LDK Solar Co. Ltd. has agreed to acquire a 70 percent interest in Solar Power Inc. for approximately $33 million, strengthening the Roseville company’s balance sheet and providing much-needed financing.
LDK Solar is a China-based manufacturer of multicrystalline solar wafers, high purity polysilicon and photovoltaic products. Solar Power (OTCBB: SOPW) manufactures solar panels in China and installs solar-power systems in the United States.
“This investment in SPI clearly places our company among the most elite photovoltaic solar developers today,” Steve Kircher, chairman and CEO of Solar Power, said in a news release. “We are honored that LDK Solar has placed value in our legacy projects and in our pipeline.
The deal will speed up development of Solar Power’s project pipeline, which primarily consists of utility-scale power plants and commercial and industrial distributed generation systems, according to the companies. Projects that had been in the works include a 16-megawatt solar farm in north Sacramento County.
LDK Solar also will buy certain components of Solar Power’s manufacturing equipment and assume total manufacturing control of the company’s module manufacturing facility in Shenzhen, China. The move will allow Solar Power to develop and build large- and utility-scale solar projects in the U.S.
“One of the things that’s challenging to everybody today is financing. Liquidity is still an issue,” Solar Power spokesman Mike Anderson said. “This changes that for us. It makes it much easier to get projects financed.”
Solar Power will now be able to pursue a number of projects in its pipeline, “including those on the local agenda,” Anderson said.
Anderson added that while LDK Solar will take over the manufacturing operation, the company will continue to manufacture “our SPI branded products,” including Solar Power’s modules, which have been highly rated by the California Energy Commission for performance and efficiency.
LDK has more than 20,000 employees worldwide. Solar Power has 63 employees in the U.S. and China.
“We are very pleased with this new strategic relationship,” Xiaofeng Peng, chairman and chief executive officer of LDK Solar, said in a news release. “We have known the SPI team for several years have been very impressed with the quality of their work and the caliber of the customers they serve. We look forward to working closely with the team that is responsible for outstanding solar projects such as the Staples Center and the Aerojet solar farm.”
A 2.4 megawatt expansion of an existing solar system at Aerojet in Rancho Cordova was completed in June, bringing the project’s total capacity to 6 megawatts. The 40-acre array is the largest single-site industrial photovoltaic facility in the state, according to the company.
Peng added that the deal gives the two companies the opportunity to “jointly explore opening manufacturing operations in the U.S.”
LDK Solar’s headquarters and manufacturing facilities are in Xinyu City, Jiangxi Province in China.
Solar Power already had announced plans to renovate a 100,000-square-foot building at McClellan Business Park for use as a solar panel manufacturing plant. Those plans were put on hold due to a lack of financing.
The company last year nabbed $24.7 million in Recovery Zone Facility Bonds tied to the federal stimulus package that it planned to use in part to renovate the McClellan building, but the nation’s weak financial markets made it difficult to sell the bonds to investors.
While the two companies want to jointly open a manufacturing plant in the U.S., it’s not clear whether it would be cited at McClellan.
“If we open a manufacturing facility I don’t know where that will take place,” Anderson said. “We haven’t had formal conversations about opening a manufacturing facility in the U.S. yet.”
LDK Solar has an office in Sunnyvale. Anderson said Solar Power will retain its headquarters in Roseville.
Shares of Solar Power Inc. jumped 30 percent, or 11 cents, to 48 cents in trading Thursday.
SOURCE
Photovoltaics, or PV for short, is a Solar Power technology that uses Solar Photvoltaics systems' or Solar cells to provide electricity for human activities. Photovoltaics is also the field of study relating to this technology.
Friday, January 14, 2011
Massive Solar Disk Part of $65 Million Oregon Project
Portland, Oregon prides itself on being an eco-friendly city claiming to have the second most green buildings in the nation behind only Chicago. And now officials are investing in what they say will be the tallest living building in the world.
The Oregon Sustainability Center will generate its own electricity, use only rain for its water source and treat all its waste. How? A massive solar disk on the roof, a 200,000 gallon storage tank and a sewage separater on site that will turn solids into fertilizer and flush water back into the ground. And instead of a typical forced air heating system, the building will use geo thermal to regulate the inside temperature.
If it sounds expensive, it is. Most of the cost of the building, $65-million, will come from taxpayers. The Oregon University System and the City of Portland are picking up the lions share. To recoup the high construction costs, the building will have to charge among the highest rents in the city. Some estimate rents will be 20% above market rates.
That's already proving to be a concern. Only government and some environmental groups have stepped forward to say they'll pay the high rent. Portland State University will house classrooms and faculty offices. Officials say they'll use the opportunity to study green technologies. Some Portland officials compare the project to a NASA experiment, expensive but worth it for the knowledge gained.
But critics call it a boondoggle. Some developers have said it's not economically sustainable. There are so many restrictions such as the use of local building material that costs will be even higher than projected. As long as for profit companies refuse to pay the over-market rents the building may never have enough tenants.
Even with all the technology, developers say they'll need some social engineering to reach their energy saving goals. Tenants will be encouraged to walk up stairs more and use the elevators less. Temperatures will be cooler than most office buildings in the winter and warmer in the summer. And the building will be equipped with sensors throughout that will monitor electricity usage by the cubicle. So workers will be notified if they use too much power. Charge a cell phone at your desk, get a warning. Leave your computer on over night, be prepared for a stern email.
Some even question whether green buildings save energy. Todd Myers of the Washington Policy Center has looked at green schools. Washington State was the first in the nation to require all government buildings be built to silver L.E.E.D. standards. He compared two recently constructed schools, one built to green standards and one not. He found the green building used 30% more energy than the other one.
The typical challenge for green buildings is insulation. They rely heavily on glass because when you use natural lighting you need less electricity. But too much glass makes it very expensive to cool and heat a building. So your electiricy savings are eaten up and then some by using more natural gas.
