Chinese PV producer Trina Solar announces sales agreement with AE Photonics in Germany
Trina PV panel "TSM-D05"
Trina Solar Limited (Changzhou; China), a leading integrated manufacturer of solar photovoltaic (PV) products from the production of ingots, wafers and solar cells to the assembly of PV modules, on February 4th, 2010 announced it has entered into an agreement with Germany AE Photonics GmbH (Dresden) for 40 MW of PV modules to be delivered during 2010.
Under the terms of the agreement a total of 20 MW will be shipped during the first half of 2010 with agreed prices for the first quarter, Trina reports in a press release. Initial shipments are commenced in January 2010. "We are excited to announce this sales agreement with AE Photonics, a partner that shares our commitment to superior value, and customer satisfaction", said Ben Hill, Trina Solar's Vice President of Sales and Marketing in Europe. "This reflects the continued strong demand and representation for our best-in-class solar products in major solar markets worldwide."
UK to establish feed-in tariffs for renewable electricity and heating
Ed Miliband
Households and communities who install generating technologies such as small wind turbines and solar photovoltaic (PV) panels will from April be entitled to claim payments for the low carbon electricity they produce, UK Energy and Climate Change Secretary Ed Miliband on February 1st, 2010 announced. The feed-in tariff (FITs) levels and also a blueprint for a similar scheme are to be introduced in April 2011 to incentivise low carbon heating technologies. The renewable heat incentive (RHI) will be a world first. The schemes are designed to bring about a significant increase in the amount of locally produced green energy, as a contribution to the wider shift of the energy mix to low carbon.
"The guarantee of getting an income on top of saving on energy bills will be an incentive to householders and communities wanting to make the move to low carbon living", Ed Miliband said. "The feed-in tariff will change the way householders and communities think about their future energy needs, making the payback for investment far shorter than in the past. It will also change the outlook for a range of industries, in particular those in the business of producing and installing small scale low carbon technology."
Power from solar panel could earn £900, on top of £140 reduction on household energy bill
From 1st April householders and communities who install low carbon electricity technology such as solar photovoltaic (PV) panels and wind turbines up to 5 megawatts will be paid for the electricity they generate, even if they use it themselves. The level of payment depends on the technology and is linked to inflation. They will get a further payment for any electricity they feed into the grid. These payments will be in addition to benefiting from reduced bills as they reduce the need to buy electricity. The scheme will also apply to installations commissioned since July 2009 when the policy was announced. A typical 2.5kW well sited solar PV installation could offer a homeowner a reward of up to £900 ($1400) and save them £140 ($200) a year on their electricity bill.
New scheme to incentivise renewable heat generation at all scales
The Department of Energy and Climate Change also published plans for a scheme to incentivise renewable heat generation at all scales. This will come into effect in April 2011 and guarantee payments for those who install technologies such as ground source heat pumps, biomass boilers and air source heat pumps. Under the proposed tariffs the installation of a ground source heat pump in an average semi-detached house with adequate insulation levels could be rewarded with £1,000 ($1600) a year and lead to savings of £200 $ 310) per year if used instead of heating oil.
Details of funding for the scheme will be published in the Budget 2010.
Further Information:
Market research: Gartner says MEMC's 4Q09 results point to recovery of U.S. solar PPA market
On February 3rd, 2010, MEMC announced its fourth-quarter results. Total revenue for 4Q09 reached $357 million, up 15% quarter over quarter, but down 17% from 4Q08. Revenue for 2009 was $1.2 billion, down 42% from 2008 revenue. Less than 5% of revenue was from polysilicon and the spot market, The US information technology research and advisory company Gartner, Inc (Stamford, Connecticut) reports.
During 2009, SunEdison installed and interconnected about 40 megawatts (MW) of solar photovoltaiv (PV) power plants, a 15% increase over 2008. Of these, 13 MW were installed after the acquisition. In general, the total revenue that could be had if these projects were sold directly would be between $4 and $5 per watt. SunEdison's revenue for 2009 approached $120 million, with $4 million of this occurring after the acquisition by MEMC. SunEdison's operating expenses for 2009 approached $40 million.
SunEdison: 2010 pipeline of more than 100 MW of PV solar power plants
On 4 February 2010, during its Capital Markets day, MEMC provided positive guidance for 2010 midpoint revenue of $1.8 billion. The modeling support for the SunEdison division was for approximately $200 million in revenue. Gartner Analysis of MEMC's results and guidance, particularly for its SunEdison division, provide a strong indication of the direction of the U.S. market for solar power purchase agreement (PPA) contracts. Furthermore, while there are no results to point to yet from a business side, anecdotal evidence indicates the acquisition has gotten off to a good start, given items such as, SunEdison now has access to better capital resources to support its 2010 pipeline of more than 100 MW of PV solar power plants. And at a high level, it appears that this acquisition has helped MEMC's executive management in its dialogue with its present and potential new solar customers.
Solar IPP firms will be in a much-more competitive position
Gartner Analyst Alfonso Velosa explored the implications for the U.S. solar PPA contract market: In the second half of 2009, he saw the restructuring of the leading U.S. solar independent power producers (IPPs) that developed these solar PPA contracts. Some of the firms were recapitalized, and others were acquired by affluent new owners. All this has led these solar IPP firms to be in a much-more competitive position to address the strong U.S. market demand for renewable energy while competing with the large traditional and European IPP firms that are starting to address the U.S. solar PPA contract market.
Gartner expects the U.S. market for solar PPA contracts to establish PV solar power systems with a power generation capacity of a quarter to a third of a gigawatt in 2010
In addition to these IPP firm trends, the current pipeline of solar PPA projects for 2010 contains a large number of distributed solar power plants for utilities that are in the middle of their permitting process. Thus, Gartner expects the U.S. market for solar PPA contracts to establish PV solar power systems with a power generation capacity of a quarter to a third of a gigawatt in 2010.
Further information on Gartner's view of the PV market and its key firms:
- "Case Study: HP Cuts Costs With On-Site Solar Power Generation," G00173324
- "Dataquest Insight: U.S. Solar PPA Industry Growth Creates A New IT Revenue Opportunity," G00170657
- Tutorial for Solar Power Purchase Agreements: "Green Electricity With No Money Down," G00168735
USA: Largest utility-scale solar project in the Northwest to use medium voltage inverter platform by PV Powered
PowerVault is a turnkey megawatt DC-to-
medium voltage solar inverter power plant
PV Powered, Inc. (Bend, Oregon), a manufacturer of solar inverters, on February 2nd, 2010 announced that its "PowerVault" DC-to-medium voltage turnkey inverter platform had been selected for use in the United States' Northwest's largest utility-scale project to date. The first five megawatt (MW) project is scheduled to begin installation in April with two additional 5 MW projects to follow during 2010.
According to the press release, the project is being developed in Lake County, Oregon, near Christmas Valley by the Obsidian Finance Group (Portland, Oregon). Obsidian Finance plans to manage the project under a 20-year power purchase agreement (PPA) with a large Pacific Northwest utility. The engineering, procurement and construction are reportedly being handled by Swinerton Inc.'s Management and Consulting office out of San Diego, California.
Turnkey inverter platform protects from vandalism, reduces field labor and accelerates construction schedule
The ground mount solar installation is to use PV Powered's new PowerVault, a fully engineered and factory assembled turnkey inverter power plant with DC inputs on one side and medium voltage outputs on the other. The enclosure is said to provide an ideal service environment and protection from vandalism, while the integrated design eliminates the need for separate pads, trenching and conduits between components. PV Powered reports that this solution significantly reduces the need for field labor, saving money and accelerating the construction schedule. "Swinerton Green is excited to work with PV Powered inverters on the Obsidian Projects", said George W. Hershman, Vice President, Division Manger of Swinerton Inc.'s Renewable Energy Group. "We expect this to be a very successful project for all stakeholders, the local community, and the environment."
