, next-generation energy technologies," said NREL Director Dan Arvizu. Bob Bruggeworth, President and Chief
Executive Officer (CEO) of RFMD, said: "We are very pleased to be collaborating with NREL to leverage our wafer manufacturing expertise and cost structure to manufacture
high-performance photovoltaic cells available in high volumes, with high quality and reliability and at greatly reduced cost. We expect our expertise and scale will positively impact
the market for concentrated photovoltaic cells, and we are proud to support our national efforts related to clean energy."
2009-07-06 Courtesy: RF Micro Devices, Inc. Solarserver.de © Heindl Server GmbH
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US Secretary of the Interior Salazar and Senator Reid announce 'Fast-Track' initiatives for solar energy development on Western lands
Under initiatives announced by US Secretary of the Interior Ken Salazar and U.S. Senator Harry Reid (D-NV) on June 29th, 2009, federal agencies will work with western leaders to
designate tracts of U.S. public lands in the West as prime zones for utility-scale solar energy development, fund environmental studies, open new solar energy permitting offices and
speed reviews of industry proposals. "President Obama's comprehensive energy strategy calls for rapid development of renewable energy, especially on America's public lands," said
Secretary Salazar. "This environmentally-sensitive plan will identify appropriate Interior-managed lands that have excellent solar energy potential and limited conflicts with
wildlife, other natural resources or land users. The two dozen areas we are evaluating could generate nearly 100,000 megawatts of solar electricity. With coordinated environmental
studies, good land-use planning and zoning and priority processing, we can accelerate responsible solar energy production that will help build a clean-energy economy for the 21st
century."
"Solar Energy Study Areas" to be evaluated as potential sites for large-scale solar power plant
Under one initiative, 24 tracts of Bureau of Land Management-administered (BLM) land located in six western states, known as Solar Energy Study Areas, would be fully evaluated for their
environmental and resource suitability for large-scale solar energy production, the DOI reports. The objective is to provide landscape-scale planning and zoning for solar projects on
BLM lands in the West, allowing a more efficient process for permitting and siting responsible solar development. According to the press release, the Solar Energy Study Areas are
located in Nevada, Arizona, California, Colorado, New Mexico and Utah encompass about 670,000 acres of land that provides excellent solar resources, suitable slope, proximity to roads
and transmission lines or designated corridors, and containing at least 2,000 acres of BLM-administered public lands. The areas selected would be available for projects capable of
producing 10 or more megawatts (MW) of electricity for distribution to customers through the transmission grid system. Companies that propose projects on that scale in areas already
approved for this type of development would be eligible for priority processing, according to the plan. The BLM may also decide to use alternative competitive or non-competitive
procedures in processing new solar applications for these areas, the DOI reports.
DOI expands capacity to expedite solar energy project evaluations and permitting
Secretary Salazar and Senator Reid also announced the opening of a new Interior Renewable Energy Coordination Office (RECO) in Nevada, the first of four, with the others located in
Arizona, California, and Wyoming. The offices are expected to help expedite the processing of the increased number of applications for renewable energy projects on U.S. lands. Currently
BLM has received about 470 renewable energy project applications, including 158 active solar applications, covering 1.8 million acres with a projected capacity to generate 97,000 MW of
electricity. The DOI reports that it also coordinates with states to expedite permitting for a number of solar power projects nearing approval. The BLM plans to begin site-specific
environmental reviews for two major projects in Nevada that would have a combined capacity of more than 400 MW of electricity. "I want to thank Secretary Salazar for his commitment to
renewable energy, and for being here in Nevada today," said Senator Reid. "This is the Secretary's second visit to Nevada to announce key renewable energy initiatives that will help
make Nevada the blueprint for everything that's right about the future of our nation's energy policy. We've got sunny skies, strong winds, and land that when used properly, will allow
us to lead the nation's children into a cleaner, more efficient, and more profitable tomorrow."
2009-07-06 Courtesy: US Department of the Interior Solarserver.de © Heindl Server GmbH
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Photovoltaic system by Enerqos powers the Viterbo BMW dealership in Italy
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Glass-glass BIPV system by Enerqos.