Portland's mayor, while a big supporter of the project, says if it does not pencil out economically then it may have to be scaled back. It's going through a secon design phase right now to bring the costs down and groundbreaking is tentatively scheduled for this summer.
SOURCE
The Oregon Sustainability Center will generate its own electricity, use only rain for its water source and treat all its waste. How? A massive solar disk on the roof, a 200,000 gallon storage tank and a sewage separater on site that will turn solids into fertilizer and flush water back into the ground. And instead of a typical forced air heating system, the building will use geo thermal to regulate the inside temperature.
If it sounds expensive, it is. Most of the cost of the building, $65-million, will come from taxpayers. The Oregon University System and the City of Portland are picking up the lions share. To recoup the high construction costs, the building will have to charge among the highest rents in the city. Some estimate rents will be 20% above market rates.
That's already proving to be a concern. Only government and some environmental groups have stepped forward to say they'll pay the high rent. Portland State University will house classrooms and faculty offices. Officials say they'll use the opportunity to study green technologies. Some Portland officials compare the project to a NASA experiment, expensive but worth it for the knowledge gained.
But critics call it a boondoggle. Some developers have said it's not economically sustainable. There are so many restrictions such as the use of local building material that costs will be even higher than projected. As long as for profit companies refuse to pay the over-market rents the building may never have enough tenants.
Even with all the technology, developers say they'll need some social engineering to reach their energy saving goals. Tenants will be encouraged to walk up stairs more and use the elevators less. Temperatures will be cooler than most office buildings in the winter and warmer in the summer. And the building will be equipped with sensors throughout that will monitor electricity usage by the cubicle. So workers will be notified if they use too much power. Charge a cell phone at your desk, get a warning. Leave your computer on over night, be prepared for a stern email.
Some even question whether green buildings save energy. Todd Myers of the Washington Policy Center has looked at green schools. Washington State was the first in the nation to require all government buildings be built to silver L.E.E.D. standards. He compared two recently constructed schools, one built to green standards and one not. He found the green building used 30% more energy than the other one.
The typical challenge for green buildings is insulation. They rely heavily on glass because when you use natural lighting you need less electricity. But too much glass makes it very expensive to cool and heat a building. So your electiricy savings are eaten up and then some by using more natural gas.
Portland's mayor, while a big supporter of the project, says if it does not pencil out economically then it may have to be scaled back. It's going through a secon design phase right now to bring the costs down and groundbreaking is tentatively scheduled for this summer.
SOURCE
Labels:
Solar News
Thursday, January 13, 2011
China Company Secures World's Largest Solar Roof Contract
China Sunergy has secured a 7 MW solar module supply contract with CEEG (Nanjing) Solar Energy Research Institute, for the Nanjing South Railway Station solar roof project. It's the world's largest stand-alone building integrated photovoltaic (BIPV) project for one structure and will be one of the most energy efficient public buildings in China. The company announced a big 120MW Italian solar supply deal just a couple weeks ago.
"China Sunergy is delighted to be the module supplier for the 'largest stand-alone BIPV project in the world," said Mr. Stephen Zhifang Cai, CEO of China Sunergy. "We are very happy to see our high-quality solar panels being used in this landmark project, which will certainly raise public awareness and appreciation of renewable energy. We look forward to playing an increasingly bigger role in building China's eco-friendly projects."
Technically, as is the case with many of the China solar stocks, China Sunergy is a compelling entry down here around the 200 day moving average. It was trading slightly below this key support level a few days ago, but has reclaimed that level of support.
SOURCE
"China Sunergy is delighted to be the module supplier for the 'largest stand-alone BIPV project in the world," said Mr. Stephen Zhifang Cai, CEO of China Sunergy. "We are very happy to see our high-quality solar panels being used in this landmark project, which will certainly raise public awareness and appreciation of renewable energy. We look forward to playing an increasingly bigger role in building China's eco-friendly projects."
Technically, as is the case with many of the China solar stocks, China Sunergy is a compelling entry down here around the 200 day moving average. It was trading slightly below this key support level a few days ago, but has reclaimed that level of support.
SOURCE
Labels:
Solar News
Massachusetts Starts Solar Rebate Program
Massachusetts is unveiling a rebate program designed to help residents pay for solar hot water projects.
Starting in February, the Massachusetts Clean Energy Center will begin accepting applications for a pilot version of the program which officials hope will encourage more homeowners to adopt solar thermal water heating technology.
Rebates for Massachusetts residents who qualify will be awarded through a non-competitive application process.
Solar hot water systems generate heat from sunlight to make hot water.
The roof-mounted solar collectors for hot water systems look similar to solar photovoltaic panels, which generate electricity rather than hot water.
A solar hot water system can provide up to 75 percent of total household hot water demand.
SOURCE
Starting in February, the Massachusetts Clean Energy Center will begin accepting applications for a pilot version of the program which officials hope will encourage more homeowners to adopt solar thermal water heating technology.
Rebates for Massachusetts residents who qualify will be awarded through a non-competitive application process.
Solar hot water systems generate heat from sunlight to make hot water.
The roof-mounted solar collectors for hot water systems look similar to solar photovoltaic panels, which generate electricity rather than hot water.
A solar hot water system can provide up to 75 percent of total household hot water demand.
SOURCE
Labels:
Solar Water Heaters
Wednesday, January 12, 2011
Financial Incentives Lure California Solar Manufacturers Away
Just as Gov. Jerry Brown begins his term – after a pledge to create 500,000 green jobs – financial incentives are luring some California solar panel manufacturers to expand in other states.
This week, two Silicon Valley solar panel manufacturers announced they would build factories in southern states that offered business-friendly conditions and strong clean energy markets.
Stion, based in San Jose, will invest $500 million to build its new production facility in Hattiesburg, Miss., after the state agreed to a $75 million loan, and tax and training incentives. AQT Solar of Sunnyvale said it would spend $300 million to open its plant in Blythewood, S.C. The factories are expected to generate 1,000 jobs each.