Power conversion platform designed around company's 97 % efficient inverter
Todd Gregory, Assistant Vice President, Obsidian Finance Group, said: "We believe PV Powered's commitment to reliability, 20+ year service life, and industry-leading efficiency gives us the best financial return on utility-scale projects like this." PV Powered reports that the 1 MW PowerVault platform is designed around the company's new 97 % efficient "PVP260kW" inverter, with standard 295 V DC minimum MPPT and an optional full-power 265 V DC minimum MPPT, the lowest MPPT voltage of any commercial inverter in the industry. "We would like to thank Obsidian for making a long-term commitment to PV Powered's technology", said Gregg Patterson, CEO at PV Powered.
Solar Industry commends President Obama's FY2011 Budget for DOE Solar Energy Program
Solar Energy Industries
Association (SEIA) Presi-
dent and CEO Rhone Resch
Solar Energy Industries Association (SEIA) President and CEO Rhone Resch released a statement on the Obama Administration’s FY 2011 budget for the Department of Energy’s Solar Energy Program. According to his statement this budget conveys the administration’s commitment to the continued growth of the solar industry as it helps put Americans back to work across the country, especially in areas like America’s manufacturing centers that have been hit hardest by the recession. As a result of the American Recovery and Reinvestment Act provisions, solar installations continued to grow by 40 percent and created nearly 20,000 jobs in 2009, highlighting that solar is one of the best policy investments around, Rhone Resch reports in his statement.
Spending for solar increased by 22 percent
With a 22 percent increase from last year’s spending for solar, the 2011 budget will expand the industry’s ability to advance technologies that will create jobs and economic opportunities. This increase for research and innovation, as well as new funding for the DOE Loan Guarantee program will help drive continued job growth in the coming year. According to the SEIA CEO an example of the importance of research and development funding for deploying solar technologies and producing clean energy jobs occurred recently in Arizona when the Stirling Dish Engine, which was developed through a research partnership with Sandia National Laboratory in New Mexico, was deployed in its first commercial application. "We look forward to working with Congress and the Administration to strengthen the U.S. position as a leader in high-tech research and development. As President Obama said last week in his State of the Union Address, we will 'not accept second place' when it comes to leading our clean energy economy", Resch emphasized. The SEIA president lists some highlights of the Obama Administration’s FY 2011 budget in his statement.
FY2011 DOE Solar and Related Budget Highlights:
Solar programs are $302.4 million, up 22% from FY2010, including advanced PV manufacturing; reliability (of components) to extend life of PV systems; thermal storage research to make CSP cost-competitive as baseload power and a new Concentrating Solar Power demonstration program to show that technologies can scale up, provide operational data needed by finance community to invest in a project.
DOE Solar Program breakdown:
- $152 million for PV, increased from $128.5 million
- $98.2 million for CSP ($50 million going to a demonstration program), increased from $49.7 million
- $30.7 million for systems integration, increased from $23.3 million
- $21.5 million for market transformation, decreased from $23.5 million
Manufacturing:
- A $5 billion for Advanced Energy Manufacturing tax credit. (Not all is for solar.)
DOE Building Technologies Program:
- $7.3 million for Solar heating and cooling
FY2011 Department of the Interior Budget Highlights:
- Total of $73 million investment in renewable energy.
Britain launches comprehensive system of feed-in rates for renewables
On February 1st, 2010, Paul Gipe released a statement on the new feed-in tariffs in Britain. In what he calls a truly groundbreaking move for the English-speaking world, Britain's Department of Energy & Climate Change (DECC) had released a full suite of renewable energy tariffs which will go into effect in April 2010. Gipe reports that Britain is to become the first country in the world to offer a comprehensive system of tariffs for renewable heat, including tariffs for solar domestic hot water and ground-source heat pumps.
In another first, Britain also plans to offer a tariff for biogas injected into natural gas pipelines. Gipe explains that the new tariffs in Britain will be fully indexed with inflation, which he expects to significantly boost investor's earnings. "Britain has gone farther, faster than almost any other jurisdiction worldwide in moving to feed-in tariffs", Gipe said. "From open ideological hostility to their new-found political embrace, the turn about has been striking and could offer the prospect for similarly rapid movement in North America." Though Ontario implemented a modest feed-in tariff program in 2006, the Canadian province moved swiftly when it decided to revamp the program, implementing its system of 'Advanced Renewable Tariffs' in less than eight months.
Feed-in tariffs limited to 5 MW capacity
According to Gipe, critics charge that Britain's DECC has set its sights too low. The limitation of feed-in tariffs (FITs) to a micro-generation "ghetto" is believed to remain troubling to many renewable energy advocates. Wind, solar photovoltaic (PV), and hydro projects are limited to no more than 5 megawatt (MW) capacity, or roughly two commercial wind turbines. Further, the tariff tranche for wind projects from 1.5 to 5 MW is so low that only the windiest sites in Britain will be suitable, raising concerns about more siting conflicts. In a press release, Friends of the Earth's Dave Timms said: "The introduction of cash incentives to boost small scale green electricity generation is welcome, however, ministers have been far too timid with a policy that could make a significant contribution to cutting emissions and boosting energy security." Timms argues that farmers, businesses, communities and others will get little or no extra incentive to invest in clean electricity.
First solar domestic hot water and renewable heating tariffs worldwide
"Potentially far more significant than the wind and solar tariffs, all of which have been done many times before, Britain's tariffs for renewable heat could be a game changer", Gipe said. There has been widespread intellectual reluctance to tackle tariffs for renewable heat. In 2007 the Ontario Sustainable Energy Association (OSEA) recommended that the Ontario Power Authority (OPA) institute solar thermal tariffs of 0.20 Canadian Dollars (CAD) per kilowatt hour (kWh) for residential solar thermal and 0.10 CAD/kWh for commercial solar thermal installations. Gipe reports that OSEA's recommendation for solar thermal, and another one for biogas pipline injection, was not included in the recently launched Ontario FIT program. "Where Ontario hesitated, Britain acted", Gipe said. This one policy tweak could be the gem hidden in the British program.
Tariffs indexed to inflation, residential income tax exempt
Gipe explains that British wind tariffs were designed to benefit domestic small wind turbine manufacturers, and that the tariffs for larger projects is sufficiently attractive to interest manufacturers of mid-size turbines. According to Gipe, Britain's less than 4 kW solar PV tranche offers a better tariff than that found in the solar powerhouse Germany. Not known for its sunny weather, Britain could now serve as model of solar development for its former colonies, such as Nova Scotia, with similar climates. Unlike in Germany, British tariffs will increase with inflation. The tariffs were calculated to offer between 5-8 % return on initial investment, says the DECC. Because the tariffs are indexed to inflation, the nominal rate of return could be as much as 7-10 %, Gipe predicts. Significantly, income from residential renewables, such as rooftop solar PV, will not be taxed as income. This provision could prove a boon to the retail solar PV industry, practically non-existent in Britain. "Once the laughing stock of the world's renewable energy community, Britain's new feed-in tariffs could finally put it back on the world stage alongside up and coming centers of renewable energy development such as Ontario and China", Gipe concluded.
Breaking the Ice - Kicking off the European Technology Platform on Renewable Heating and Cooling
For the first time, on February 23rd and 24th, 2010, the entire European industry and research communities from the biomass, geothermal and solar thermal sectors will come together in Bilbao on the occasion of the First Annual Conference of the European Technology Platform on Renewable Heating and Cooling and focus on a common vision outlining the research needs and the tremendous economic potential of this sector.
It is only with the Renewable Energy Sources directive that heating and cooling has been identified as the third pillar in the energy demand alongside transport and electricity production. This "sleeping giant" accounts for half of the total European final energy demand. The First Annual Conference of the European Technology Platform on Renewable Heating and Cooling on 23 and 24 February 2010 in Bilbao will elaborate the common vision of the research need and technological priorities for this industry, hence unleashing its huge potential in terms of economic development and reduction of CO2 emissions.
RHC-Platform to set priorities in terms of technologies
Building upon the success of the solar thermal Strategic Research Agenda published in December 2008, the European Commission has encouraged the renewable heating and cooling industries to join forces in a common technology platform. The outcome of this common effort is the creation of the European Technology Platform on Renewable Heating and Cooling (RHC-Platform). The RHC-Platform will identify the research and development requirements for the sector and set the priorities in terms of technologies. This vision will constitute a reference document for European and national public authorities when shaping future support policies for these industries.