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Enerqos Plc, an Italian designer and installer of PV plants, headquartered in Monza in a press release announced the commissioning of its photovoltaic installation at the Viterbo BMW
dealership near Rome. The BIPV (Building Integrated Photovoltaic) installation, which covers the entire roof canopy of the showroom, has already started producing clean electricity with
a maximum output power of 121 kW, the company reports. "Choosing to install solar panels on the roof of our headquarters represents a significant investment. In return, it
enables us to reduce our energy spend and demonstrates both our own and the BMW brand’s commitment to environmental issues", says Fabio Lonardo, Director of the Viterbo showroom.
The solar panels have been installed to cover the entire surface of the roof canopy (1.200 m2) in order to maximize energy production. Perfectly adapted to the shape and form of the
roof, these photovoltaic glass-glass modules create excellent luminosity and ensure an aesthetically pleasing finish, Enerqos emphasizes in the press release.
Advanced service management in order to guarantee efficiency
An integrated operating system enables the timely detection of operational anomalies and performance can be monitored in real-time on a PC located within the building, Enerqos reports
in the press release. This advanced service management system was implemented in order to guarantee efficiency, production and facilitate the intervention of technical teams should any
problems arise. "Our contract with this BMW dealership is the first of a long series", says Giorgio Pucci, Vice-President of Sales and Marketing at Enerqos. "Roof-mounted solutions are
one aspect of the photovoltaic industry that boast strong potential and will undoubtedly experience rapid growth throughout Europe in the years to come."
Benefit from "Conto energia" feed-in tariffs
The state-of-the-art technology in operation at the Viterbo BMW showroom ensures efficiency, productivity and longevity. Moreover, the ‘totally integrated’ installation will
benefit from preferential "Conto energia" (the fund which provides subsidies to promote clean energy in Italy) feed-in tariffs approved by the Italian government in 2007. According to
Enerqos this fixed tariff is valid for 20 years and offers one of the highest rates in Europe.
2009-07-05 Courtesy: Enerqos Plc Solarserver.de © Heindl Server GmbH
Picture Courtesy: Enerqos Plc
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Saudi Aramco and Showa Shell to launch solar PV project in Saudi Arabia
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Shigeaki Kameda, Khalid G. Al-Buainain and
Shigeya Kato (from left) celebrate the LOI on
their solar project.
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Saudi Aramco (Dhahran, Saudi Arabia) and Japan's Showa Shell (Tokyo, Japan) on June 30th, 2009 announced that the companies had signed a letter of intent (LoI) to study the
feasibility of generating power from the sun using proprietary Showa Shell thin film CIS PV technology in a pilot project in the Kingdom of Saudi Arabia. According to the press release,
Khalid G. Al-Buainain, Saudi Aramco Senior Vice President for Refining, Marketing and International, and Shigeya Kato, Chairman of Showa Shell had signed the letter of intent on June
12th, 2009, in Tokyo. The pilot project is said to enjoy the firm support of the Japanese government and its Ministry of Economy, Trade and Industry (METI). Toru Ishida,
Director General of METI's Agency for Natural Resources and Energy, welcomed the agreement and affirmed the ministry's backing of the initiative. Aramco reports that the pilot project
not only involves the transfer of cutting-edge technology and the exchange of expertise between the two companies, but it also leverages their existing relationship, as Saudi Aramco,
through an affiliate, holds an equity stake in Showa Shell. As part of the project, young Saudi engineers will receive specialized training at Showa Shell’s solar energy plant,
ensuring they gain knowledge and experience in the fast-developing world of solar energy technology.
Project to benefit from Saudi Arabia's solar power potential
"We're pleased to embark on this pilot project with our friends at Showa Shell", Al-Buainain said, "and to explore the contributions that innovative solar power technology can provide
to Saudi Arabia's expanding energy sector. There are promising opportunities to reduce power generation and transmission costs, particularly in the Kingdom's rural areas and for remote
industrial facilities and installations." Jun Arai, President of Showa Shell, and Shigeaki Kameda, President of Showa Shell Solar, attended the signing ceremony and praised the
agreement, noting it was a landmark in the history of the relationship between the two companies. According to the press release, a team drawn from both firms has started developing
execution plans for the projects, and designing the related training programs.