And just before the new year, Wisconsin announced $28 million in tax credits to relocate a Chatsworth solar panel firm to the state. W Solar Group, located just outside Los Angeles, expects to create about 620 jobs at its new home in Dane County, Wis.
"Should California worry about a mass exodus?" asked Solar Industry, a trade magazine.
The state has embraced the solar industry and is eager to see it expand. But California is facing more competition from other states.
"I would say that California's incentives specifically relating to the mass production of solar panels are improving but not yet competitive to some other states," Frank Yang, Stion's senior director of business development, said in an e-mail. "We hope this will continue to change."
California has committed $30.6 million in federal stimulus funds to renewable energy manufacturing and production. On the campaign trail, Gov. Jerry Brown called clean energy the "key to our economic future," proposing major investment in solar and wind power and pledging to create half a million green jobs by 2020.
"California is such a wonderful incubator of talent and incubation," AQT Solar CEO Michael Bartholomeusz told Solar Industry. "They incubate companies like us, and then companies migrate to other locations."
Stion and AQT Solar say they are not pulling out of the state, where both manufacturers already operate plants. Yang said Stion is developing expansion plans for its San Jose facility, which currently employs 110 people – a tenth of its eventual workforce in Mississippi.
SOURCE
This week, two Silicon Valley solar panel manufacturers announced they would build factories in southern states that offered business-friendly conditions and strong clean energy markets.
Stion, based in San Jose, will invest $500 million to build its new production facility in Hattiesburg, Miss., after the state agreed to a $75 million loan, and tax and training incentives. AQT Solar of Sunnyvale said it would spend $300 million to open its plant in Blythewood, S.C. The factories are expected to generate 1,000 jobs each.
And just before the new year, Wisconsin announced $28 million in tax credits to relocate a Chatsworth solar panel firm to the state. W Solar Group, located just outside Los Angeles, expects to create about 620 jobs at its new home in Dane County, Wis.
"Should California worry about a mass exodus?" asked Solar Industry, a trade magazine.
The state has embraced the solar industry and is eager to see it expand. But California is facing more competition from other states.
"I would say that California's incentives specifically relating to the mass production of solar panels are improving but not yet competitive to some other states," Frank Yang, Stion's senior director of business development, said in an e-mail. "We hope this will continue to change."
California has committed $30.6 million in federal stimulus funds to renewable energy manufacturing and production. On the campaign trail, Gov. Jerry Brown called clean energy the "key to our economic future," proposing major investment in solar and wind power and pledging to create half a million green jobs by 2020.
"California is such a wonderful incubator of talent and incubation," AQT Solar CEO Michael Bartholomeusz told Solar Industry. "They incubate companies like us, and then companies migrate to other locations."
Stion and AQT Solar say they are not pulling out of the state, where both manufacturers already operate plants. Yang said Stion is developing expansion plans for its San Jose facility, which currently employs 110 people – a tenth of its eventual workforce in Mississippi.
SOURCE
Labels:
Solar Industry
Thin-Film Module Company Buys Tracking Technology Co.
First Solar Inc., the world's biggest maker of thin-film solar modules, announced Friday that it bought closely held RayTracker Inc. for an undisclosed amount to expand in sun-tracking technology.
First Solar will assimilate RayTracker's nine employees and clients with the purchase. Tracking systems let solar panels follow the sun's movements, increasing output from solar panels.
Tracking technology has been too costly for thin-film panels because they convert less sunlight into electricity than polysilicon-based modules. For this to work for First Solar, it must create higher-efficiency panels and reduce the cost and maintenance of tracking systems, said Daniel Ries, an analyst at Collins Stewart in New York. "This is really unexpected news from First Solar and seems like a positive development," he said.
First Solar is evaluating RayTracker's systems and hasn't decided whether to use the systems with its thin-film modules for utility-scale projects, said Ted Meyer, a First Solar spokesman.
SOURCE
First Solar will assimilate RayTracker's nine employees and clients with the purchase. Tracking systems let solar panels follow the sun's movements, increasing output from solar panels.
Tracking technology has been too costly for thin-film panels because they convert less sunlight into electricity than polysilicon-based modules. For this to work for First Solar, it must create higher-efficiency panels and reduce the cost and maintenance of tracking systems, said Daniel Ries, an analyst at Collins Stewart in New York. "This is really unexpected news from First Solar and seems like a positive development," he said.
First Solar is evaluating RayTracker's systems and hasn't decided whether to use the systems with its thin-film modules for utility-scale projects, said Ted Meyer, a First Solar spokesman.
SOURCE
Labels:
Solar Industry
Tuesday, January 11, 2011
Pentagon Must ‘Buy American,’ Barring Chinese Solar Panels
The military authorization law signed by President Obama on Friday contains a little-noticed “Buy American” provision for the Defense Department purchases of solar panels — a provision that is likely to dismay Chinese officials as President Hu Jintao prepares to visit the United States next week.
A solar installation at Nellis Air Force Base in Nevada. The military is increasingly eager for alternative energy because fossil fuels are dangerous and expensive to transport in war zones.
Although there are many big issues to discuss, including concerns about North Korea, trade and economic matters are certain to be high on the agenda. And while both sides are aiming to keep the discussion positive — the United States is the world’s largest importer and China the largest exporter of goods — simmering resentments over trade in green-energy technologies could be a distraction.
China has emerged as the world’s dominant producer of solar panels in the last two years. It accounted for at least half the world’s production last year, and its market share is rising rapidly. The United States accounts for $1.6 billion of the world’s $29 billion market for solar panels; market analyses typically have not broken out military sales separately.
The perception that Beijing unfairly subsidizes the Chinese solar industry to the detriment of American companies and other foreign competitors has drawn concern in Congress. The issue of clean-energy subsidies is also at the heart of a trade investigation under way by the Obama administration, which plans to bring a case against China before the World Trade Organization.
