Friday, June 11, 2010

Yingli at the 2010 FIFA World Cup

Yingli Green Energy Holding Company Limited has officially opened its carbon-neutral commercial display at the 2010 FIFA World Cup™ soccer stadium in Johannesburg, South Africa. The display, which will be utilized by World Cup partners and sponsors to advertise, is the first carbon-neutral commercial display in the history of the FIFA World Cup™.

By using the Yingli Solar PV system and low carbon footprint materials in the design of the commercial display, the Company was able to achieve carbon neutral status. Additionally, all materials are manufactured in South Africa so products wouldn’t need to be transported by air. Investments in ecological carbon dioxide emission reduction certificates were also made.

"We are pleased to be the first FIFA World Cup™ sponsor to showcase a carbon-neutral Commercial Display," Mr. Liansheng Miao, Chairman and CEO of Yingli Green Energy, stated. "It is important for us at Yingli Green Energy that we are responsible for our own operational footprint in terms of social and environmental impact. Like FIFA, we are committed to making our contributions to a cleaner and greener world. Our Commercial Display will also be an opportunity for football fans from all over the world to see and experience the PV technology as they gather before the kick-off of matches at Soccer City."

The commercial display was designed and installed by Yingli, as a fully operating PV system with Yingli Solar semi-transparent laminates. A total of 1.2 kWp will be generated from the system. The system has the potential to generate around 1,500 KWh of electricity, if it were left at the Soccer City Stadium in Johannesburg for a full year, offsetting around 1.5 tons of carbon dioxide equivalents. The display also incorporates wood, bamboo and other materials from South Africa, which contribute to the reduction of the overall carbon footprint of the display.

Jerome Valcke, FIFA Secretary General, said, "We are excited that Yingli Green Energy marks another historical moment by presenting the very first carbon neutral Commercial Display ever in FIFA World Cup™ history. FIFA is very conscious about the planet we inhabit and we are proud to join forces with Yingli Green Energy by combining our love for football and the environment."

See the original article here

Friday, June 4, 2010

China Overtakes U.S. In Clean Energy Investments

by Donna Howell, Investor's Business Daily

China's formidable power in solar energy is growing.

With potentially huge export and domestic markets, low-cost factory labor and government backing, China's clean energy sector attracted more investment last year than any country, knocking the U.S. to second place.

"One of the main reasons is obvious, looking at the unquenchable thirst of China for electricity," said Lux Research analyst Ted Sullivan. "Look at the rate at which demand is growing, the rate at which they're adding new dams and electric and hydroelectric plants."

Wanting to ensure it's an ally, the U.S. stressed clean-tech collaboration in a joint U.S.-China statement on energy security cooperation issued last month.

The Chinese government's focus on fostering alternative energy has "given investors a place to go and invest" by offering predictability, said Phyllis Cuttino, a Pew Charitable Trusts project director.

A recent study she led says China topped the world last year with $34.6 billion in clean energy investments, public and private. The U.S. followed with $18.6 billion.

China has stepped up aid to its solar companies. Many foreign firms build solar parts there too, drawn by labor as cheap as 3% of manufacturing's cost in the U.S.

"Solar is generally a commodity business, and companies with low manufacturing costs generally have an edge; longer term they can price attractively," said Wells Fargo analyst Sam Dubinsky. "China has the lowest manufacturing costs."

While China has been lending billions to solar firms, and doling out other incentives, U.S. and European perks are waning.

China's Trina Solar (TSL) recently signed a deal with China Development Bank that will bring it $4.4 billion in loans through 2015 so it can boost production. Analysts expect the firm will lift revenue 122%, to $332.9 million, this quarter.

Canadian Solar (CSIQ), which despite the name is a China player, won contracts in Ontario, Canada, for 176 megawatts of solar gear.

Suntech Power (STP), China's largest maker of solar cells and panels, in April inked a deal with the China Development Bank for up to $7.33 billion.

The euro's fall, however, is weighing on Chinese solar stocks of late. And with prices for conventional energy sources relatively low, governments might be even less inclined to apply solar stimulus measures.

Subsidies are key to supporting the solar industry until that theoretical grid-parity day when it's advanced enough to pay its own way by matching the cost of conventional energy. But just how far a government should go to prop up the industry is a matter of great debate.

"Looking at all countries that continue to be real leaders, or are emerging, almost all of them have a strong national policy framework," Cuttino said. "One reason we think a lot of capital is sitting on the sidelines in the U.S., or is going to China, is because we don't have those policies."

Subsidies are generally sliding outside China and rising in China, says Broadpoint AmTech analyst John Hardy — although German lawmakers on Friday took steps to put off a planned solar subsidy cut of as high as 16% and are looking at more modest trims.

