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Solar prices to finally rival coal in 3 to 5 years - Report

According to Mr Mark M Little global research director for General Electric Co, solar power is on track to compete with coal or nuclear-derived fuel sources as early as 2014.

Innovations are churning out left and right. This week alone saw a breakthrough 90% efficient thin film solar sheet, and even an entire building facade coated in solar panels. In the PV world, efficiencies continue to rise while panel prices steadily become affordable.

However, solar rebates are nearing expiration in some states. Homeowners are urged to take advantage of them soon, as their renewal in the future is not likely. Lower priced solar panels won’t need the same federal support down the road that they require today.

If you’re considering going solar, your savings via tax credits and rebates could range from about 40% to 60% off the cost of installation. Major reductions in your energy bill would add to those savings as well.

In a broad sense, Mr Little foresees a shift toward solar panels and cost effective renewable. He added that “If we can get solar at 15 cents a kilowatt hour or lower, which I’m hopeful that we will do, you’re going to have a lot of people that are going to want to have solar at home."

Electricity costs, which have skyrocketed in many areas of the US, range from 6.1 cents in Wyoming to 18.1 cents per kilowatt hour in Connecticut. One of the greatest perks of solar is its stability, meaning you won’t be faced with rising electricity costs in the coming years.

(Sourced from www.solar.calfinder.com)
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Echtwel, ik zag bij conrad nu een multi junction rgb paneel voor maar 150 piekies, oo geweldig, nog even en ik ga ze proberen
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‘Big thumbs up’ for renewables; Special Report: Business of Green
BY JAMES KANTER
3 June 2011
International Herald Tribune
© 2011 The New York Times Company. All Rights Reserved.

Governments around the world have pledged emissions cuts aimed at keeping global warming below levels that could set off runaway climate change. So what proportion of the low-carbon energy needed to meet those goals will come from sources like the wind, sun and waves?
Most renewable sources are abundant, practically inexhaustible and far more climate friendly than fossil fuels. Some companies making equipment to harness these energies are growing rapidly.
Last month, experts advising the United Nations said renewable sources could deliver nearly 80 percent of world’s total energy demand by the middle of the century. That report, by the Intergovernmental Panel on Climate Change — the most authoritative body of experts, scientists and
engineers specialized in climate change — was a welcome signal for an industry that has faltered in previous decades after government subsidies dried up and lower-cost fossil fuels made their technologies uncompetitive.
The report ‘‘is a big thumbs up for an industry that’s making huge advances in lowering costs and improving efficiency,’’ said Maja Wessels, global head of government affairs for First Solar, one of the largest makers of solar panels. ‘‘The experts have said that reaching high renewables targets will become very achievable.’’
She said that the report should serve as basis for governments and lenders like the World Bank to plan investment in energy systems and infrastructure.
Governments staking out a low-carbon future also welcomed the findings.
Charles Hendry, the British minister for energy and climate change, said the report ‘‘makes it completely clear that this is a massively growing area’’ that could deliver ‘‘a turnaround moment for many parts of the economy.’’
Even so, some financiers and environmental groups said the report underplayed the potential for renewable energy. The panel ‘‘wasn’t aggressive enough and the data were two years old,’’ said Gerard Reid, an analyst at Jefferies, an investment bank. ‘‘For solar panels, and offshore wind and concentrating solar power, we can get the costs down even quicker.’’
WWF, an environmental group, emphasized that it had developed plans for generating 100 percent renewable energy by 2050.
Ottmar Edenhofer, co-chairman of the climate panel that wrote the report, said the findings were realistic. ‘‘Under no circumstances can we afford to omit or neglect renewables,’’ Mr. Edenhofer said by telephone. ‘‘But we must remember that there is more than one way to achieve a low greenhouse gas economy.’’ He was referring to alternatives to renewable sources like nuclear power and technologies under development to limit the damage of fossil fuel use by capturing and storing carbon dioxide before it reaches the atmosphere.
Some of the renewable sources with the greatest potential to deliver large amounts of energy, like certain kinds of solar power, remain expensive compared with burning fossil fuels, he said. And integrating a wide variety of renewable sources into existing power grids would be a huge technical and financial challenge, he added.
That caution was echoed by separate report released on May 24 by the International Energy Agency.
While the agency found that biomass, geothermal and hydropower provide a steady stream of power and pose no greater challenge than conventional power to integrate into grids, other renewable sources — wind, solar, wave and tidal energy — fluctuate with the weather and are often in places that lack grids.
‘‘When shares of variable renewables amount to just a few percent, a philosophy of ‘connect and manage’ will usually suffice,’’ said Nobua Tanaka, executive director of the I.E.A. Greater use of renewable sources means that ‘‘this will need to change,’’ he said.
A summary of the climate panel’s report was published on May 9, after 194 governments agreed to the text. The report was based on a comparison of 164 evaluations of the technology and provided the most comprehensive analysis to date of trends and perspectives for renewable energy. The panel was expected to publish a full report of more than 900 pages by mid-June, once scientists have completed final checks.
The report found that six sources — bioenergy, wind, solar, geothermal energy, hydropower and ocean energy — currently accounted for 13 percent of global energy supply. In one of the least optimistic outlooks for the sector examined by the panel, the world would generate 15 percent of its energy needs from those same six sources by 2050. But in one of the most optimistic projections, the world could generate 43 percent of its energy needs from those six sources by 2030 and 77 percent by 2050.
The panel expected costs for many of the technologies to fall, though they still would be formidable. Reaching a point where renewable sources would contribute significantly more low-carbon energy than nuclear power and fossil fuels by midcentury will require investments by governments and the private sector of up to $5.1 trillion through 2020, and up to $7.2 trillion from 2021 to 2030.
Solar still represented just 0.1 percent of total global energy supply. Ocean energy projects are at demonstration or pilot phases and unlikely to become significant contributors before 2020.
Geothermal stands at 0.1 percent of global energy supply. Tests are still under way to determine if so-called enhanced techniques to raise output can be viable. Hydropower already accounts for 2.3 percent of global energy supplies, but its expansion is partly limited by the effects that dams and reservoirs can have on local ecology and water systems.
Biomass, including biofuels and traditional cooking and heating, is the most widely used renewable source, accounting for 10.2 percent of global energy supply. But using trees and crops for fuel creates more emissions when new land is cleared to make room for displaced crops. ‘‘Biomass may be a major source of renewable energy, but it also has quickly become one of the most contentious sources,’’ Mr. Edenhofer said.
The outlook for wind was probably the clearest. It could supply up to 8.4 percent of global energy in 2050 from current levels of about 0.2 percent, according to the report.
Over all, renewable energy still needs to grow by a factor of about 20 before it can contribute substantially to efforts to reduce greenhouse gases.
Since the evidence used in the report was compiled, additional factors that could dampen interest in renewable energy have emerged, including the rapid development of shale gas in the United States.
The boom in shale gas extraction has lowered energy prices and could make relatively expensive renewable technologies less appealing.
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part 2:

In Europe, the shale gas industry is far less developed. But the more immediate challenge is how governments have shrunk or delayed plans for renewable energy after a sovereign debt crisis led to cutbacks and continues to cast a shadow over the prospects for growth.
‘‘A lot of policy enthusiasm in the developed West has been tempered by austerity,’’ said Nick Robins, chief analyst for climate change at HSBC. ‘‘On the other hand, China and India still are growing quickly and they have the imperative to invest in renewable energy to meet new demand.’’
That more promising assessment of China and India is borne out by the panel’s report, which found that developing countries already host 53 percent of the world’s electrical generating capacity from renewable sources.
The Chinese ‘‘now look at renewables as part of the energy mix, while we in the West still look at them as expensive and a nice to have, rather than a necessity,’’ said Mr. Reid of Jefferies.

International Herald Tribune
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Payment security mechanism for grid connected solar power projects under phase 1 of JNNSM.

The Indian cabinet approved Payment Security Scheme to enable financial closure of projects under Phase 1 of the Jawaharlal Nehru National Solar Mission by extending Gross Budgetary Support amounting to INR 486 crore to MNRE in the event of defaults in payment by the State Utilities / Discom to NTPC Vidyut Vyapar Nigam the Central Agency which will purchase Solar Power from the developers and sell it to the utilities bundled with unallocated Thermal Power available from NTPC utilities.

The scheme will facilitate setting up 1000 MW grid connected solar power projects to achieve targets of the National Solar Mission.

The core component of the Payment Security Scheme is to create Solar Payment Security Account financed from GBS to MNRE to have availability of adequate funds to address all possible payment related risks in case of defaults by distribution Utilities for the bundled power. The PPAs have a robust mechanism for recovering the payments for the supply of bundled solar power through Letter of Credit System. The SPSA, however, is not seen in the nature of margin money and is, therefore, not required to cover for the entire quantum of sale from solar energy.

The Payment Security Scheme will be implemented by the Ministry of New and Renewable Energy with the provision of NVVN opening the SPSA for this purpose and draw funds as per mechanism/ provisions of the Scheme. The funds for each year shall be allocated by MNRE into SPSA.

A Fund Management Committee constituted under the Chairmanship of Secretary, MNRE and representatives of Expenditure, Planning Commission and M/o Power, will oversee the overall implementation of this scheme and shall be empowered to issue any directions to remove any difficulties with regards to its implementation. It will, however, be ensured by NVVN that all efforts are made by various stake holders to realize the amounts.
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Ruukki has developed a fully integrated solar panel facade

Ruukki is the first company to have developed a photovoltaic system that has been fully integrated into a façade to convert sun rays into energy. The solar power system does not depend on the sun's warmth, only its radiation. The electricity generated is used either to meet the building's own needs or is fed into the electricity grid.