Heating and cooling accounts for around half of Europe’s final energy consumption
"Until recently, Renewable Heating and Cooling has received little political attention and in most EU Member States there is not yet a comprehensive approach to support this sector", says Gerhard Stryi-Hipp, President of the RHC-Platform. "This is particularly striking in view of the fact that heating and cooling accounts for around half of Europe’s final energy consumption."
By participating in the elaboration of this common vision for renewable heating and cooling, research and industry players will gain valuable insights into leading technologies and have a unique opportunity to influence the evolution of the sector’s R&D. The event will take place under the auspices of the Spanish Presidency and hence be supported by the Spanish Ministry of Science and Innovation, the Basque Energy Board (EVE) and the Spanish Association of Renewable Energy Producers (APPA).
PV producer Yingli Green Energy announces global sponsorship of 2010 FIFA World Cup
Yingli Green Energy Holding Company Limited (Baoding, China), a leading solar energy company and one of the world's largest vertically integrated photovoltaic manufacturers, in a statement released jointly with world football's governing body FIFA announced that it had become the first renewable energy company to sponsor the FIFA World Cup. This year's tournament will be held in South Africa from June 11th to July 11th, 2010. Yingli Green Energy is also the first Chinese company to seal a global sponsorship deal with FIFA.
By joining the list of prestigious FIFA World Cup sponsors, Yingli Green Energy is reportedly answering FIFA's call to make the world's most popular sport not only a celebration of the game but also a sign of respect for the planet.
Signing ceremony and press conference in Beijing
The announcement was made at the Yingli 2010 FIFA World Cup sponsorship-signing ceremony and press conference hosted in Beijing, with video messages from FIFA headquarters in Zurich. By establishing this alliance with FIFA, Yingli Green Energy is aiming to further its strategic marketing initiatives worldwide in conjunction with the FIFA World Cup, the company reports.
Congratulations by President and Secretary General of FIFA
FIFA President Joseph S. Blatter congratulated Yingli Green Energy from Zurich and indicated that FIFA had selected Yingli Green Energy to become one of its international sponsors because of Yingli's track record of success in the field of renewable energy and the Company's clear commitment to the environment. "The announcement of Yingli Green Energy as the first Chinese company to be a global sponsor of the FIFA World Cup marks a historical moment", said Mr. Blatter. "Furthermore, I am extremely pleased that Yingli has chosen to support 20 Centres for 2010, the Official Campaign of the 2010 FIFA World Cup, by providing solar panels and committing to our efforts to create a better environment, as embodied by our 'Green Goal' concept. I want to commend Mr. Liansheng Miao and his team at Yingli Green Energy on this sponsorship and their commitment to helping us build a better future, which is one of our most important missions."
Mr. Jerome Valcke, Secretary General of FIFA, added: "I am very excited to welcome such a world-leading renewable energy company and the first Chinese company to the FIFA family. We are looking forward to sharing ideas on how to go about making the world greener and cleaner through the love of football."
Yingli CEO: "Opportunity to promote a better, greener environment"
Mr. Liansheng Miao, Chairman and Chief Executive Officer of Yingli Green Energy, commented: "As one of the world's leading solar companies, we are excited to be joining other world-class brands as an international sponsor of the FIFA World Cup. This sponsorship links Yingli Green Energy to the world's most popular and passionately followed sport. We feel privileged to have this opportunity, and look forward to offering our expertise to help FIFA leverage this much-loved sport to promote a better, greener environment. This sponsorship also signifies our response to the growing global demand to create a greener world through renewable energy. We are proud of our mission and the steps we are taking to make solar power an enduring and cost-effective technology for all humankind."
Mr. Miao noted that Yingli Green Energy had long been dedicated to a vision of a world powered by clean, renewable energy. In pursuing this vision, the Company strives to create a healthy, safe and supportive working environment for all of its employees. In late 2009, Yingli Green Energy was proud to receive the SA 8000 certification, which is testament to its ongoing commitment to social responsibility. This commitment complements FIFA's mission to help create a better future.
Global marketing and other rights for Yingli
Yingli Green Energy's sponsorship agreement for the 2010 FIFA World Cup gives the Company global marketing rights, including certain ticket, perimeter-board advertising and media rights as well as the right to showcase its solar products at the fan zones in the FIFA World Cup stadiums. Additionally, the agreement gives Yingli the right to place its company logo next to the FIFA World Cup Official Emblem and advertise or promote its products and services at each step of the distribution process. Yingli will have access to extensive on-site opportunities at FIFA World Cup stadiums for marketing and promotion purposes.
Honda starts operation of a new solar hydrogen station for electric vehicles
New Honda solar hydrogen
station
Honda announced in a press release that it has started operation of a next generation solar hydrogen station prototype at the Los Angeles Center of Honda R&D Americas, Inc., intended for ultimate use as a home refueling appliance capable of an overnight refill of fuel cell electric vehicles. Designed as a single, integrated unit to fit in the user's garage, Honda's next generation "Solar Hydrogen Station" has a reduced size, while producing enough hydrogen (0.5kg) via an 8-hour overnight fill for daily commuting for a fuel cell electric vehicle, the company reports.
The previous solar hydrogen station system required both an electrolyser and a separate compressor unit to create high pressure hydrogen. The compressor was the largest and most expensive component and reduced system efficiency. By creating a new high differential pressure electrolyser, Honda engineers were able to eliminate the compressor entirely - a world first for a home use system, the company emphasizes in its press release. This innovation also allows the size of other key components to be reduced, making the new station the world's most compact system, while improving efficiency by more than 25% (value calculated based on simulations) compared to the solar hydrogen station system it replaces.
Enough hydrogen for typical daily driving distance
Compatible with a "Smart Grid" energy system, the Honda Solar Hydrogen Station would enable users to refill their vehicle overnight without the requirement of hydrogen storage, which would lower CO2 emissions by using less expensive off-peak electrical power. According to Honda during daytime peak power times, the Solar Hydrogen Station can export renewable electricity to the grid, providing a cost benefit to the customer, while remaining energy neutral. Designed for simple, user-friendly operation, the intuitive system layout enables the user to easily lift and remove the fuel hose, with no hose coiling when the hose is returned to the dispenser unit, Honda reports in the press release. Engineered for an 8-hour, slow fill for overnight refilling of a fuel cell electric vehicle, the home-use Solar Hydrogen Station would replenish enough hydrogen for typical daily driving distance, meeting the commuting requirements of many drivers.
Solar array with CIGS thin film solar cells by Honda Soltec
As with the previous generation system, the hydrogen purity from the new station meets the highest SAE (J2719) and ISO (14687) specifications, the company reports in the press release. Installed at the Los Angeles Center of Honda R&D Americas, the new Solar Hydrogen Station will employ the same 48-panel, 6.0kW solar array that powered the previous system. The array utilizes thin film solar cells composed of copper, indium, gallium and selenium (CIGS) produced by Honda Soltec Co., Inc., a wholly-owned subsidiary of Honda that was established for the mass production and sales of solar cells capable of efficient renewable electricity generation. According to Honda these unique solar cells reduce the amount of CO2 generated during production as compared to conventional solar cells. Designed to support the needs of the future owners of fuel cell electric vehicles, the Honda Solar Hydrogen Station was also designed to complement a public network of fast fill hydrogen stations. The Honda FCX Clarity fuel cell electric vehicle is capable of fast fill and offers driving range of 460 kilometers based on the European Driving Cycle.
A key strategy in creating a solar hydrogen station for home-use was to create a new lifestyle with convenient, clean, energy-efficient and sustainable home refueling, by addressing the need for refueling infrastructure that can advance the wider use of fuel cell electric vehicles by consumers, Honda reports in the press release. The combination of a fuel cell electric vehicle and the solar hydrogen station could help lead to the establishment of a hydrogen society based on renewable energy, resulting in a major reduction of CO2 emissions and greater energy sustainability.
Potelco selected as EPC contractor for Teanaway Solar Reserve
Teanaway Solar Re-
serve will be one of
the largest photo-
voltaic plants in the
world
The Teanaway Solar Reserve (Cle Elum, Washington) on February 3rd, 2010 announced that it had selected Washington-based Potelco Inc. (Sumner, Washington), a Quanta Services, Inc. (Houston, Texas) company, as an equity partner and contractor for the design and construction of a proposed photovoltaic (PV) solar project to be located 90 miles east of Seattle.