"There is the likelihood that sometime in the not-too-distant future we'll hear about a feed-in tariff (where energy generators can sell power to utilities at a premium) for solar in China," he said. "You read a lot about Germany cutting feed-in tariffs. Italy's set to decide what they want to do with their feed-in tariff as we move into 2011."

Reducing subsidies is necessary for the industry, Hardy contends.

"Ultimately it's good and forces companies to reduce costs" and head toward grid parity, he said. "But it creates volatility."

Hardy sees U.S.-based First Solar (FSLR) as best positioned with its lead at reducing costs via its thin-film modules.

SunPower (SPWRA), another U.S. firm, is "in the bucket of benefiting from more demand coming domestically over the next couple years as some utilities start to ramp up their projects," he said.

U.S.-based solar wafer and polysilicon provider MEMC Electronic Materials (WFR) is in the same bucket, says Hardy.

After a lull, China's market is recharged. "There are a lot of politically well-connected Chinese oligarchs" leading solar firms, Sullivan said. "And the downturn has spurred them to start developing the domestic market."

Two years ago, 80% to 90% of China's domestic solar sales were residential, notes research firm Freedonia Group, with utilities negligible. This is set to change through 2013, it says; utilities, with government incentives, are expected to rapidly increase investment to as much as 4% of total sales.

"Export sales growth is naturally going to decelerate. Meanwhile, domestic demand for PV modules is going to really take off," Freedonia analyst Ryan Martinson said by e-mail. "The net effect is that Chinese firms are going to be selling a lot more of their output locally."

China's starting to take direct investments in Chinese producers, and subsidizes up to half of costs for large-scale domestic solar projects via its Golden Sun program.

Chinese sovereign wealth funds hold a large position in GCL Solar Energy, Sullivan says, while the Jiangxi provincial government has a stake in LDK Solar (LDK).

"Both GCL and LDK were looking shaky as polysilicon prices crashed," he said.

With all this, China will emerge as the world's largest solar market in 2015, with 5.5 gigawatts of capacity newly installed that year and a cumulative total of 18, Sullivan says. Global capacity that year should hit 26.4 gigawatts. For 2010, China's adding about 580 megawatts vs. 9.3 gigawatts worldwide. "The Chinese are building a strategic overcapacity so they don't get caught in a trap like 2005-09," he said, adding that Polysilicon went from $23 a kilogram in 2003 to $400 by 2008.

With overcapacity, China can keep prices low, Sullivan says, but can turn on the spigot if prices go up, giving Chinese exporters preferential access to raw materials. He sees U.S. firms as likely able to compete with China, but says some fear First Solar could lose its price edge.

Hardy names JA Solar (JASO) as a rare China firm that hasn't overlevered itself short term.

"Pretty much across the board, China-based component manufacturers have relied on short-term financing to build out capacity," he said. "It's difficult to say whether that support continues to exist. If it should slow for any reason, that would be favorable to non-China-based companies."

See the original article here

Wednesday, May 26, 2010

SANYO to Expand Solar and Energy Solutions Business in Europe

Tokyo, Japan - Jun 13, 2010 (PRN): SANYO Electric Co., Ltd. (SANYO) has announced that it will begin full-scale development and expansion of its solar and energy solutions business in the European market in 2010. SANYO is aiming to achieve a business scale of 800 million Euros in its solar and energy solutions business in Europe by March 2016, providing photovoltaic modules, lithium-ion battery systems, energy management systems that include controllers, as well as a comprehensive maintenance service.

Today there is growing demand for clean energy, given the continued advancement of measures to reduce effects on the environment, including the setting of numerical targets for CO2 emission reductions in countries around the world. So far, SANYO has expanded its HITR solar cell business mainly through residential applications in the European market, thanks to the product's world highest-class energy conversion efficiency and superior temperature co-efficiency characteristics.

Starting this fiscal year, SANYO will now develop its energy solutions business in Europe by offering a substantial reduction in running costs and CO2 emissions for facilities such as factories, schools and stores, through its Smart Energy System (SES) which combine SANYO technologies for energy generation (photovoltaic systems), energy storage (rechargeable batteries), and energy efficiency (commercial equipment, etc.). The system will optimally control clean energy generated by photovoltaic modules and stored into rechargeable batteries to supply equipment such as air conditioning and lighting with the energy. It can be installed in small-scale applications such as homes, medium-scale applications such as convenience stores, and large-scale applications such as factories to realize a more effective use of clean energy.

By engaging in full-scale development and expansion of its solar and energy solutions business in Europe, SANYO will play a key role in reducing the negative effects of global warming on the world's environment.