2009-07-03 Courtesy: Showa Shell Solarserver.de © Heindl Server GmbH
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SunPower and Wells Fargo team up to finance 100 million US-dollars in solar projects
Wells Fargo, a diversified financial services company and the PV producer SunPower Corporation (San Jose, California) on June 29th, 2009 announced a new collaboration to fund
commercial-scale solar energy systems up to 100 million US-dollars. Under the financing program, SunPower will enter into power purchase agreements (PPAs) with qualified customers and
Wells Fargo will finance the solar photovoltaic systems that SunPower will design, build, operate and maintain. Customers hosting the systems are expected to buy the
electricity from SunPower at prices that are competitive with retail rates, providing them with a long-term hedge against rising power prices and the ability to take advantage of the
environmental and financial benefits of solar power with no initial capital investment, the companies emphasize in their press release. "We see increasing opportunities over the next
several years to support renewable energy markets", said Barry Neal, Director of Wells Fargo's Environmental Finance. "By teaming up with SunPower, we intend to support growth in the
solar energy market by making it easier and more affordable for businesses and public entities to benefit from solar electricity today."
Megawatt Solar power systems to be installed at UC Merced and Western Riverside County Regional Wastewater Authority
The first projects financed under the program include a 1.1 megawatt (MW) system for the University of California, Merced, and a 1 MW system for the Western Riverside County Regional
Wastewater Authority. Scheduled for completion by year end, both are designed to be ground-mounted systems using the patented SunPower "T20 Tracker" technology, which follows the sun
throughout the day and delivers up to 30 percent more energy than fixed-tilt ground systems. "SunPower offers high performance solar technology and financing expertise that helps
customers maximize savings on their electricity expenditures. Our relationship with Wells Fargo strengthens our project finance efforts, streamlining the implementation of clean,
renewable solar power for SunPower's large commercial and public customers throughout the U.S.", said Mac Irvin, Managing Director of SunPower's structured finance group. According to
the press release, SunPower currently has more than 500 large public and commercial solar power systems installed or under contract, representing more than 400 MW of generating
capacity. Wells Fargo on own account has so far provided more than 1.75 billion US-dollars in financing for renewable energy projects since 2006.
2009-07-02 Courtesy: SunPower Corporation Solarserver.de © Heindl Server GmbH
Picture Courtesy: SunPower Corporation
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REEEP eases financial crisis for renewable energy and energy efficiency
The Renewable Energy and Energy Efficiency Partnership (REEEP; Vienna, Austria) on June 26th, 2009 announced that the organization had provided 667,500 Euros (944,000 US-dollars) in
seed funding for eight new finance projects to accelerate the clean energy market in the developing world. According to the press release, piloting innovative finance methods is one of
the Vienna-based non-governmental organization's (NGO) key priorities in its small-scale project funding was designed to have a wide ripple effect. REEEP reports that
microfinance facilities are a way to open up access to energy services for the rural poor, and that the organization plans to work in Uganda to help microfinance institutions (MFIs) to
establish small businesses selling solar, biogas and high-efficiency cookstoves, and to provide loans to 5000 consumers who buy them. In parallel, another REEEP project is planned to
help establish a network of retail outlets to sell energy-efficient compact fluorescent lightbulbs (CFLs), pressure cookers, stoves and solar lanterns in villages of the Indian state of
Karnataka, and structure guarantees with MFIs to provide financing to end users.
Microfinancing systems to support renewable energy generation in developing nations
According to the press release, a successful microfinance mechanism is PFAN (Private Financing Advisory Network), a finance coaching and investor matchmaking service that works well in
many developing markets, as well as in India and China. A new REEEP project is in place to expand PFAN activities to Uganda and Mozambique, and aims to attract between 10-60 million
US-dollars of funding to clean energy projects in those two countries during its first year, the organization reports. Establishing microfinancing systems on the islands of Fiji,
Vanuatu and Samoa over the next 15 months is the aim of the PREM (Pacific Renewable Energy and Microfinance) project. REEEP reports that PREM will target the agricultural sector in a
project combining international and local sources of financing to make solar water pumps for irrigation, solar dryers for fruits, and bio-digestors for agricultural waste available to
small farmers in Brazil.