The solar panel façade has been designed for application in buildings of a high architectural standard that comply with increasingly stricter environmental regulations. Developed and patented by Ruukki, the system is fully integrated into the façade and is the most cost-effective way on the market to make a fully-glazed façade that generates energy from the sun. The system enables power to be produced even in areas with no direct sun rays since the technology can also utilize sun rays in cloudy weather. In snowy areas and next to water, the system increases output from reflected rays.

Mr Jouni Metsämäki, SVP, Building Components at Ruukki said that "The solar panel façade is Ruukki's response to the need to produce energy from renewable energy sources. The main message of the product is sustainable development and ecology, which are combined with Ruukki's newest technological innovations and the latest technology available.”

In the façade of an average sized office building in Finland, for example, Ruukki's solar panel façade can produce 18,000 kWh of electricity a year. This is enough to meet the annual needs of a medium sized, electrically heated small family home. Output and capacity can easily be increased according to the area available and capacity requirement.

Architect Laura Paunila at Ruukki said that "The unique concept in Ruukki's solar power system is that it is fully integrated into the façade of the building, both functionally and visually. The almost completely black fully-glazed façade enables solutions of a high architectural standard.”

No visible fastenings have been used and thanks to their even coloring, the PV modules based on thin-film technology are aesthetically pleasing, unlike, for example, panels of crystalline silicon.

A sun panel façade is ideal not only for office and commercial construction, but also for residential and commercial construction. The system does not limit choice of base materials or type of building and the façade can be installed in new build and renovation construction and on different bases.
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TATA Steel and Dyesol produce world largest dye sensitized photovoltaic module

An important breakthrough has been achieved at TATA Steel’s Shotton site in North Wales, where a development partnership between TATA Steel and Dyesol has produced the world’s largest dye sensitised photovoltaic module.

The module is over 3 metres in length and approximately 1 square meter in area and represents an important step in the development of large-scale micro energy generation capability within the infrastructure of buildings.

Creation of the module has shown the potential, using continuous printing and coating processes, for scaling up the production of steel strips onto which a dye sensitized photovoltaic coating has been printed. Produced as a single length of coated steel rather than separate cells connected together, the breakthrough brings closer to commercial realization the two companies’ ambitions to develop a manufacturing process that can produce long roofing panels with an integrated dye sensitized photovoltaic function.

Mr Paul Bates operations manager of the TATA Steel Colors PV Accelerator commented that “The TATA Steel and Dyesol team has worked hard to translate laboratory concepts to pilot-line scale, and has successfully produced hundreds of metres of printed steel and polymer film that go into our demonstration product.”

Dr Mikael Khan lead scientist of Dyesol UK Ltd commented that “This module demonstrates the feasibility of a continuously printed dye sensitized product. The materials and processes we have created move the process from the production of single cells into the continuous production, from rolls, of lengths of finished modules that would be ideal for roofing applications.”

Dye sensitized photovoltaic modules have unique performance characteristics, being particularly tolerant of lower light levels and temperature variations, providing benefits in real-world conditions. Developing the ability to print the PV coating directly onto steel roof cladding would enable the modules to be produced in large volumes cost effectively and integrated into building envelopes.
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Conergy Retracts 2011 Annual Forecast on Weak Solar Market

By Ragnhild Kjetland - Jun 15, 2011 7:07 PM GMT+0200

Conergy AG (CGY), the maker of equipment for generating solar power, forecast it will no longer reach its full-year targets for more than 1 billion euros ($1.42 billion) in sales and “mid-double-digit” million euros in earnings before interest, taxes, depreciation and amortization.

The first months of the second quarter “saw no significant improvement in the solar markets that would have been able to compensate for the overall disappointing first quarter,” Conergy said in a regulatory statement today.

To contact the reporter on this story: Ragnhild Kjetland in Frankfurt at rkjetland@bloomberg.net

To contact the editor responsible for this story: Kenneth Wong in Berlin at kwong11@bloomberg.net
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SunPower Slides Most in Six Weeks After Total’s Partial Takeover Finishes

By Will Wade - Jun 15, 2011 5:55 PM GMT+0200
SunPower Corp. (SPWRA) fell after Total SA (FP)’s $1.3 billion offer to purchase 60 percent of the second-largest U.S. solar panel maker was successfully completed, leaving the remaining shares to trade freely.

SunPower dropped $3.02, or 15 percent, to $17.65 in Nasdaq trading at 11:30 a.m. New York time, after sliding as much as 17 percent, the most in six weeks. Total will buy 30.2 million of SunPower’s Class A shares and 25.2 million Class B shares, for $23.25 each, according to a statement today.

SunPower surged after Total said April 28 that it would pay a 46 percent premium for its shares and has remained between $21.69 the day after the announcement and $20.67 yesterday. Today’s decline brings the price back to about the same level before the deal was made public.

“The tender has now gone through, which means there’s nothing supporting the stock,” Jesse Pichel, an analyst with Jefferies Group Inc. in New York, said in an interview. “The movement today is just a reflection of the stock catching up with its peers.”