*1HIT is a registered trademark of SANYO Electric Co.,Ltd.The name "HIT" comes from "Heterojunction with intrinsic Thin-layer"which is an original technology of SANYO Electric Co.,Ltd..

About Sanyo Electric Co Ltd

SANYO ELECTRIC CO., LTD. manufactures electrical appliances and equipment for household and industrial use. The Company's products include household appliances, audio/video equipment, semiconductor products, and batteries. Sanyo's industrial equipment includes vending machines and commercial use kitchen appliances.

See the original article here

Wednesday, April 21, 2010

LDK Solar Achieves 2GW of Wafer Production Capacity

by Karl-Erik Stromsta

China’s LDK Solar confirms plans to intensify its efforts to remake itself as a vertically integrated solar company, shunning the advice of investors who believe the firm should slow its feverish expansion.

LDK this week reached an annualized wafer production capacity of 2 gigawatts (GW), solidifying its position as the world’s dominant solar-wafer maker. LDK, which counts Q-Cells, Conergy, Trina and JA Solar among its key customers, intends to swell its wafer production to 2.6GW by the end of 2011.

Its 10.8% slice of the wafer market last year was more than double that of its closest competitor, Norway’s REC Wafer.

“Five years ago we had a dream to become the world’s largest and most economical multi-crystalline wafer manufacturer for the solar industry, and we have done it,” says chief executive Xiaofeng Peng. “I am proud of the way our team has successfully executed one of the most impressive capacity ramps in the sector.”

But LDK is no longer content to dominate the wafer market from its base in Jiangxi province, with plans to become a major player along the entire solar value chain, covering polysilicon, cells and modules.

Its expansion plans are stunning in their ambition. By the end of 2011 it will grow its solar-cell output from nothing to 480 megawatts (MW); its polysilicon output from 6,000 tonnes to 18,000 tonnes; and its module output from 600MW to 2GW.

LDK has also cemented a strategy to become a major solar-park developer, with a particular focus on China in the coming years.Vice president Mario Zen says the firm began developing solar arrays in Europe in 2009 “to develop confidence and get our feet wet, in order to be ready for Chinese projects in the future”.

LDK, which has close ties to the Chinese government, intends to aggressively pursue large-scale solar projects as part of China’s still-hazy Golden Sun subsidy scheme. The government has so far approved 642MW of projects under Golden Sun, with LDK holding concessions for 19MW.

See the original article here

Poly-Si Spot Price Begins to Rise on Increased Demand

Nuying Huang, Taipei; Willie Teng, DIGITIMES [Thursday 22 April 2010]

Polycrystalline silicon (poly-Si) spot price has increased to US$55/kg compared with US$50-55/kg seen in the first quarter, and prices for some express orders have risen to US$56-57, according to industry sources.

Since demand is expected to trend upwards in 2010, some poly-Si producers have begun selling materials at smaller volumes and holding onto their supplies in anticipation of price appreciation in the coming months, the sources said, adding that buyers are now forced to diversify their poly-Si suppliers.

Previously signed contract prices have remained relatively stable thus far, but some have modified agreements to adjust prices on a quarterly basis.

See the original article here

Thursday, April 1, 2010

Scaling Single-Junction a-Si Thin-Film PV Technology to the Next Level
















The recent photovoltaic industry shakeout which started around Q3 2008 has faced the overcapacity, credit crunch, and economic crisis that significantly declined the average selling price by 50-65%, including the price of thin-film photovoltaic modules. The changing business environment has put significant pressure on all PV manufacturing technologies but more candidly on amorphous silicon thin-film single-junction module manufacturers to advance and scale up the device efficiency and aggressively drive cost reduction. This paper outlines the technical approach taken at Moser Baer Photovoltaic Technologies India Limited (PVTIL), including process optimization and device management strategies, to enhance the efficiency (total area) of the thin-film single-junction amorphous silicon module as manufactured using Applied Materials' SunFab line.

See the original article here

Sharp's 1GW Thin-Film Plant Starts Production

With an initial production capacity of 160MW, Sharp has started volume production at its 1GW a-Si thin-film plant in Sakai City, Osaka Prefecture, Japan. According to the company, the new facility will be a model plant for future Sharp thin-film solar cell plants around the world.

Sharp had previously announced a joint venture 160MW a-Si thin-film plant with Enel and STMicroelectronics, using an existing shuttered semiconductor fab in Catania, Italy, as well as reporting the news of its a-Si thin-film modules' conversion efficiency of 8.5%.

A new tandem-junction a-Si module with ~10% conversion rates will also enter volume production at the new plant in Japan.

See the original article here