The new Buy American provision, created mainly by House and Senate conferees during a flurry of activity at the end of the lame-duck session of Congress, prevents the Defense Department from buying Chinese-made solar panels.
The American military is a rapidly growing consumer of renewable energy products, because it is extremely expensive and frequently dangerous to ship large quantities of fuel into remote areas of Iraq and Afghanistan.
The solar panel provision is carefully written to help it comply with the free trade rules of the World Trade Organization, which would make it hard for China to ask a W.T.O. tribunal to overturn the provision, trade lawyers said.
Chinese leaders have strongly criticized such provisions in the past, particularly one in President Obama’s economic stimulus package in early 2009 that applied to government procurement of steel and construction materials.
But China required in the late spring of 2009 that virtually all of its $600 billion economic stimulus be spent within China, not just for construction materials.
Chinese officials in Beijing and Washington did not respond on Saturday or Sunday to requests for comment on the solar panel provision.
While the United States and Europe have focused on subsidizing buyers of solar panels, China has emphasized subsidies for solar panel manufacturers. It then exports virtually all of its panels to the United States and Europe, often helped by the American and European consumer subsidies.
The solar panel provision in the defense appropriations law comes as President Obama has ordered a broad investigation into whether Chinese export subsidies, local content requirements and other rules have violated W.T.O. rules. As a result of the investigation, the United States started a W.T.O. case on Dec. 22 against what it said were Chinese wind turbine manufacturing subsidies.
American trade officials said then that they were still examining other Chinese clean-energy subsidy policies to decide whether to file additional W.T.O. cases.
The solar panel provision was part of the initial defense appropriations bill passed by the House. The House version had a simple requirement that the Defense Department buy solar panels made in the United States.
The Senate, which has been more leery of interfering with free trade, had no comparable provision, however, and many people in the solar panel industry did not expect the final law to have such a provision.
But the conference of House and Senate leaders ended up retaining the House provision and modifying it, by adding legal language to require that it also comply with previous American trade legislation.
Representative Maurice Hinchey, Democrat of New York, said he had fought for the provision to be included in the bill.
“We’ve had a lot of money taken out of this country and invested in other places around the world, particularly China, and particularly in alternative energies,” he said in an interview by phone. “For them to be producing alternative energy, that’s great, but we need to do it ourselves, and as much of it as possible.”
Mr. Hinchey said he did not think the provision would jeopardize relations with the Chinese ahead of Mr. Hu’s visit. “We have provided them with a lot of economic growth there,” he said. “A lot of money has gone out of this country and into China, and a lot of manufacturing operations, particularly alternative energy, has also gone into China.”
Mr. Hinchey had praised the Obama administration in November for starting a broad investigation into Chinese subsidies for solar and wind energy exports, saying then that these subsidies had put a company in his district, Prism Solar Technologies of Highland, N.Y., at a competitive disadvantage.
Two prominent trade lawyers said in e-mails over the weekend that the law’s language meant that in practice, the Defense Department must buy solar panels from any country that signs the W.T.O.’s side agreement on government procurement. Earlier American trade laws require compliance with that agreement.
Virtually all industrialized countries have signed the side agreement, which requires free trade in government purchases. China vowed to sign it as soon as possible when it joined the W.T.O. in November 2001, but still has not done so.
The two trade lawyers said that the United States was within its rights to discriminate against Chinese solar panels in military procurement.
“The W.T.O. Government Procurement Agreement allows signatory countries, including the United States in its Defense Department contracts, to favor goods from countries that have signed that agreement over countries that have not,” said Carolyn B. Gleason, a partner at McDermott Will & Emery in Washington who is one of the best-known litigators of W.T.O. cases.
Alan Wolff, a former senior American trade official who is now the chairman of the trade practice at the law firm Dewey & LeBoeuf in Washington, said that it was hard to understand China’s resistance to signing the agreement. “There would be a clear benefit both for it and its trading partners,” he said.
Solar panels are technologically complex to manufacture, and are made almost entirely in industrialized countries that have signed the W.T.O. side agreement — or in China.
Inland Chinese provinces and cities have strongly lobbied Beijing not to sign the agreement because they want to retain the legal right to continue steering government contracts to local companies, said a trade policy adviser to the Chinese government who insisted on anonymity because of the political sensitivity of the issue.
The Buy American provision in the 2009 economic stimulus legislation also has a little-known clause allowing purchases from other countries that have signed the Government Procurement Agreement, and not just from American suppliers.
Ocean Yuan, the chief executive and president of Grape Solar, a company based in Eugene, Ore., that distributes mostly mainland Chinese solar panels but also American, Japanese and Taiwanese panels, said that imported panels typically cost 20 percent less than American-made panels.
Mr. Yuan predicted that the new legislation would have a big effect on the American solar panel market, by encouraging Chinese solar panel manufacturers to establish factories in the United States. “This policy will certainly have a negative impact on the imported solar panels from China, which have lower cost over all due to lower labor and overhead costs,” he said.
Grape Solar sold $500,000 worth of Chinese-made solar panels to the American military shortly before Christmas, Mr. Yuan said, adding that he expected future contracts to specify American-made panels.
The legislative provision was welcomed by SolarWorld, a German company that is one of the biggest manufacturers of solar panels in the United States and which has not followed the example of most manufacturers in moving production to China.
“As a long-standing and still-expanding American manufacturer of solar technology, SolarWorld is heartened that the U.S. government and military clearly grasp the critical role of domestically produced solar technology in the country’s national-security future,” said Bob Beisner, managing director of the company’s American subsidiary in Hillsboro, Ore., which is already installing American-made solar panels at United States military facilities at Pearl Harbor, Hawaii.
The defense appropriations bill has another provision related to China. It requires that the military conduct an immediate review of its needs for rare earth metals, which are mined elements increasingly crucial in sophisticated technologies. About 95 percent of the world’s supply comes from China.
The bill also requires the department to establish “an assured source of supply” for rare earth metals by 2015 and to consider setting up a stockpile.