Teanaway Solar Reserve and Potelco reportedly signed a Memorandum of Understanding (MOU) under which the parties agreed to negotiate a contract for engineering, procurement and construction (EPC) services for the 75 megawatt (MW) solar facility that is expected to be the largest PV solar project in the Pacific Northwest. According to the press release, the 300 to 350 million US-dollar solar power project is to be able to supply about 45,000 households with clean, renewable electricity. Potleco also intends to provide construction financing for the project. The contract and equity arrangements are subject to final terms and conditions to be negotiated.
EPC contractor to hire locally, creating jobs during construction of solar power plant
"We are very excited about this landmark project and are eager to work with the community to generate renewable energy for the state and job opportunities for Cle Elum and Upper Kittitas County", said Gary Tucci, Chief Executive Officer (CEO) of Potelco. According to the press release, this announcement signals Teanaway Solar Reserve's readiness to hire, train and break ground as soon as Kittitas County issues a permit for the project. Potelco intends to hire locally and to provide the training necessary to complete the entire range of jobs required for installation of the 400,000 solar panels. "We're looking forward to working with a company with the caliber of Potelco that brings a local workforce, global expertise and the ability to deliver a high-quality and cost-effective utility-scale solar solution", remarked Howard Trott, Managing Director for the Teanaway Solar Reserve. "We feel very confident in Potelco's ability to put people to work and assist in getting this project off the ground to make solar work for all of us."
Semprius and Siemens announce agreement to advance innovative solar technology
Die picked from source wafer
Semprius, Inc. (Durham, North Carolina), a developer of solar module arrays based on a patented micro-transfer printing technology, and Siemens Industry, Inc. announced a joint development agreement to co-develop and deploy plug-and-play concentrating photovoltaic (CPV) demonstration systems based on Semprius' solar module arrays and Siemens' automation and control components.
The systems are slated to be installed at numerous test sites around the world, including major utilities, commercial sites, international test locations and government facilities. Semprius reports that its solar module arrays can be installed at low cost and that they offer a high electricity harvest in sunny, dry climates. Their high efficiency and scalable design are said to make them applicable to a wide range of projects, from distributed commercial and industrial to large scale utility installations.
Company to receive 3 million US-dollars through DOE's "PV Technology Incubator" program
The company reports that it was selected by the U.S. Department of Energy (DOE) to receive support through a 3 million US-dollar subcontract from DOE's "PV Technology Incubator", which aims to accelerate the commercialization of solar PV technology. Siemens is a global leader in automation systems, power conversion and control systems. As part of its environmental portfolio, Siemens provides technology to the PV industry. In an effort to make PV module arrays more efficient, Siemens is to integrate its components with Semprius PV module arrays, and together the companies are to implement the test systems to validate the performance of the combined technologies.
Competitive project deployment cost believed to be key for CPV technology success
"Our PV module arrays will make the generation of solar power economically viable in clear, sunny climates found in many parts of the world", said Joe Carr, Semprius President and Chief Executive Officer (CEO). Semprius reports that its micro-transfer printing technology is a highly efficient process for depositing high performance semiconductors onto a variety of substrates. Peter Krause, Business Segment Manager, Siemens Industry, Inc., said: "Competitive project deployment cost for CPV will be the key for the success of this technology. Combining Siemens' advanced automation and control equipment with Semprius module arrays has the potential to deliver electricity at grid level prices to both industrial and utility scale customers." Siemens Industry is a supplier of production, transportation and building technology solutions for industrial and infrastructure providers to increase their productivity, sustainability and profitability.
ADB supports China's push to accelerate large-scale solar power development
The Asian Development Bank (ADB; Manila, Philippines) in January 2010 announced its first foray into the solar power sector in the People's Republic of China through a technical assistance project, which is designed to pave the way for large-scale concentrated solar thermal (CST) power use in the country.
ADB announced that it is extending a 1 million US-dollar grant that is to be used to implement a 1.5 megawatt (MW) CST pilot project and to carry out the prefeasibility assessment of a 50 MW CST power demonstration project in the Gansu province in western China. According to the press release, the technical assistance is to accelerate large-scale solar power development in the country and to develop a 'road map' for CST demonstration projects. It is to provide information to other provinces on lessons learned and on the challenges facing CST power development.
Technical assistance project amounts to a total of 2.7 million US-dollars
ADB reports that this 1 million US-dollar grant comes from its "Climate Change Fund" established in 2008 to invest in projects that address the causes and consequences of climate change. The Government of China reportedly pledged to provide an additional 1.7 million US-dollars for a total technical assistance of 2.7 million US-dollars. According to the press release, the China Huadian Engineering Company Ltd. will act as the executing agency for the project, which is expected to be completed by March 2011. "Understanding new technologies through MW-scale pilot projects is crucial to building up knowledge and capacity that may lead to the development of large-scale plants," said Ashok Bhargava, Principal Energy Specialist in ADB's East Asia Department. CST power, which provides electricity by generating heat to operate a steam turbine that drives a generator, is said to have advantages over solar photovoltaic (PV) panels. ADB plans to tackle the lack of knowledge and expertise on the most appropriate CST power technology for China.
Sputnik's new data logger, MaxWeb xp, with integrated PV network management
Data logger MaxWeb xp
In December, Sputnik Engineering AG (Biel, Switzerland) launched the web-based data logger MaxWeb xp. Like its predecessor MaxWeb, MaxWeb xp also records power measurement values, yield data and events in photovoltaic (PV) plants and transmits them automatically to the SolarMax web portal. In addition, the data logger also monitors the plant's operation for faults and sends fault signals to as many as three recipients by e-mail or SMS. The set-up wizard helps you to configure your MaxWeb xp.
Remote control for network management
MaxWeb meets the requirements of the Renewable Energy Sources Act (EEG) and the guideline published by the German Association of Energy and Water Industries, "Generating Plants Connected with the Medium-Voltage Network", which have been in force in Germany since 2009. They demand that grid operators be enabled to reduce the effective output of large-scale PV plants. On the grid in Germany, access to the relevant PV plants is usually provided by wireless control signals. Since January 2009, the new requirements apply to all PV plants with a connected capacity greater than 100 kW or with a grid contact point to the medium-voltage grid.
The addition of the MaxRemote option to the expansion port integrated into the MaxWeb xp makes additional, external interface converters unnecessary. An easily navigable menu permits the plant operator to give the signal from the wireless remote control receiver unrestricted access to the necessary inverter control commands. The configuration of the command execution on MaxWeb xp is protected by a password and is also possible on the Internet.
In the words of Michel Ryser, the assistant head of development at Sputnik Engineering in
Biel: "The grid operator specifies an effective output reference value which the connected plant must respond to within 60 seconds." First the energy suppliers send a wireless signal to a wireless receiver. The receiver then sends via relays digital signals which the MaxWeb xp data logger interprets and sends to all connected inverter. "Usually the grid operator signals four different output levels", Ryser says. In relation to the rated capacity of the solar plant that means 100 percent, 60 percent, 30 percent and 0 percent. While 100 percent means no change in output, when output is set to 0 percent, the plant shuts down. In response to the 30 or 60 percent command, of course, MaxRemote reduces plant output correspondingly.
No additional interface converter required
Unlike the inverters of many other makers, SolarMax inverters do not need an additional interface converter. This reduces the amount of work needed and cuts costs. The data logger MaxWeb xp signals the feed-output back to the grid operator via the SolarMax web portal or by e-mail. All the steps are stored and recorded so that the plant operator can trace the relevant events. MaxRemote also makes it possible to meet the grid operator's future requirements such as transmitting commands for the input of reactive power to the connected inverters.
Paul Gipe: 2010 French tariffs raise price for solar, geothermal and biomass
Industry expert Paul Gipe on January 30th, 2010 commented on France's introduction of new feed-in tariffs (FITs) for 2010. Compared to 2009, they include substantially higher fees for energy generation from geothermal, biomass, and building integrated solar photovoltaic (BIPV) sources. Gipe found out that media reports about the new solar photovoltaic (PV) tariffs have overshadowed the significantly higher tariffs for geothermal-electricity generation, and for biomass. "Sex sells, and solar PV remains 'sexier' than humdrum geothermal power plants and downright old school biomass plants," Gipe commented.