Large-scale investments sought for renewable energy projects in emerging markets
With microfinancing at one end of the spectrum, other REEEP projects aim to unlock the potential of large-scale investment in renewable energies. Institutional investors such as pension
funds, insurance companies, and savings and investment banks see high risks associated with the emerging markets and with renewable energy. A REEEP project seeks to develop risk
mitigation strategies and financing products through intermediaries such as E+Co, to attract major players to the renewables market. In a similar vein, REEEP reports that it had also
provided funding for the establishment of a public-private Mezzanine finance facility for renewable energy projects in Morocco, Tunisia and Egypt. A shortage of investor equity capital
and government subsidies are barriers to project financing of renewable energy projects in the region. Mezzanine finance is a 'quasi-equity' structure that could help alleviate the
current lack of developer equity. Finally, REEEP reports that a project together with the China Development Bank will develop new financial tools and risk mitigation instruments for
renewable energy project finance, and will help build a network of market-based banks interested in renewable energy project finance. "We are convinced that targeted interventions like
these will help to mobilize funding for renewables and energy efficiency in the emerging markets," said Marianne Osterkorn, Director General of REEEP.
2009-07-02 Courtesy: Alliance to Save Energy; Washington DC Solarserver.de © Heindl Server GmbH
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Tessera Solar and CPS Energy sign 20-year agreement to build 27 MW solar thermal project in West Texas
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"SunCatcher" dish stirling engines.
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Tessera Solar (Houston, Texas) and CPS Energy (San Antonio, Texas), the largest municipally owned energy company in the USA, at the end of June 2009 announced the signing of a
20-year power purchase agreement (PPA) to develop a 27-megawatt (MW) solar project in West Texas using the "SunCatcher" power system manufactured by Tessera Solar's sister company,
Stirling Energy Systems (Scottsdale, Arizona). According to the press release, the PPA with CPS Energy is the first project in Texas for Tessera Solar and will complement the company's
1,500 MW of California projects in Imperial Valley and the Mojave Desert. CPS Energy had announced to pursue a solar thermal capacity up to 100 MW from in the summer of 2008.
This had been part of CPS Energy's overall goal to achieve renewable-energy capacity equal to 20 percent of customers' peak electrical demand by 2020. Bob Lukefahr, Tessera Solar North
America Chief Executive Officer (CEO) said: "CPS Energy is a company with a long history of leadership in renewable power, and this project is another example of its commitment to
long-term sustainable energy. By choosing Tessera Solar and the SunCatcher power system, CPS Energy is able to provide San Antonio with low cost, high-efficiency solar power."
27 MW "Western Ranch Solar" to break ground in Summer 2010
"This marks our first purchase of solar-generated energy and we look for it to be the start of a successful solar program for many years to come," said CPS Energy CEO Milton B. Lee.
"Solar will complement our diversified approach to producing electricity." The "Western Ranch Solar" project is expected to break ground in Summer 2010, assuming timely completion of
regulatory approvals, with the first units expected to come online by the end of 2010. According to the press release, the 27 MW solar project will be comprised of 1,080 SunCatcher
dishes and is expected to create 100 construction jobs and up to 20 permanent jobs. The SunCatcher system uses precision mirrors attached to a parabolic dish to concentrate the sun's
energy onto a high-efficiency Stirling Engine, allowing each dish to generate up to 25,000 watts of power, CPS Energy reports. Western Ranch Solar is expected to be one of the first
utility-scale solar projects built in Texas and can be expanded to as much as 130 MW.
2009-07-01 Courtesy: CPS Energy Solarserver.de © Heindl Server GmbH
Picture Courtesy: CPS Energy
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OutBack Power Systems reports availability of SmartRE grid-interactive solution
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SmartRE: Renewable energy grid-tied
system with battery back-up.
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OutBack Power Systems, Inc., (Arlington, Washington) a manufacturer of power electronic products for renewable energy applications worldwide, on June 26th, 2009 announced the
availability of a new, fully integrated renewable energy grid-tied system with battery back-up. The product, dubbed "SmartRE" (Smart Renewable Energy Solution) is said to offer home
owners and small businesses a solution that allows installers to easily sell and install a grid-tied system that harnesses the sun's rays to create energy, while simultaneously
providing owners the peace of mind of battery back-up, always-on power.