The drop was expected, said John Hardy, an analyst with Gleacher & Co. Because Total offered to buy only 60 percent of the shares, investors had already valued the remaining shares, known as the stub, at about $16.55, he said.

“Everybody knew the stock was going to be down 15 percent today,” Hardy said. The only surprise is that the shares didn’t fall more, to the expected stub price.

Holding Onto Shares

Total offered to buy as much as 60 percent of SunPower’s Class A and Class B shares. Investors submitted 74 percent of the Class B shares outstanding and the French energy company agreed to buy 81 percent of them.

Investors agreed to hand over 52 percent of the Class A shares outstanding and Total said it may purchase additional Class A shares to reach the 60 percent level.

Hardy said some investors are holding on to their SunPower shares because they expect that Total’s backing will give the solar company a lift.

Pichel downgraded SunPower’s shares on June 8 to “hold” from “buy” and lowered his price target to $19 from $26 in anticipation of the tender’s completion.

“Yet to be determined is how the synergies from Total buying 60 percent of SunPower will pan out, and how quickly does Total help SunPower generate more business,” Pichel said.

To contact the reporter on this story: Will Wade at +1-212-617-4809 or wwade4@bloomberg.net

To contact the editor responsible for this story: Reed Landberg at +44-20-7330-7862 or landberg@bloomberg.net

www.bloomberg.com/news/2011-06-15/sun...
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REC Says Solar Cell Demand Recovering in Germany, Italy Markets

By Stephen Treloar - Jun 16, 2011 3:16 PM GMT+0200

Renewable Energy Corporation ASA said demand for its solar energy components has risen in Germany and Italy in the past few weeks after its competitors cut production capacity.

The recovery in the two markets has been “quite good during the last few weeks,” Chief Financial Officer Bjoern Brenna said in an interview in Oslo.

The company based in Sandvika, Norway announced last month that it will halt output of solar wafers and cells at its Heroeya and Narvik plants from July 1 following a drop in demand in Italy. Brenna said the plants in Norway may resume production by the end of the third quarter. A decision has yet to be made.

The price of solar cells, the main component of photovoltaic panels, dropped in May as supply hit the market and demand was curbed by cuts to subsidies for the technology across Europe, Bloomberg New Energy Finance said. The price of multicrystalline cells fell 8 percent to $1.09 per watt in May, according to data compiled by the London-based researcher.

Brenna said the company has kept inventory levels low, so there won’t be a large writedown on unsold stock. REC had forecast in its first quarter results presentation that inventory levels may build in the second quarter.

To contact the reporter on this story: Stephen Treloar in Oslo at streloar1@bloomberg.net

To contact the editor responsible for this story: Angela Cullen at acullen8@bloomberg.net

www.bloomberg.com/news/2011-06-16/rec...
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US solar sector employs more people than steel

With roughly 93,500 direct and indirect jobs, the American solar industry now employs about 20,000 more workers than the US steel production sector. The American steel industry has historically been a symbol of the country's industrial might and economic prosperity. But today, the solar industry has the potential to overtake that image as we build a new, clean-energy economy.

Cumulative installed solar PV capacity, 2000-2020
Last week, Germany's economic development agency announced similarly big news: There are now more than 100,000 workers employed in the German solar photovoltaic industry alone. Why is that so significant? The US figures take into account solar jobs in PV, solar hot water, and concentrating solar power; Germany is only factoring in solar PV.

And as a reader over at Clean Technica observed that "The US has about 312 million people while Germany has 82 million, about 25 percent as many people. That makes the German solar industry more than four times as large an employer than US steel based on country size."

A couple words of caution: These figures are comparing solar manufacturing, sales, and installation to steel production alone. If one were to factor in products made from steel, the industry would be up around 160,000 workers.

With that said, the solar industry is just getting started here in America. Solar is a high-growth industry with the potential to create millions more jobs in a diverse range of sectors; while still an extraordinarily important industry, steel is not.

(Sourced from www.grist.org)
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Solar-Panel Raw Material Drops to Six-Year Low, Helping Trina

By Alex Morales and Marc Roca - Jun 17, 2011 1:14 PM GMT+0200

Polysilicon, the main raw material in solar panels, has plunged more than 33 percent in the spot market during the second quarter, lowering production costs in the $35 billion global market for the photovoltaic devices.

Prices for immediate delivery fell to an average $50 to $53 a kilogram as demand dropped after European nations slashed clean-power subsidies, said Rupesh Madlani, a renewable energy analyst at Barclays Capital in London. The bottom of that range is the lowest in more than six years, and a drop from $78.90 in March, according to Bloomberg New Energy Finance data.

“People are getting rid of stock that’s been on the floor, in some cases actually below cost,” Andrew Lee, head of international sales at Sharp Corp.’s European solar division, said in an interview from Wrexham, Wales.

Cheaper prices for silicon crystals that turn sunlight into electricity may benefit Chinese panel-makers JinkoSolar Holding Co. and Trina Solar Ltd. (TSL) because they buy mostly on the spot market and the material makes up more of their costs than at European and U.S. rivals, Jefferies Group Inc. analysts said.