In an odd twist, English-language media had widely been reporting a "24 % cut" in French solar PV tariffs while French sources are warning that some of the tariffs have been raised too high, Gipe emphasizes.
French solar advocates warn that high FITs may cause a 'solar bubble'
Gipe explains that English-language media has focused on the tariff for "simplified building-integrated PV" which was decreased from 0.55 Euros per kilowatt hour (kWh) to 0.42 €/kWh, a 24 % reduction. According to Gipe, "simplified BIPV" in France was never the type of rooftop PV seen in Germany or anywhere else in the world. In a uniquely French approach, these PV arrays need to be integrated into the roof of the building and not just mounted on top. In contrast to English-language media's reporting, French solar advocates have warned the government that the tariffs for ground-mounted and BIPV systems are too high. They warn of a potential "solar bubble" like in neighboring Spain in 2008, and instead called for more "sustainable tariffs" and for a program aimed more at residential and commercial buildings than the current program.
Advocacy groups demand "sustainable" FITs
Gipe reports that the advocacy groups Hespul and CLER (Comité de Liaison Energies Renouvelables; Montreuil, France) have both charged that the current policy, while creating a risk of a speculative solar bubble, focuses too narrowly on a niche market for new buildings. They emphasize that the potential of solar in France atop existing buildings is vast. The two organizations argue that a "good" tariff is one that permits generators to earn a profit from their investments and enable increasing electricity generation in a "sustainable" manner. Hespul and CLER charge that France's tariffs for building integrated systems are not sustainable and that they will account for a large portion of the costs of the French feed-in tariff program in the years ahead. Hespul also warns that the building integrated tariffs are so attractive that they could lead to the construction of building shells that will house nothing but support a BIPV roof to take advantage of the high tariffs. Gipe points out that such policy abuses have been seen in southern Italy.
Recurrent Energy signs agreement on 50 MW of solar photovoltaic power plants with Southern California Edison
Photo rendering of Recurrent Energy
22 MWDC solar power project in Kern
County, CA
Recurrent Energy (San Francisco, California), an independent power producer and developer of solar photovoltaic (PV) plants, on February 3rd, 2010 announced it has signed agreements with Southern California Edison (SCE). The utility will buy 100 percent of the power from three of Recurrent Energy’s California solar projects, Recurrent reports in a press release. Recurrent Energy will build and operate the solar power systems, located in Kern County and San Bernardino County, which have a combined peak output of 50 megawatts of DC power (MWDC).
The projects are expected to be completed in early 2013. "These projects are a great example of the potential for distributed-scale solar to deliver significant quantities of power on relatively short timeframes", said Arno Harris, CEO of Recurrent Energy. "Distributed-scale solar has an important role to play in helping to meet near-term renewable energy goals. This is a clear validation of our approach to developing and marketing solar power in California."
Solar key part of SCE's renewable energy strategy
The three solar photovoltaic ground-mounted power systems, two in Kern County (6 MWDC and 22 MWDC) and one in San Bernardino County (22 MWDC), are sited on private land leased by Recurrent Energy and construction is expected to begin in 2012. "SCE sees solar as a key part of our renewable energy strategy", said Marc Ulrich, Southern California Edison vice president, Renewable and Alternative Power. "We were pleased to work with Recurrent Energy’s experienced energy development, finance, and construction team to bring these distributed-scale solar projects online quickly. Projects like this make big steps toward contributing to California’s clean, green energy future."
Solarfun announces introduction of 'ECLIPSE' PV panels with reduced LID
Solarfun Power Holdings Co., Ltd. (Shanghai, China), a vertically integrated manufacturer of silicon ingots and photovoltaic (PV) cells and modules in China, on February 3rd, 2010 announced the introduction of "ECLIPSE," a new line of PV cells and modules with reduced light induced degradation (LID). The largest percentage of degradation of PV modules occurs during the first day of sun exposure. "ECLIPSE" according to Solarfun reduces the impurity concentration in cells, therefore reducing the relative LID to about 1% from 2% to 3%, or less than 2W compared to about 4W to 5W for a 180W module equipped with standard cells.
This results in an increase in electricity generation of about 1% to 2% more power over a one-, five-, 10-, and 25- year period when compared with standard modules, the company emphasizes.
Adjusting chemical properties in both the ingot-making and cell-processing phases of manufacturing
"We have devoted considerable resources and management attention to develop and produce differentiated products. We are proud to introduce this innovation in our new 'ECLIPSE' line with reduced LID", Peter Xie, President of Solarfun, commented. "The advance is made possible by our vertically integrated manufacturing model and ability to control the quality of raw materials throughout the production process. By adjusting chemical properties in both the ingot-making and cell-processing phases of manufacturing, we have achieved a low concentration of impurity while still maintaining high yields. We remain committed to our strategy of continually enhancing our technology to produce differentiated and more efficient products for our customers."
Energy Conversion Devices and Enfinity to co-develop 10 MW of rooftop solar projects in Ontario
Solar PV laminates on a rooftop
Energy Conversion Devices, Inc. (ECD; Rochester Hills, Michigan), a producer of building integrated and commercial rooftop photovoltaics (PV), and Enfinity Corporation (Sacramento, California and Ottawa, Canada) on January 28th, 2010 announced plans to collaborate on the development of a 10 megawatt (MW) portfolio of rooftop solar installations in Ontario, Canada. ECD and Enfinity plan to co-develop a series of solar projects under the province's new feed-in-tariff (FIT) program. The construction of these projects is scheduled to be completed during calendar year 2010.
ECD, through its wholly owned subsidiary, United Solar Ovonic, is to provide a combination of "UNI-SOLAR" PV laminates and its new "PowerTilt" product. PowerTilt is said to be particularly well-suited for the Ontario market given its easy installation on any roof type, its light weight and higher energy production.
Companies already partnered on 6 MW solar PV projects in Belgium and France
According to the press release, the rooftop installations will be on a number of different roofing materials. Enfinity is to lead the rooftop acquisition from its Ottawa office, and is to arrange construction debt and take-out equity financing for the solar PV projects. Upon commercial operation, the project's portfolio is to be sold to the permanent equity owners, ECD reports. Mark Morelli, ECD's President and Chief Executive Officer (CEO), said: "We are pleased to announce this expanding partnership with Enfinity with the collaboration on this Ontario portfolio. Since announcing the Framework Agreement with Enfinity last year, thus far we have partnered on nearly 6 MW of projects in Belgium and France that are being supplied by our roofing materials channel partners. This co-development approach in Ontario is a further example of our demand-creation strategy where we will partner on solar projects that have attractive rates of return for project investors."
Solar FITs in Ontario key reason for rooftop solar power development
According to Morelli, the Ontario Power Authority has demonstrated an impressive commitment to the promotion of renewable energy development, and ECD intends to be a major player in the province in the years to come. Rafael Dobrzynski, CEO of Enfinity, added: "The feed-in-tariff structure in Ontario rewards investors with higher incentives for distributed rooftop solar, and it is the objective of Enfinity to finance and develop projects that produce steady, predictable power for stable and secure investments." According to the press release, Enfinity is in the process of developing, building and financing solar PV projects with a total capacity of more than 4,000 MW and is planning to initiate several more through 2010.
Suniva, GS Battery to develop energy-storing solar PV systems
Suniva solar cell
Suniva, Inc. (Norcross, Georgia), a US-based manufacturer of high-efficiency mono crystalline silicon solar cells and solar photovoltaic (PV) modules, at the end of January 2010 announced an agreement with GS Battery Inc. (GSB; Rosewell, Georgia, USA), the American subsidiary of GS Yuasa Group of Japan (Kyoto), a world leader in battery and inverter technologies, to develop solar powered energy storage systems using Suniva's solar modules.