Rare earths are essential for a wide range of military hardware, be it missiles or sonar. The Defense Department has been studying its contractors’ reliance on Chinese supplies for more than a year. A draft report shared with Congressional aides last fall had a preliminary conclusion that rare earths were very important but suggested that the department’s contractors continue to be allowed to buy them from any source.
SOURCE
A solar installation at Nellis Air Force Base in Nevada. The military is increasingly eager for alternative energy because fossil fuels are dangerous and expensive to transport in war zones.
Although there are many big issues to discuss, including concerns about North Korea, trade and economic matters are certain to be high on the agenda. And while both sides are aiming to keep the discussion positive — the United States is the world’s largest importer and China the largest exporter of goods — simmering resentments over trade in green-energy technologies could be a distraction.
China has emerged as the world’s dominant producer of solar panels in the last two years. It accounted for at least half the world’s production last year, and its market share is rising rapidly. The United States accounts for $1.6 billion of the world’s $29 billion market for solar panels; market analyses typically have not broken out military sales separately.
The perception that Beijing unfairly subsidizes the Chinese solar industry to the detriment of American companies and other foreign competitors has drawn concern in Congress. The issue of clean-energy subsidies is also at the heart of a trade investigation under way by the Obama administration, which plans to bring a case against China before the World Trade Organization.
The new Buy American provision, created mainly by House and Senate conferees during a flurry of activity at the end of the lame-duck session of Congress, prevents the Defense Department from buying Chinese-made solar panels.
The American military is a rapidly growing consumer of renewable energy products, because it is extremely expensive and frequently dangerous to ship large quantities of fuel into remote areas of Iraq and Afghanistan.
The solar panel provision is carefully written to help it comply with the free trade rules of the World Trade Organization, which would make it hard for China to ask a W.T.O. tribunal to overturn the provision, trade lawyers said.
Chinese leaders have strongly criticized such provisions in the past, particularly one in President Obama’s economic stimulus package in early 2009 that applied to government procurement of steel and construction materials.
But China required in the late spring of 2009 that virtually all of its $600 billion economic stimulus be spent within China, not just for construction materials.
Chinese officials in Beijing and Washington did not respond on Saturday or Sunday to requests for comment on the solar panel provision.
While the United States and Europe have focused on subsidizing buyers of solar panels, China has emphasized subsidies for solar panel manufacturers. It then exports virtually all of its panels to the United States and Europe, often helped by the American and European consumer subsidies.
The solar panel provision in the defense appropriations law comes as President Obama has ordered a broad investigation into whether Chinese export subsidies, local content requirements and other rules have violated W.T.O. rules. As a result of the investigation, the United States started a W.T.O. case on Dec. 22 against what it said were Chinese wind turbine manufacturing subsidies.
American trade officials said then that they were still examining other Chinese clean-energy subsidy policies to decide whether to file additional W.T.O. cases.
The solar panel provision was part of the initial defense appropriations bill passed by the House. The House version had a simple requirement that the Defense Department buy solar panels made in the United States.
The Senate, which has been more leery of interfering with free trade, had no comparable provision, however, and many people in the solar panel industry did not expect the final law to have such a provision.
But the conference of House and Senate leaders ended up retaining the House provision and modifying it, by adding legal language to require that it also comply with previous American trade legislation.
Representative Maurice Hinchey, Democrat of New York, said he had fought for the provision to be included in the bill.
“We’ve had a lot of money taken out of this country and invested in other places around the world, particularly China, and particularly in alternative energies,” he said in an interview by phone. “For them to be producing alternative energy, that’s great, but we need to do it ourselves, and as much of it as possible.”
Mr. Hinchey said he did not think the provision would jeopardize relations with the Chinese ahead of Mr. Hu’s visit. “We have provided them with a lot of economic growth there,” he said. “A lot of money has gone out of this country and into China, and a lot of manufacturing operations, particularly alternative energy, has also gone into China.”
Mr. Hinchey had praised the Obama administration in November for starting a broad investigation into Chinese subsidies for solar and wind energy exports, saying then that these subsidies had put a company in his district, Prism Solar Technologies of Highland, N.Y., at a competitive disadvantage.
Two prominent trade lawyers said in e-mails over the weekend that the law’s language meant that in practice, the Defense Department must buy solar panels from any country that signs the W.T.O.’s side agreement on government procurement. Earlier American trade laws require compliance with that agreement.
Virtually all industrialized countries have signed the side agreement, which requires free trade in government purchases. China vowed to sign it as soon as possible when it joined the W.T.O. in November 2001, but still has not done so.
The two trade lawyers said that the United States was within its rights to discriminate against Chinese solar panels in military procurement.
“The W.T.O. Government Procurement Agreement allows signatory countries, including the United States in its Defense Department contracts, to favor goods from countries that have signed that agreement over countries that have not,” said Carolyn B. Gleason, a partner at McDermott Will & Emery in Washington who is one of the best-known litigators of W.T.O. cases.
Alan Wolff, a former senior American trade official who is now the chairman of the trade practice at the law firm Dewey & LeBoeuf in Washington, said that it was hard to understand China’s resistance to signing the agreement. “There would be a clear benefit both for it and its trading partners,” he said.
Solar panels are technologically complex to manufacture, and are made almost entirely in industrialized countries that have signed the W.T.O. side agreement — or in China.
Inland Chinese provinces and cities have strongly lobbied Beijing not to sign the agreement because they want to retain the legal right to continue steering government contracts to local companies, said a trade policy adviser to the Chinese government who insisted on anonymity because of the political sensitivity of the issue.
The Buy American provision in the 2009 economic stimulus legislation also has a little-known clause allowing purchases from other countries that have signed the Government Procurement Agreement, and not just from American suppliers.
Ocean Yuan, the chief executive and president of Grape Solar, a company based in Eugene, Ore., that distributes mostly mainland Chinese solar panels but also American, Japanese and Taiwanese panels, said that imported panels typically cost 20 percent less than American-made panels.