OutBack Power Systems, Inc., (Arlington, Washington) a manufacturer of power electronic products for renewable energy applications worldwide, on June 26th, 2009 announced the
availability of a new, fully integrated renewable energy grid-tied system with battery back-up. The product, dubbed "SmartRE" (Smart Renewable Energy Solution) is said to offer home
owners and small businesses a solution that allows installers to easily sell and install a grid-tied system that harnesses the sun's rays to create energy, while simultaneously
providing owners the peace of mind of battery back-up, always-on power. SmartRE is believed to address the common cost and complex installation issues found in other grid-tied with
battery back-up solutions, including time required for installation, location of installation, and appealing aesthetic look, while requiring only the addition of batteries and solar to
the SmartRE solution. According to the press release, SmartRE is specifically designed with a standard configuration for a simple installation either inside or outside the house or
business.
Grid-tied, battery backed-up system offers easy installation, versatility and aesthetic appeal
"SmartRE is the grid-tie battery-backed inverter solution that combines affordability and ease of installation with the robustness and reliability of larger-scale products", said Jeremy
Smithson with Puget Sound Solar. "We're seeing a significant uptick in demand for residential and small business solar solutions and are pleased to have an OutBack option that meets our
customers' needs while providing a product that we, as installers, can quickly integrate into solar installations." Jack Crose, Director of Sales at OutBack Power Systems, said: "We are
extremely excited to be shipping this new grid-tie with battery back-up product. Being both indoor and outdoor rated SmartRE offers our customers the versatility they have been looking
for in a grid-tie with battery back-up solution." Ananda Hartzell, SmartRE customer, confirmed: "The SmartRE product is the turnkey solution I was looking for, a simple to install,
pre-configured solar electric system with battery back-up for the looming winter storms ahead."
2009-07-01 Courtesy: OutBack Power Systems, Inc. Solarserver.de © Heindl Server GmbH
Picture Courtesy: OutBack Power Systems, Inc.
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Cookson and Strip Tinning in Solar Cooperation
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David Crimp of Cookson and Richard Barton
of Strip Tinning in agreement.
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Cookson Electronics Assembly Materials, a world-leading supplier of solder and solder related materials, has signed a joint commercial and technical strategic collaboration agreement
with Strip Tinning Ltd, of Birmingham UK, manufacturer of coated, conductive, copper foils used to interconnect PV cells in the assembly of solar modules. Under the terms of the
agreement, Cookson will provide technical input on the selection and utilisation of the lead-free alloys that are increasingly being demanded by solar module assemblers, the company
reports in a press release. Cookson will also be instrumental in the further development of pre-fluxed solar ribbon for which the Company has a patent pending. Cookson in
addition takes responsibility for the worldwide sales and marketing of the solar materials while Strip Tinning undertakes to expand its production capabilities in order to meet forecast
demand.
"Alpha" PV Ribbon to be marketed immediately
"We are delighted to team up with Cookson", said Richard Barton, Managing Director, Strip Tinning. "Their global presence and expertise in solder metallurgy will be invaluable to the
future expansion of our business." Cookson will market "Alpha" PV Ribbon immediately and intends to launch the innovative flux coated variant, "Alpha" PV Ready Ribbon in the near
future, although pre-production quantities for testing and evaluation are available now. "Cookson is already selling materials such as fluxes, stencils and conductive inks to the major
solar panel manufacturers", said David Crimp, Cookson Electronics Executive Vice President, Europe. "This partnership will enable us to further develop these commercial channels. Strip
Tinning is a very successful operation manufacturing proven materials to which Cookson can add value before commercialising globally. We are pleased to join forces with such a focussed
operation as Strip Tinning and look forward to bringing the benefits of our cooperation to the solar industry."
2009-07-01 Courtesy: Cookson Electronics Assembly Materials Solarserver.de © Heindl Server GmbH
Picture Courtesy: Cookson Electronics Assembly Materials
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