The collaboration between Suniva and GS Battery is to start with the first system using 30 kilowatt (kW) of Suniva's solar modules and GSB's battery technology at GS Battery's headquarters in Roswell. This solar array, which is designed and engineered by Atlanta-based solar integrator First Century Energy, is also to be the first grid connected energy-storing solar installation in Georgia, Suniva reports in a press release.
Battery storage systems qualified for 30 % federal investment tax credit
Suniva reports that as of January 1st, 2010, battery storage systems qualify under the American Recovery and Reinvestment Act (ARRA) for the same 30 % federal investment tax credit (ITC) as solar systems. GS Battery plans to use Suniva's high-efficiency solar modules which consist of Suniva's "ARTisun" series mono crystalline solar cells, in its energy-storing solar systems. According to the press release, Suniva modules can achieve power output up to 300 watts, which is believed to be one of the highest performance levels in today's solar industry. "Solar system owners that are able to store their energy output are also able to take advantage of many new economic opportunities", said Yasuyuki Nakamura, President of GS Battery. "Our state of the art approach allows customers to achieve better returns on investment with a more flexible and profitable solar energy supply. We are excited about the value of utilizing Suniva's high-powered modules with our battery technology." John Baumstark, Chief Executive Officer (CEO) of Suniva, commented: "Beginning with a series of high-performing prototype systems, Suniva and GS Battery will work to design the most advanced and reliable solar and battery systems in today's industry."
Arizona: Bell Independent Power chooses UA Tech Park as site for new solar plant
CSP plant
Bell Independent Power Corporation (Rochester, New York), a developer of thermal storage technology for Concentrating Solar Power plants (CSP), in January 2010 announced that the company had chosen the University of Arizona (UA) 'Tech Park' as the site of a 5 megawatt (MW) CSP plant which is to be equipped with a thermal storage system.
According to the press release, the role of the facility is for the first time to commercially demonstrate the company's proprietary technology, and to show its ability to improve the efficiency of a facility by 50 %. Bell reports that it designed this system by applying its energy expertise from the nuclear power industry and 5 years of intensive research and development (R&D).
Facility to serve Tucson Electric Power customers
According to the press release, the projected cost of the facility is 32 million US-dollars, and it will use 45 acres of parabolic solar mirrors to capture the solar energy. Bell is to develop, finance, own and operate the plant. Ultimately, the plant is to provide power to Tucson Electric Power (TEP) customers. TEP has asked the Arizona Corporation Commission (ACC) to approve its plan to purchase the solar power over a 20-year period. The plant's construction, which is scheduled for completion in May 2011, is to employ 75 workers. Bell reports that 7 full time positions are to be established for the operation of the facility. The thermal storage system is said to be capable of storing the sun's heat for several hours, allowing the CSP plant to generate power at cloudy times or after the sun sets.
Successful demonstration of solar thermal storage technology to spur demand
Bell expects that a successful demonstration of thermal storage on this facility and its beneficial economic impact will lead to its use on large scale facilities. "We are excited about demonstrating how our thermal storage system, with scale up cost efficiencies, can make solar power more reliable, and cost competitive with fossil fuel energy", said Joseph Bell, Jr., President of Bell. The CSP plant and storage system is expected to produce enough energy to power more than 1,500 typical Tucson homes, while offsetting more than 16,000 tons of carbon dioxide (CO2) emissions.
CSP plant to anchor Tech Park's new "Solar Zone"
The CSP facility is to be an anchor tenant of the UA Tech Park's newly designated "Solar Zone", which is dedicated to the creation of a competitive environment for companies in the sector to roll out current and create next generation new energy products. "The UA Tech Park is a good site for this facility because of their ability to accelerate permitting and will allow us access to the University of Arizona's capabilities", said Bell. According to the press release, the Solar Zone is being designed and developed to create an environment that supports all aspects of solar development generation and distribution, research and development, manufacturing and production, workforce development and public awareness.
Taiwan-based a-Si thin-film PV module maker Sun Well lands NT$4 billion order from China
Sun Well greenhouse roof installed PV modules
Sun Well Solar Co., Ltd., a Taiwan-based producer of a-Si thin-film photovoltaic (PV) modules, on February 1st, 2010 announced it has obtained a NT$4 billion (US$125 million) order from the government of Nanjing City, eastern China, with shipments over two years to begin in the first half of 2010. Sun Well is a subsidiary of Taiwan-based optical disc maker CMC Magnetics.
New solar factory to be located in Nanjing High Technology Industry Development Zone; total investment of US$600 million scheduled
The city government has selected Sun Well as the only partner for developing PV systems installed on roofs of agricultural greenhouses for the China market, the company indicated in its press release. Mainly due to the partnership, Sun Well will set up a factory in the government-developed Nanjing New & High Technology Industry Development Zone located in the city with an estimated total investment of US$600 million, the company pointed out.
Basler’s in-line metrology solutions secure quality of Sunfilm solar PV modules
Inspection of thin-film PV panels
The German PV producer Sunfilm has integrated three in-line Metrology solutions from Basler Vision Technologies (Ahrensburg, Germany) into their Applied Materials "SunFab" Thin-Film Line for photovoltaic (PV) modules. Sunfilm not only inspects incoming glass, but also incorporated two further test steps in order to provide best-in-class products. In addition to the glass inspection, Sunfilm is using Basler’s Sensic inspection equipment to ensure highest quality of the semiconductor coatings on thin-film modules (CVD) as well as to ensure premier quality of the final product after the lamination process is finished. This 100% quality inspection before and after relevant processing stages goes beyond the approach of other PV module manufacturers and secures Sunfilm a decisive competitive edge, Basler emphasizes in a press release.
Basler metrology solutions adapted and optimized to the thin-film industry
All three Basler Sensic inspection systems are in-line-systems. They were installed and put into operation with minimal downtime, since Sunfilm’s SunFab line was operating in series production throughout the complete integration process. The data exchange between the SunFab’s Factory Automation system and Basler’s metrology system is realized via the standard industry protocol SECS/GEM, which allows an online and in-time data exchange. "Sunfilm is again demonstrating its technological edge and commitment to constant innovation and latest state-of-the-art process control with the implementation of this new generation of inspection tools, developed together with Basler", says Dr. Wilhelm Stein, Chief Engineer at Sunfilm.
Sunfilm is the first Applied Materials customer using tandem junction thin-film silicon cell structure. This technology allows a larger part of the solar spectrum to be harvested as compared to amorphous silicon thin-film solar modules, leading to higher module efficiencies.
Basler's Sensic Thin-Film Inspection Solutions for glass inspection, CVD coating inspection and final inspection
Glass inspection solutions from Basler are available for the inspection of incoming goods (TCO coated or uncoated) and monitor cleaning operations carried out in the course of production. The inspection solution is designed as a reliable means of detecting and classifying surface defects and impurities, with a special focus on secure detection of edge defects that could result in glass breakage and result in considerable downtime.
The CVD Coating Inspection is designed for quality control of semi-conductor coatings on thin-film modules, able to provide not only the number, but also the distribution of pinholes in the coating. Pinholes inside the photoactive layer impair the efficiency of solar cells by short-circuiting. Malfunctions or contamination during the coating process are detected as early as possible and thus provide the basis for further optimization during production. The same solution, but positioned downstream from laser structuring, allows you to run additional checks on quality of your cell structure.
Another inspection solution in Basler's Sensic Thin-Film Inspection family is the "Final Inspection", designed for the inspection after the lamination process. The solution encompasses tests on the peripheral and photoactive areas for bubbles, scratches and delamination, and is able to check the presence and position of busbars. Lamination bubbles on the edge of solar modules can result in the penetration of moisture, which can have a direct detrimental influence on the quality and service life of modules.
Basler's Sensic Thin-Film Inspection Solutions help manufacturers in the solar thin-film industry to improve operations in the various steps of their production process, reduce module breakage rates and, consequently, improve the quality of their thin-film modules and lower the cost of manufacture. Low initial cost provides a rapid return on investment.
German PV producer aleo solar AG expands market position in Mexico
aleo solar AG (Oldenburg, Prenzlau, Germany) on February 2nd, 2010 announced the signing of a supply contract with the Mexican PV installation company Grupo Desmex S.A. in January, further expanding its position in the Mexican photovoltaic market. The frame contract covers solar modules with a rated output of 5,000 KW, which are to be supplied by the end of the year, aleo reports in a press release. aleo solar AG manages all of its business in the highly-promising North American markets via its subsidiary aleo solar North America, Inc., a company formed in the summer of last year.