Mr. Yuan predicted that the new legislation would have a big effect on the American solar panel market, by encouraging Chinese solar panel manufacturers to establish factories in the United States. “This policy will certainly have a negative impact on the imported solar panels from China, which have lower cost over all due to lower labor and overhead costs,” he said.
Grape Solar sold $500,000 worth of Chinese-made solar panels to the American military shortly before Christmas, Mr. Yuan said, adding that he expected future contracts to specify American-made panels.
The legislative provision was welcomed by SolarWorld, a German company that is one of the biggest manufacturers of solar panels in the United States and which has not followed the example of most manufacturers in moving production to China.
“As a long-standing and still-expanding American manufacturer of solar technology, SolarWorld is heartened that the U.S. government and military clearly grasp the critical role of domestically produced solar technology in the country’s national-security future,” said Bob Beisner, managing director of the company’s American subsidiary in Hillsboro, Ore., which is already installing American-made solar panels at United States military facilities at Pearl Harbor, Hawaii.
The defense appropriations bill has another provision related to China. It requires that the military conduct an immediate review of its needs for rare earth metals, which are mined elements increasingly crucial in sophisticated technologies. About 95 percent of the world’s supply comes from China.
The bill also requires the department to establish “an assured source of supply” for rare earth metals by 2015 and to consider setting up a stockpile.
Rare earths are essential for a wide range of military hardware, be it missiles or sonar. The Defense Department has been studying its contractors’ reliance on Chinese supplies for more than a year. A draft report shared with Congressional aides last fall had a preliminary conclusion that rare earths were very important but suggested that the department’s contractors continue to be allowed to buy them from any source.
SOURCE
Labels:
Solar Industry
New Solar Panel Manufacturer in Canada Adds 90 Jobs
Ninety jobs will be added to the Greater Toronto Area workforce when the Eclipsall Energy Corporation locates its new solar panel manufacturing facility there. The announcement was made that CDN$10 million will be invested in the building of this facility. It is expected to be fully operation during the first half of 2011 and there is a possibility of expansion of the manufacturing line in after July of 2011. The Eclipsall Energy Corporation was established in 2009 at the same time Ontario’s Green Energy Act was inaugurated.
“As a management team, we are excited at the opportunity before us and our goal is to become an industry leader in Ontario. We will work hard to ensure that the Eclipsall name is synonymous with high quality manufacture of bankable solar panels. As a company, we are committed to helping create and sustain a greener Ontario,” state Les Lyster, Eclipsall’s Founder.
Rimas B.V. is supplying the best European equipment and machinery to the Eclipsall assembly line. They have worked in conjunction with Meyer burger, a Swiss-based 3S Group. Together they are able to meet the demands of the North American market. Europe has long-benefited from their quality products. The people of Ontario are now able to enjoy the top-of-the-line, too.
SOURCE
“As a management team, we are excited at the opportunity before us and our goal is to become an industry leader in Ontario. We will work hard to ensure that the Eclipsall name is synonymous with high quality manufacture of bankable solar panels. As a company, we are committed to helping create and sustain a greener Ontario,” state Les Lyster, Eclipsall’s Founder.
Rimas B.V. is supplying the best European equipment and machinery to the Eclipsall assembly line. They have worked in conjunction with Meyer burger, a Swiss-based 3S Group. Together they are able to meet the demands of the North American market. Europe has long-benefited from their quality products. The people of Ontario are now able to enjoy the top-of-the-line, too.
SOURCE
Labels:
Solar Industry
Monday, January 10, 2011
Tortoises Relocated for SoCal Solar Power Plant Sick
Five threatened desert tortoises relocated to build a solar energy plant in northeast San Bernardino County have been found to have a respiratory ailment.
Biologists working for BrightSource Energy Co., which is building a solar project in the Ivanpah Valley, tested blood from 32 desert tortoises for two types of bacteria that causes respiratory infections and have contributed to the decline of the species.
Five of the animals have or are suspected of being infected. Federal wildlife officials will require that the sick tortoises be quarantined while the healthy animals will be returned to the wild.
The Oakland-based company broke ground in October for the plant which is expected to generate enough electricity for about 140,000 homes.
SOURCE
Biologists working for BrightSource Energy Co., which is building a solar project in the Ivanpah Valley, tested blood from 32 desert tortoises for two types of bacteria that causes respiratory infections and have contributed to the decline of the species.
Five of the animals have or are suspected of being infected. Federal wildlife officials will require that the sick tortoises be quarantined while the healthy animals will be returned to the wild.
The Oakland-based company broke ground in October for the plant which is expected to generate enough electricity for about 140,000 homes.
SOURCE
Labels:
Solar Power Plant
Why Not Solar Power in the Desert? Here's Why
We’ve all grown up in love with the idea of renewable energy helping to reduce our negative impact on the planet. So now that renewable energy projects are being proposed in high numbers out in the desert, many people wonder what all the controversy is about. After all, the desert is where the sun shines brightest. So why are the environmentalists still not happy?
Recent controversy over the location of renewable energy projects in the desert includes lawsuits filed against Tessera/NTR’s Imperial Valley Solar Project by the Quechuan Tribe and a separate suit against the Imperial Valley project and five others by La Cuna de Aztlan Sacred Sites Protection Circle, Californians for Renewable Energy and six individual Native American plaintiffs. These lawsuits come just as the San Diego County Board of Supervisors is contemplating the Eurus solar facility in Borrego Springs, which would require transmission through Anza-Borrego Desert State Park. The U.S. Bureau of Land Management and the California Public Utilities Commission are also proposing a wind energy project abutting the park.
Why the controversy? What is not to love about renewable energy? After all, California utilities are under mandate to use larger proportions of renewables in the energy they distribute in order to move away from coal- and oil-fired plants that produce greenhouse gases. But the rub is the location.
Many renewable energy projects are being proposed for far-flung and pristine desert areas, requiring devastation of undisturbed plant and animal habitats, and destructive and inefficient transmission lines to bring the electricity back to the urban areas.