Unlike its competitors, First Solar Inc. (FSLR) of Tempe, Arizona, the world’s largest maker of thin-film solar panels, shouldn’t benefit from the drop because it uses cadmium telluride as raw material instead. First Solar may feel margin pressure, according to Min Xu, a Jefferies analyst.

Cuts to subsidized power rates in Italy and Germany doomed many solar projects in those nations, provoking developers to cancel panel orders. That crimped demand for polysilicon, which is manufactured by putting silica from sand or quartz through a series of chemical processes.

Italian Subsidy Cuts

Italy on May 5 approved rate cuts for the second half by 1 percent to 31 percent, depending on the size of the installation. “There were massive projects in Italy that were put on hold or canceled because of investor lack of confidence,” Lee said.

New Energy Finance today said that its June survey of silicon prices showed a drop in average prices to $53.4 per kilogram from $74.40 last month. That’s still slightly above the $52.50 registered in February last year. The energytrend.com website, an arm of market researcher Trendforce Corp., yesterday put this week’s average price at $52.28 per kilogram, down 39 percent since the end of March.

"Overall the industry anticipates further prices declines," said Martin Simonek, a New Energy Finance analyst. "Producers are preparing for a painful consolidation that could see several players exit the solar industry."

Profit Margins

Profit margins will be squeezed at all polysilicon makers, though it may benefit the newest competitors, such as Hong Kong- based GCL-Poly Energy Holdings Inc. and Korea’s OCI Co., Jefferies’ Xu said in a phone interview from New York.

“The price declines are tough for everyone, but better for new entrants such as OCI and GCL, which are expanding capacity aggressively and will take the opportunity to lower prices to take market share,” Xu said. Overall margins may decline to a 40 percent to 45 percent range from more than 60 percent, he said.

Providers regarded as the “highest-quality,” such as Germany’s Wacker Chemie AG (WCH) and Hemlock Semiconductor, majority- owned by Dow Corning Corp. of the U.S., are more reluctant to renegotiate contracts, he said. Hemlock, based in Hemlock, Michigan, and Wacker of Munich are the world’s largest producers by factory capacity, New Energy Finance said.

The price for polysilicon, also used in semiconductors, peaked at about $400 a kilogram during a boom in the Spanish market in 2008 before collapsing and then edging up again last year to about $100 as the Italian and German markets heated up

Wacker, Hemlock

Most companies are ramping up production capacity. GCL, China’s biggest polysilicon-maker, said in March it will more than double manufacturing capacity to 46,000 tons this year. OCI in April announced plans to build by 2013 a new plant with a capacity of 24,000 metric tons. Wacker is expanding plants in Germany as well as constructing a new facility in Tennessee, where Hemlock is also building a $1.2 billion plant.

Wacker spokesman Christof Bachmair said the Munich-based company “never comments on prices.” He said “well under” 10 percent of its sales are on the spot market.

Jim Stutelberg, Hemlock’s vice president of sales and marketing, said the company’s business model “is to allocate a high percentage of our production to long-term agreements with fixed pricing.” He said in an e-mailed response to questions that Hemlock “continues to sell all of its polysilicon.”

Big Six

The four manufacturers of the material, which is derived from tiny silicon crystals, largely share the global market with No. 5-ranked Renewable Energy Corp. of Norway and St. Peters, Missouri-based MEMC Electronic Materials Inc. (WFR)

Smaller “newcomers in Taiwan and China have a lot of sales on the spot market and may suffer more,” said Arthur Hsu, solar research manager in Taipei at energytrend.com. He declined to name companies.

Hsu and Madlani at Barclays Capital both said the main reason for declining polysilicon prices is a drop in Italian demand for solar panels amid uncertainty about incentives known as feed-in tariffs. Italy last year became the second-largest photovoltaic market behind Germany, prompting government subsidy cuts and a new law to further reduce the burden on consumers for the above-market rates.

“In the first half of the year, the Italian market has disappeared, and polysilicon makers are running down their inventories,” Hsu said in a telephone interview.

German Subsidies

Italy in 2010 installed about 5.9 gigawatts of solar panels and 2.3 gigawatts of those were connected to the grid, according to the grid operator GSE. New construction may total 4 to 6 gigawatts this year, said Pietro Radoia, an analyst at New Energy Finance, assuming GSE’s figures are correct. He said about half the parks GSE said were built last year may not have been, and may instead be completed this year.

Germany has also announced subsidy cuts this year, as have France and the U.K. The global market for new installations in 2011 may shrink to 13.3 gigawatts after more than doubling last year to 16.6 gigawatts, according to the European Photovoltaic Industry Association.

To contact the reporters on this story: Alex Morales in London at amorales2@bloomberg.net; Marc Roca in London at mroca6@bloomberg.net

To contact the editor responsible for this story: Reed Landberg at landberg@bloomberg.net

www.bloomberg.com/news/2011-06-16/sol...
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Chinese Banks Back $10 Billion Bid to Build Solar in Europe

By Ehren Goossens - Jun 17, 2011 12:12 AM GMT+0200

Two Chinese banks are providing as much as $10 billion in funding to a group of three Chinese makers of solar equipment to build sun-powered energy projects in Europe.