Executive Vice President Robert Schwarzinger, who prepared aleo solar's North American market entry and manages the future growth of its business in this market, commented: "Given that we already delivered two rooftop systems with a total output of 375 KW to the Desmex Group, expanding our partnership is a logical step. Our first project from this frame contract is rated at 1,000 KW, for which we will soon be supplying modules, inverters and a tracker mounting system."
High solar electricity yields in Mexico
The high yields of aleo plants currently installed in Mexico have clearly surpassed expectations, the company emphasizes. Last year, for instance, a 174 KW rooftop system in Aguascalientes produced 1,822 kilowatt-hours per kilowatt of rated output, aleo reports. The solar electricity is being used by the operator. "The plant's yields are about 20 percent higher than expected", said Desmex managing director John von Frantzius. "aleo modules enable us to offer our customers particularly profitable systems."
aleo solar AG has significantly expanded its presence in the North American photovoltaics market, coordinating business in the core markets of USA, Mexico and Canada from its sales headquarters in Westminster, Colorado.
Gartner: California Solar Initiative data highlight fragmentation of US solar market
California CSI market by host sector
According to the US information technology research and advisory company Gartner, Inc (Stamford, Connecticut), the data from the California Solar Initiative (CSI) highlight the fragmented nature of the solar market in the United States. Researchers believe that it reflects a fundamental difference between the US market and most other national photovoltaic (PV) solar markets. Gartner points out that even within the CSI framework of incentives, the programs administered by different utilities achieved strikingly unequal results.
Even acknowledging the fact that varying regions and different sales forces will achieve unequal results, the data point to very different numbers of installed systems in 2009 in the Pacific Gas & Electric (PG&E) territory versus the Southern California Edison (SCE) and the San Diego areas (California Center for Sustainable Energy; CCSE).
Commercial, government and nonprofit solar markets immobilized by financial environment and lengthy of ARRA procedures
Gartner reports that the CSI market reached 169 megawatts (MW) of newly installed solar capacity in 2009. Looking at the data in terms of MW by host sectors, residential installations contributed the largest amount. Because the CSI program excludes utility-scale projects, Gartner cautions that this data needs to be carefully qualified. While analysts acknowledge that the residential market accounted for more than a third of the total market, this data also reflects the fact that the enterprise (commercial, government and nonprofit) market was effectively immobilized by two factors. These were the "frozen" state of the financial markets and the lengthy process of stimulus funding for renewable energy loans.
0.8 GW new solar capacity expected in the United States in 2010
Since most PV construction projects require significant financing, the lack of financing partners delayed most enterprise projects in the United States, Gartner reports. Furthermore, most enterprise projects required the tax grant from the American Recovery and Reinvestment Act (ARRA) which took six months to resolve. Gartner believes that these circumstances effectively froze most such solar projects. The federal government took a long time to establish its procedures for releasing stimulus package funds for renewable energy loans. For most consumers, this was not an issue, because they were able to tap the Investment Tax Credit (ITC) to finance 30 % of their systems. According to Gartner, the picture for 2010 is a bit clearer because the financing is starting to recover and because federal programs have released their guidelines. Gartner expects the overall U.S. PV market to reach 0.8 gigawatts (GW) of new installations for 2010.
Concentrating photovoltaics: OPEL Solar spotlights technology at CPV Today summit in San Diego
Javier Berrios, Speaker at CPV
Today's 2nd annual "Concentra-
ted Photovoltaic Summit USA"
Dr. Javier Berrios, Vice President of Engineering for OPEL Solar, Inc. (Shelton, Connecticut and Toronto, Ontario, Canada), a global developer and supplier of high concentration photovoltaic (HCPV) and other solar products, including ground-based and rooftop PV tracker systems, will be a featured speaker at CPV Today's 2nd annual "Concentrated Photovoltaic Summit USA" in San Diego, the company reports in a press release.
Dr. Berrios's presentation, entitled "CPV Systems: The Road to Successful Installations", focuses on OPEL Solar's achievement of going live to the electric grid with one of the first commercial HCPV installations in Spain. According to the press release, the installation is using OPEL Solar's HCPV panels and dual axis solar trackers.
Success with HCPV technology "hot" topic at industry conferences
OPEL Solar reports that Dr. Berrios's participation in the CPV Today summit is just one in a series of appearances and speaking engagements over the past several months by the company's executives, who are sought after as speakers because of their expertise and the success of the company's advanced solar products around the world. Frank Middleton, Chief Operating Officer (COO) of OPEL Solar, recently spoke to an audience at PV Power Plants 2009 held in Las Vegas (Nevada) on its technologies as a viable source of solar electric power generation for utility scale projects. Noting in his opening remarks that "Not all watts are created equal", Middleton, who participated in a panel of industry experts, addressed the topic "Solar Concentration and Tracker Systems". In the meantime, OPEL Solar reports that the company continued to host numerous customer visits to its commercial solar farm in Spain where customers, investors, and institutions can see the successful installation and electric production of OPEL's Mk-I HCPV panels mounted on dual axis solar trackers.
Kyocera to supply 3 MW of solar modules for Kyushu Electric Power Co. solar plant
Rendering of planned Omuta mega
solar power plant (3MW)
Kyocera Corporation (Kyoto, Japan) on January 26th, 2010 announced that it will supply 3 megawatts (MW) of solar modules for the large-scale "Omuta" solar power plant in the Fukuoka Prefecture (Japan). Omuta is reportedly being planned by Kyushu Electric Power Co., Inc. (Kyushu, Japan) and Nishinippon Plant Engineering and Construction Co., Ltd. (NPC; Fukuoka, Japan) is to be responsible for its construction.
Scheduled to go on-line in November 2010, the Omuta solar power plant is to be one of the largest megawatt-class sites on the southern island of Kyushu. According to the press release, construction is scheduled to start in April, and the installation is to cover approximately 20 acres (80,000 m²) upon completion. The solar power plant is expected to provide 3,200 megawatt hours (MWh) of electricity annually, thereby offsetting about 1,200 tons of CO2 emissions.
Company intends to take advantage of anticipated solar industry growth in Japan
Kyocera reports that it is holding the largest market share of public and industrial solar power installations in Japan, including a 240 kilowatt (kW) installation at the Central Japan International Airport and a total of 8.7 MW at over one hundred AEON Co., Ltd. shopping malls. With experience in diverse solar energy applications, Kyocera has amassed a wide range of skills in planning and installation simulation technology. Kyocera first began mass production of multi crystalline solar cells in 1982, and has developed a fully-integrated production process. Presently, power companies across Japan have planned to build roughly 30 large-scale solar power plants with a total of 140 MW of power output by 2020. Following this trend for public and industrial solar installations, Kyocera hopes to apply its experience and know-how in the solar industry to supply high-performance modules that can help to contribute to the prevention of global warming.
Dye solar cells: Dyesol delivered for projects in every sector of group’s world during second quarter of FY2010
Dye solar cell by Dyesol Limited
With Corus Dyesol Limited (Queanbeyan, Australia) produced the first Dye solar cell (DSC) product on the continuous production line at Shotton in North Wales for its testing and approval program, the company reports in a press release. In addition Dyesol delivered an equipment solution for the University of Technology Petronas (UTP) prototyping facility in Malaysia and established Dyesol Japan as its corporate vehicle for collaborative ventures in the world’s leading DSC country. Built on the history of successful collaboration with top Chinese DSC scientists through a sale for establishment of a prototyping facility in association with Tsinghua University, Dyesol’s first major sale in the most rapid growing solar market in the world increases business potential while keeping the company's IP strictly under wraps.