Take, for example, the proposed Eurus project on undisturbed land in the community of Borrego Springs. Any electricity generated there needs to be transmitted through the park in order to reach the San Diego area. The Eurus project alone would take up all the existing capacity on the transmission lines. Yet the county has active applications for more generation projects within Borrego Springs. The transmission lines for all these projects will have to go through the park, just like the recently defeated proposed Sunrise Powerlink northern route project. It appears that this battle will have to be fought all over again.
In a separate proposed project, BLM’s Tule Wind Energy project, wind turbines would loom over Anza-Borrego’s scenic McCain Valley, destroying its viewshed. In addition to threats to endangered species, such as the Peninsular Bighorn sheep, the Tule Wind Energy project poses a threat to birds, such as the Golden Eagle, and also to bats.
Scientists are discovering that desert soils are actually great storehouses of carbon, a contributor to greenhouse gases associated with global climate change. New evidence by UC Riverside professor Michael Allen suggests that the destruction to desert soils caused by renewable projects, and the subsequent release into the air of carbon, may actually increase greenhouse gases more than the renewable facilities would decrease them.
The argument that solar energy projects should be sited in the desert where there is more sun does not hold water. Electrical transmission of power from the distant desert to the urban areas is a highly inefficient process. Ten to 15 percent of the electricity will be lost, offsetting any slight increase in solar power from the desert sun over San Diego sun.
The San Diego region can be the leader in renewable energy, but renewable facilities should be sited where the electricity is needed. There is no need to have a huge environmentally destructive downside to renewable energy. There is no need to sully our wonderful shared dream of green power.
Our local cities, school districts and water districts are taking the lead by installing photovoltaic panels on rooftops and over parking lots. We urge the County of San Diego and the BLM to follow suit. Imagine the county’s buildings and parking lots covered in photovoltaic panels that not only generate clean energy but shade county facilities as well, reducing county operating costs. Imagine all our large urban facilities covered with solar panels, leaving the wilderness intact and our dream of a green future alive.
SOURCE
Recent controversy over the location of renewable energy projects in the desert includes lawsuits filed against Tessera/NTR’s Imperial Valley Solar Project by the Quechuan Tribe and a separate suit against the Imperial Valley project and five others by La Cuna de Aztlan Sacred Sites Protection Circle, Californians for Renewable Energy and six individual Native American plaintiffs. These lawsuits come just as the San Diego County Board of Supervisors is contemplating the Eurus solar facility in Borrego Springs, which would require transmission through Anza-Borrego Desert State Park. The U.S. Bureau of Land Management and the California Public Utilities Commission are also proposing a wind energy project abutting the park.
Why the controversy? What is not to love about renewable energy? After all, California utilities are under mandate to use larger proportions of renewables in the energy they distribute in order to move away from coal- and oil-fired plants that produce greenhouse gases. But the rub is the location.
Many renewable energy projects are being proposed for far-flung and pristine desert areas, requiring devastation of undisturbed plant and animal habitats, and destructive and inefficient transmission lines to bring the electricity back to the urban areas.Take, for example, the proposed Eurus project on undisturbed land in the community of Borrego Springs. Any electricity generated there needs to be transmitted through the park in order to reach the San Diego area. The Eurus project alone would take up all the existing capacity on the transmission lines. Yet the county has active applications for more generation projects within Borrego Springs. The transmission lines for all these projects will have to go through the park, just like the recently defeated proposed Sunrise Powerlink northern route project. It appears that this battle will have to be fought all over again.
In a separate proposed project, BLM’s Tule Wind Energy project, wind turbines would loom over Anza-Borrego’s scenic McCain Valley, destroying its viewshed. In addition to threats to endangered species, such as the Peninsular Bighorn sheep, the Tule Wind Energy project poses a threat to birds, such as the Golden Eagle, and also to bats.
Scientists are discovering that desert soils are actually great storehouses of carbon, a contributor to greenhouse gases associated with global climate change. New evidence by UC Riverside professor Michael Allen suggests that the destruction to desert soils caused by renewable projects, and the subsequent release into the air of carbon, may actually increase greenhouse gases more than the renewable facilities would decrease them.
The argument that solar energy projects should be sited in the desert where there is more sun does not hold water. Electrical transmission of power from the distant desert to the urban areas is a highly inefficient process. Ten to 15 percent of the electricity will be lost, offsetting any slight increase in solar power from the desert sun over San Diego sun.
The San Diego region can be the leader in renewable energy, but renewable facilities should be sited where the electricity is needed. There is no need to have a huge environmentally destructive downside to renewable energy. There is no need to sully our wonderful shared dream of green power.
Our local cities, school districts and water districts are taking the lead by installing photovoltaic panels on rooftops and over parking lots. We urge the County of San Diego and the BLM to follow suit. Imagine the county’s buildings and parking lots covered in photovoltaic panels that not only generate clean energy but shade county facilities as well, reducing county operating costs. Imagine all our large urban facilities covered with solar panels, leaving the wilderness intact and our dream of a green future alive.
SOURCE
Labels:
Solar Industry
Sunday, January 9, 2011
Mississippi Passes $75M Bond Bill for Solar Panel Manufacturer
Mississippi legislators opened their 2011 session Tuesday by passing a $75 million bond bill to provide a loan to a California company that wants to manufacture solar panels in Hattiesburg.
Republican Gov. Haley Barbour is expected to sign the bill, which passed the House 117-2 and Senate 50-0 within the first four hours of the three-month session. It was not immediately clear when the bill would hit Barbour's desk.
Mississippi Development Authority officials said the state will spend about $100,000 to issue the bonds. Stion Corp., based in San Jose, Calif., will repay the $75 million loan, plus interest.
"This outstanding industry will be a real boon to the Pinebelt but real asset to the state of Mississippi," Barbour said in a written statement. "Stion fits with our vision of Mississippi's being recognized as an energy-reliable state."