China Merchants Bank Co. and the state-owned China Development Bank Corp. are backing the efforts of Goldpoly New Energy Holdings Ltd., TBEA SunOasis Co. and China Technology Development Group Corp. (CTDC) to expand in Europe, CTDC said in a statement.

The solar companies say their goals align with the Chinese government’s policies on promoting renewable energy, and that the German government’s plans to abandon nuclear power by 2022 will drive up demand for solar energy in the region.

“We feel confident that we will be leading the next golden decade of solar energy development,” Tim Yiu, executive director and general manager of the solar energy business of Goldpoly, a solar cell maker based in Jinjiang in China’s Fujian Province, said in the statement.

The three companies plan to use modules produced with their own components, including polysilicon, wafers, cells and inverters, according to the statement. They expect to initially develop small projects and then move on to larger ones.

“Our PV investment consortium has strong financial support from China Development Bank and China Merchants Bank,” said Jianxin Zhang, chief executive officer of TBEA SunOasis, based in Urumqi. “Given their backing of $10 billion credit facilities, we will be able to grow steadily and advance our investment and construction of solar plants in Europe.”

State Support

An exact timeline and breakdown of the financing wasn’t disclosed. Lending by China Development Bank for clean energy projects exceeded $35.5 billion last year, according to a February report by Bloomberg New Energy Finance.

China Development Bank has loaned to other Chinese solar power equipment makers, including more than $26 billion to LDK Solar Co., Trina Solar Ltd. (TSL), Yingli Green Energy Holding Co., Suntech Power Holdings Co. and JA Solar Holdings Co., according to data compiled by the London-based researcher.

The three solar makers said this is the first time three listed Chinese companies have formed such a group, and the funding will provide a new avenue to sell their own products.

Other solar companies have purchased development companies to ensure demand for their products. SunPower Corp. (SPWRA), a U.S. maker of solar panels, bought Malta-based SunRay Renewable Energy in February 2010 to increase its sales in Europe. LDK Solar bought in January a 70 percent stake in Solar Power Inc.

To contact the reporter on this story: Ehren Goossens in New York at egoossens1@bloomberg.net

To contact the editor responsible for this story: Reed Landberg at landberg@bloomberg.net

www.bloomberg.com/news/2011-06-16/chi...
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De Solar Impulse, het eerste vliegtuig ter wereld op zonne-energie, vloog gisteren voor het eerst van Brussel naar Parijs. Het ging om één van de eerste vluchten ooit voor het baanbrekende vliegtuig.

Zaterdagavond moest het toestel de vlucht naar Parijs afbreken en terugkeren, wegens te veel tegenwind en technische problemen. 'We zagen dat we niet genoeg energie hadden om Parijs te halen', zei vluchtleider Raymond Clerc. Het toestel is eregast op de vliegshow Le Bourget vanaf 20 juni.

De 64 meter brede Solar Impulse, die 1600 kilo weegt, bestaat grotendeels uit zonnepanelen. Het kan één persoon vervoeren. Tot dusver vloog het met gemiddeld 40 kilometer per uur op een hoogte van 900 meter. © epa

Zie link voor foto's

www.ad.nl/ad/nl/2835/planet-watch/pho...

Hier nog meer foto's:

www.ad.nl/ad/nl/3122/reiswereld/photo...
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Grootste zonnecentrale ter wereld wordt gebouwd in VS

Een zonsondergang in Havana, Cuba. © reuters

In de Amerikaanse staat Californië is de eerste spade de grond ingegaan voor 's werelds grootste energiecentrale op zonne-energie. de installatie moet evenveel stroom opleveren als een kerncentrale. Het project in de woestijn bij Blythe, 350 kilometer ten oosten van Los Angeles, moet in 2013 bijna 1000 Megawatt aan stroom gaan leveren: genoeg voor 300.000 tot 750.000 huishoudens.
De centrale krijgt enorme paraboolspiegels om het zonnelicht te bundelen. De installatie is een initiatief van de Duitse firma Solar Millennium en kost circa 3 miljard euro.

De bouw is een grote stap in het Amerikaanse voornemen te komen tot meer hernieuwbare energie en een stabielere economie, zei de minister Ken Salazar van Binnenlandse Zaken. President Barack Obama heeft gezegd dat in 2035 80 procent van de Amerikaanse stroom uit hernieuwbare bronnen moet komen. (ANP)


18/06/11 11u35

www.ad.nl/ad/nl/1013/Buitenland/artic...
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BHEL bags 5MW solar power plant contract from KPCL

The Electronics Division of Bangalore based Bharat Heavy Electricals Limited has won a major contract for setting up an eco friendly grid connected solar power plant of 5 MW capacity from Karnataka Power Corporation Limited.

The contract is valued at INR 62 crore. BHEL will be setting up the Solar Photovoltaic power plant near Shivasamudram in Karnataka. BHEL’s scope of the work in the order envisages design, manufacture, supply, installation and operation and maintenance of the solar power plant. With this order, BHEL’s SPV-based power projects of various capacities totals to 16 MW.

Significantly, KPCL has selected Crystalline Silicon Photovoltaic (C-SI PV) technology for this solar power plant, which has the longest operational experience across the world.

The power plant will consist of arrays of thousands of photovoltaic panels made of crystalline silicon that will absorb sunlight and convert it into electricity that will be fed into the main grid. DC power generated by the solar panels will be converted into AC by inverters and fed into the grid through transformers.

BHEL is one of the selected players in the field of solar photovoltaics and SPV power plants in India. The SPV modules are manufactured at its manufacturing facility located at Bangalore.

(Sourced from BS)
voda
0
REC Says 28MW Solar Park Installation Announced in Germany

By Marianne Stigset - Jun 21, 2011 9:16 AM GMT+0200

Renewable Energy Corp. ASA said Solar-Konzept started building one of the largest solar parks in Bavaria, Germany, using REC modules. A total of 120,000 solar modules are included in the project.

To contact the editor responsible for this story: Marianne Stigset at mstigset@bloomberg.net

www.bloomberg.com/news/2011-06-21/rec...
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Shorts Sell ‘Solarcoaster’ as China Glut Sinks Panel Prices

By Ben Sills - Jun 20, 2011 7:35 PM GMT+0200

Short sellers are flocking to solar power, dumping record levels of stock in First Solar Inc. (FSLR) and competing equipment makers in a bet that profit will be hurt by a glut of Chinese panels and shrinking demand in Europe.

First Solar of Tempe, Arizona, the world’s largest maker of thin-film solar panels, had a record 23 percent of outstanding shares sold short this month, according to Data Explorers information on Bloomberg. A record 54 percent of Germany’s Q- Cells SE is short, meaning the stock was borrowed for sale by speculators who hope to buy it back later more cheaply.

A surge in Chinese competition and solar subsidy cuts in the world’s biggest markets of Germany and Italy have attracted short selling that has helped push down the 37-member Bloomberg Global Leaders Solar Index 22 percent this quarter. The index’s price-earnings ratio has dropped to 15 from 19 since March 31.

“The stocks look cheap, but 2012 still has massive and potentially overwhelming challenges,” said Shawn Kravetz, chief executive officer of Esplanade Capital. The Boston-based hedge fund has bought Chinese manufacturers and shorted their European competitors, he said, without naming stocks sold short.

Officials for First Solar declined to comment. Thalheim- based Q-Cells did not respond to e-mails or calls.

Kravetz said his colleagues who’ve invested in solar stocks for seven years call the industry a “solarcoaster” because of price volatility. The 37-member Bloomberg solar index has a 60- day volatility of 24 percent, or twice the 12 percent rating of the Standard & Poor’s 500 Index, according to data on Bloomberg.

Evergreen, Suntech

Not all out-of-favor stocks are heavily shorted. The solar index’s biggest decliner this quarter, down 57 percent since March 31, is Evergreen Solar Inc. (ESLR) of Marlboro, Massachusetts, though just 15 percent of its shares were held short as of June 16, the most recent day Data Explorers data was provided.

Nine stocks on the index are shorted more heavily, including four Chinese manufacturers -- LDK Solar Co., Yingli Green Energy Holding Co., Suntech Power Holdings Co. and Trina Solar Ltd. (TSL) Merrimack, New Hampshire-based GT Solar International Inc. (SOLR), a maker of photovoltaic and polysilicon technology products, has a record 20 percent of its outstanding shares borrowed for short sales.

Jim Chanos, the short seller known for predicting Enron Corp.’s collapse, last month recommended investors should bet against First Solar and said Vestas Wind Systems A/S, the largest wind-turbine manufacturer, is “best avoided.”

Supply Pinch Gone

“Being a buyer of PV is much nicer than being a seller,” said John Rego, chief financial officer of South Plainfield, New Jersey-based Petra Solar, which produces solar generators with integrated smart-grid connections for utilities. At the start of last year “it was rather difficult to get PV, and many smaller companies such as ourselves found ourselves in a spot market. That issue no longer exists.”

As Italy and Germany slowed development of solar projects, China’s JA Solar Holdings Co. and Suntech, the world’s biggest solar-cell makers by capacity, were leading an industrywide expansion of factory capacity that will add at least 9.5 gigawatts of new manufacturing lines this year. That will boost global capacity to 41.5 gigawatts, outstripping demand of no more than 28 gigawatts forecast by New Energy Finance.

Factory Expansion

“We had all this capacity added right ahead of the two biggest markets showing a significant slowdown, that’s why we have a tremendous collapse,” said Gordon Johnson, a solar analyst at Axiom Capital Management in New York. He said the stocks may fall another 50 percent. “This doesn’t end nicely any time soon.”