The state is also providing work force training and tax incentives for the project.
Two hours before lawmakers gaveled to order at noon Tuesday, Barbour was in Hattiesburg announcing that Stion will put a 100-megawatt solar panel production facility in a Sunbeam building. The company, founded in 2006, makes thin-film panels used on residential, industrial and commercial buildings. It already has a plant in California.
MDA deputy director Whit Hughes told lawmakers that Stion executives had arranged to put some manufacturing operations in another state when Mississippi got word of the project and created an incentive package. Hughes would not name the other state.
Officials said the plant could bring as many as 1,000 jobs to south Mississippi over the next six years, with an average salary of about $43,000.
This is the second year in a row for Mississippi lawmakers to pass a multimillion-dollar economic development package on the opening day of the annual session. In 2010, they approved incentives for a German company to build a plant to make stainless steel pipes in the northwestern corner of the state, in Tunica County.
Lawmakers' only significant debate Monday was over whether minority contractors would have a realistic chance of doing business with Stion Corp., through construction or other services.
"We have a sizable number of African-Americans in this state who pay taxes, and we want representation," said Rep. Tyrone Ellis, D-Starkville.
Hughes said Stion values diversity and the company's contracts will be "reflective of the community in which they're locating."
House Ways and Means Committee Chairman Percy Watson, D-Hattiesburg, said Hattiesburg is majority black and in need of jobs.
"Hattiesburg needs it," Watson said of the plant. "Hattiesburg is as depressed as many, many areas of the state."
SOURCE
Republican Gov. Haley Barbour is expected to sign the bill, which passed the House 117-2 and Senate 50-0 within the first four hours of the three-month session. It was not immediately clear when the bill would hit Barbour's desk.
Mississippi Development Authority officials said the state will spend about $100,000 to issue the bonds. Stion Corp., based in San Jose, Calif., will repay the $75 million loan, plus interest.
"This outstanding industry will be a real boon to the Pinebelt but real asset to the state of Mississippi," Barbour said in a written statement. "Stion fits with our vision of Mississippi's being recognized as an energy-reliable state."
The state is also providing work force training and tax incentives for the project.
Two hours before lawmakers gaveled to order at noon Tuesday, Barbour was in Hattiesburg announcing that Stion will put a 100-megawatt solar panel production facility in a Sunbeam building. The company, founded in 2006, makes thin-film panels used on residential, industrial and commercial buildings. It already has a plant in California.
MDA deputy director Whit Hughes told lawmakers that Stion executives had arranged to put some manufacturing operations in another state when Mississippi got word of the project and created an incentive package. Hughes would not name the other state.
Officials said the plant could bring as many as 1,000 jobs to south Mississippi over the next six years, with an average salary of about $43,000.
This is the second year in a row for Mississippi lawmakers to pass a multimillion-dollar economic development package on the opening day of the annual session. In 2010, they approved incentives for a German company to build a plant to make stainless steel pipes in the northwestern corner of the state, in Tunica County.
Lawmakers' only significant debate Monday was over whether minority contractors would have a realistic chance of doing business with Stion Corp., through construction or other services.
"We have a sizable number of African-Americans in this state who pay taxes, and we want representation," said Rep. Tyrone Ellis, D-Starkville.
Hughes said Stion values diversity and the company's contracts will be "reflective of the community in which they're locating."
House Ways and Means Committee Chairman Percy Watson, D-Hattiesburg, said Hattiesburg is majority black and in need of jobs.
"Hattiesburg needs it," Watson said of the plant. "Hattiesburg is as depressed as many, many areas of the state."
SOURCE
Labels:
Solar News
Saturday, January 8, 2011
New Solar Cells Repair Themselves Like Plants
Purdue University researchers have designed solar cells that can repair themselves just like plants do.
"We've created artificial photosystems using optical nanomaterials to harvest solar energy that is converted to electrical power," said Jong Hyun Choi.
The design exploits the unusual electrical properties of structures called single-wall carbon nanotubes, using them as "molecular wires in light harvesting cells," Choi added.
Conventional photoelectrochemical cells contain light-absorbing dyes called chromophores, which degrade due to exposure to sunlight.
But the new solar cells overcome this problem just as nature does: by continuously replacing the photo-damaged dyes with new ones.
"This sort of self-regeneration is done in plants every hour," Choi said.
The carbon nanotubes work as a platform to anchor strands of DNA.
"The DNA recognizes the dye molecules, and then the system spontaneously self-assembles," Choi said.
However, using natural chromophores is difficult, and they must be harvested and isolated from bacteria, a process that would be expensive to reproduce on an industrial scale, Choi said.
"So instead of using biological chromophores, we want to use synthetic ones made of dyes called porphyrins," he said.
The findings were detailed in a November presentation during the International Mechanical Engineering Congress and Exhibition in Vancouver.
SOURCE
"We've created artificial photosystems using optical nanomaterials to harvest solar energy that is converted to electrical power," said Jong Hyun Choi.
The design exploits the unusual electrical properties of structures called single-wall carbon nanotubes, using them as "molecular wires in light harvesting cells," Choi added.
Conventional photoelectrochemical cells contain light-absorbing dyes called chromophores, which degrade due to exposure to sunlight.
But the new solar cells overcome this problem just as nature does: by continuously replacing the photo-damaged dyes with new ones.
"This sort of self-regeneration is done in plants every hour," Choi said.
The carbon nanotubes work as a platform to anchor strands of DNA.
"The DNA recognizes the dye molecules, and then the system spontaneously self-assembles," Choi said.
However, using natural chromophores is difficult, and they must be harvested and isolated from bacteria, a process that would be expensive to reproduce on an industrial scale, Choi said.
"So instead of using biological chromophores, we want to use synthetic ones made of dyes called porphyrins," he said.
The findings were detailed in a November presentation during the International Mechanical Engineering Congress and Exhibition in Vancouver.
SOURCE
Labels:
Solar News
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