Manufacturers of solar cells, the device fastened to panels for converting sunlight into electricity, have cut their price about 21 percent this year, prompting panel makers to follow suit, according to Bloomberg New Energy Finance.

The solar index lost 25 percent through June 17 from its 13-month high on Feb. 18. The gauge rose 0.2 percent today to 94.01 as of 1:24 p.m. New York time, led by First Solar, up 3.2 percent. Germany’s Conergy AG fell 9.2 percent.

The best performer among solar companies that have traded at least five years is Germany’s Roth & Rau AG (R8R), a maker of factory equipment to manufacture solar cells. The stock has gained 157 percent in the period. At the bottom are Evergreen and Conergy, down 99 percent and 98 percent, respectively, according to prices on Bloomberg.

Declining panel prices “isn’t a bad thing,” Yingli Chief Executive Officer Miao Liansheng told reporters in Baoding, China today. Chief Financial Officer Li Zongwei, at the same event, said Yingli is “looking forward to what will happen after the downturn because we are well-prepared for this downcycle.”

Rush to Hook-up

Global installations of photovoltaic devices doubled last year as developers rushed to hook up equipment in Germany before the government lowered incentives. New plants still may increase by about 30 percent this year as the cost of solar energy drops to near the rate consumers pay for power from the national grid in some of the sunniest parts of California and Turkey.

That’s made Charles Yonts, a solar analyst at CLSA in Hong Kong, optimistic that the industry can work through its inventory without suffering additional declines.

“The worst has passed for demand, but now it’s a question of working through the inventory and that’s difficult,” said Yonts, who recommends investors buy Trina Solar and Trony Solar Holdings Co. of Hong Kong. “Prices have fallen so much that returns are now attractive.”

To contact the reporter on this story: Ben Sills in Madrid at bsills@bloomberg.net

To contact the editor responsible for this story: Reed Landberg at landberg@bloomberg.net

www.bloomberg.com/news/2011-06-19/sho...
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Ground broken in Blythe for huge solar plant

California state and federal officials joined corporate leaders in the California desert community of Blythe to break ground for what will become the world's largest solar power plant.

Interior Secretary Ken Salazar and Gov Jerry Brown took part in Friday's ceremony under warm and windy skies 225 miles east of Los Angeles.

Salazar said the first phase of construction will put 1,000 people to work and create hundreds of permanent jobs. The second phase will do the same. When finished, Salazar says the plant will generate enough electricity to power 300,000 homes.

Brown called it a day of optimism and said despite those who would call the state dysfunctional, California has been known as a mecca for pioneers, creators and people who break new ground

(Sourced from San Diego Union-Tribune)
voda
0
Shale gas takes the wind out of renewable energy Cheap source of natural gas is diminishing the
economic viability of wind, solar power

By Gerard Wynn, Reuters
22 June 2011
Chicago Tribune
Copyright 2011, Chicago Tribune. All Rights Reserved.

Widening shale gas revolution is killing the economics of renewable energy, even as falling costs allow wind and solar to overtake fossil fuels in niche areas, say energy executives and analysts. Solar panel prices are down about 10 percent this year but are chasing a moving target as discovery of cheap shale gas spreads beyond the United
States, experts said at the Reuters energy and climate summit last
week.
Even big renewables investors, such as French energy company Total, see solar as a tiny part of the picture decades out, compared with gas.
Total recently paid $1.4 billion for a majority stake in U.S. solar company SunPower Corp.
"You have one energy that represents today more than 20 percent of
the energy mix, and solar today is close to zero and will represent
maybe 1 or 1.5 percent in 20 years from now," said Jean-Jacques
Mosconi, Total's head of strategy.
"The economic viability of a lot of the renewables are getting killed because we have too much gas in the world right now," said Jeffrey Currie, global head of commodities research at Goldman Sachs. "It's made a lot of these other projects like solar and wind struggle in terms of
their economic viability, and coal too."
Building new gas plants costs half the price of new nuclear and is much
cheaper than wind and solar, said John Rowe, chairman of U.S. power
company Exelon Corp.
Offshore wind may be in the same cost range as gas by 2015, said
Jorgen Kildahl, a board member at Germany's E.ON group utility. But
that does not include the cost of building backup for the intermittent power source. "You need to buy the flexibility to balance your production. That's a big question mark," he said.
- - -
'Rapidly expanding trend'
Shale gas is produced from hydrocarbon-rich shale formations, found
in many parts of the U.S. A 2009 report for the U.S. Department of
Energy referred to shale-gas production as "one of the most
rapidly expanding trends in onshore domestic oil and gas exploration and production." Gas is extracted from shale through hydraulic fracturing, or "fracking" -- a procedure that injects water, sand and
chemicals deep underground to crack the shale and allow the gas to escape. Environmentalists express concern that this process requires
enormous amounts of water and threatens rivers, wetlands, drinking water and air quality.
SOURCES: U.S.
Department of Energy,
CNN
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