Spend on staff and R&D actually increased by over 25%
"In making these achievements, we reduced cash usage and increased cash in from ongoing operations by 50 % net, the biggest share coming from a more than 400 % increase in sales. Hence, total cash usage for the quarter reduced by 46 % to $1.648M or about $550K per month, well below projections. The breakdown of cash usage shows that spend on staff and R&D actually increased by over 25%, reflecting an increase in sales of services and products. The big savings occurred in spend on non-core activities", Dyesol reports. Dyesol is not consolidating, however, the company emphasizes. "We have some very exciting opportunities for growth throughout the world and especially in Europe during 2010. The executive team is evaluating a number of highly prospective new business opportunities and anticipate being able to make announcements during the third quarter as we conclude due diligence and commercial negotiations. In addition, our international R&D is expanding through awards of government funding for projects in Europe. Over time, we expect discrete operations in steel, glass, auto and electronics to emerge."
Dyesol finished the quarter with close to seven million dollars ($6.828K) at bank and quick assets totaling well over $10M (including current loans of $1.56M and inventories and receivables of $3.2m).
"Big business is awake and aware of opportunities"
"In summary, we are poised to take advantage of significant growth in the renewable energy sector since the world has exited the GFC and awareness has increased through the worldwide involvement in Copenhagen. Big business is awake and aware of the business opportunities. The market places Dyesol is addressing - particularly BIPV - should be the premium growth business opportunity as margins reduce for the traditional solar farm projects", Dyesol accentuates.
New York Governor Paterson announces historic solar energy project
New York Governor David A. Paterson
announced 100 MW PV systems
New York Governor David A. Paterson on January 27th, 2010 announced an unprecedented clean energy project that is expected to more than quintuple the amount of solar electricity currently produced in New York State. The project is also to foster the development of solar technologies, support public sustainability efforts and stimulate the economy with new clean energy jobs throughout the state. According to the press release, the New York Power Authority (NYPA) issued a request for proposals (RFP) seeking a public-private partnership for the installation of up to 100 megawatts (MW) of photovoltaic (PV) systems, including roof-mounted and ground-mounted solar arrays.
These facilities are to primarily be installed at schools, public universities and colleges, state and local government facilities, municipal electric utilities and rural electric cooperatives.
Solar power project to provide clean electricity for 15,000 homes
The initiative is expected to boost New York State's growing solar industry, create clean energy jobs and support efforts to reduce the carbon footprint of state and local public facilities. It is expected to generate enough electricity for about 15,000 average homes and to reduce greenhouse gas emissions by an estimated 45,000 tons annually. The project is said to be the largest solar initiative in state history. "A sustainable future for New York requires bold initiatives which will increase the deployment of clean energy", Governor Paterson said. "The New York Power Authority's advancement of this, the largest solar initiative in State history, aligns with the State Energy Plan's direction to increase in-State energy supplies. In doing so, this initiative will support growth in the clean energy industry and promote job creation, diversify our energy portfolio and support our energy independence."
Power Authority seeking hosts for PV power plants
In addition to providing clean power to host facilities, the initiative is to include the development of large scale "Community Solar" projects that are to connect to the distribution systems of municipal utilities and rural electric cooperatives. Community Solar projects are to utilize available space to generate power for electric distribution grids rather than a single host site. The Power Authority is soliciting proposals from developers to install, own and operate PV arrays, and to sell all the energy and environmental attributes to NYPA subject to 20-year power purchase agreements (PPAs). Installation of the solar PV projects is expected to begin in 2010 and to be completed by the end of 2014. Richard M. Kessel, President and Chief Executive Officer (CEO) of NYPA, said: "This initiative will advance the development of the solar industry and clean energy jobs throughout the State, and will help diversify our energy sources and incorporate green power educational opportunities for our schools." NYPA has reportedly installed or is undertaking projects to install nearly 50 PV systems throughout New York state with a combined capacity of 3 MW.
Concentrix Solar wins IEC certification for new CPV module "CX-75"; Confirms readiness for full, commercial deployment in utility-scale electricity production
FLATCON module CX-75
Concentrix Solar (Freiburg im Breisgau, German), a leading supplier of Concentrator Photovoltaic (CPV) systems and a new division of the Soitec Group (Euronext Paris), the world’s supplier of engineered substrates, announced today that the company has received IEC certification 62108 for its "CX-75 FLATCON" module generation. The International Electrotechnical Commission (IEC) is the world's leading electrical and electronic standards organization. IEC 62108 is the CPV industry’s standard, ensuring that modules and assemblies are suitable for long-term operation in a wide range of outdoor climates.
By producing the CX-75 module in the company’s industry-leading, fully-automated production line in Freiburg, Germany, Concentrix Solar is uniquely able to ensure consistent, highest-precision manufacturing in high volumes - a critical factor in ensuring high nominal AC system efficiency and long-term reliability, the company emphasizes in a press release.
CPV modules to withstand prolonged exposure in harsh climates
"The IEC 62108 certificate is an important milestone, confirming that our new CX-75 module is ready for full, commercial deployment in utility-scale electricity production", said Concentrix Solar CEO, Hansjörg Lerchenmüller. "It attests that our systems are capable of withstanding prolonged exposure in harsh climates and are designed to withstand severe environmental conditions such as rain, hail and high winds."
The assessment was performed by the Spanish accredited testing institute CENER (Centro Nacional de Energías Renovables) and certified by the Spanish Association for Standardization and Certification (AENOR). The certificate confirms that the Concentrix Solar CX-75 module successfully passed all the necessary IEC performance and accelerated aging tests and therefore received design qualification and type approval. Concentrix Solar’s previous module generation successfully had already passed the IEC tests in 2007.
Hail impact, mechanical load, insulation, wet insulation as well as outdoor exposure tested
The IEC 62108 standard specifies the requirements for the design qualification and type approval of CPV modules and assemblies suitable for long-term operation in demanding outdoor conditions. Since 2009, it has been the standard for the certification of CPV modules. According to the testing standards for conventional PV modules, the IEC 62108 norm simulates environmental conditions and influences for CPV modules to verify the performance reliability and aging resistance. This includes among other things testing of hail impact, mechanical load, insulation and wet insulation as well as outdoor exposure.
Average module efficiency: 27.2 percent
Concentrix Solar takes a unique approach in manufacturing its modules in a fully automated industrial production line. The high degree of automation ensures that all modules are of the same high quality and deliver the greatest efficiencies and reliable system operation over long time periods. With the CX-75, Concentrix Solar has increased the system efficiency (AC) of its concentrator systems, as confirmed at installations in San Diego, USA, and Puertollano, Spain. Precision and quality in module manufacturing lead to consistent high quality and an extremely high average module efficiency of 27.2 percent.
Global EcoPower and T-Solar to develop and build 120 MWp PV plants in France
Global EcoPower (Aix en Provence, France), a developer of solar power plants, on January 27th, 2010 announced that the company had sealed an agreement with Spanish T-Solar Group (Madrid), a leader in the Southern European photovoltaic (PV) power generation market, to jointly develop 120 megawatts peak (MWp) solar electric capacity in France over the next three years.
The promotion, construction and operation of these PV plants is to be organized by "T-SEP", a 50-50 joint venture of the two companies. It is to benefit from the established regulatory framework in France for solar installations. Global Ecopower reports that the French Government recently launched very attractive feed-in-tariffs (FITs) for ground as well as roof top solar PV installations, with an obligation to buy the produced electricity over 20 years.
Company is currently developing 36 solar power projects representing a potential installed capacity of 270 MWp
The two companies anticipate that they will benefit from the new strategic alliance, which is expected to expedite their respective plans for growth. By virtue of the agreement, the power plants promoted by this joint venture will be insured by the German Allianz company, through its subsidiary Allianz Climate Solutions. According to the press release, Global EcoPower has resolved to concentrate its activities on the development, construction and operation of solar projects in France. The company reports that it is currently developing 36 projects representing a potential installed capacity of 270 MWp, mainly in the South of France. The group's strategy is to keep 50 % of the plants for its own account and to sell the remaining 50 % to third parties. Global EcoPower Chief Executive Officer (CEO), Jean Marie Santander, believes that the agreement will expedite Global Ecopower's development in French territory. T-Solar pledged to share its know-how and its relations with banking institutions and suppliers. He also believes that Global EcoPower will benefit from T-Solar's experience in building and operating photovoltaic projects on a turnkey basis.
Company plans international expansion
Juan Laso, General Manager of T-Solar, pointed out that the company's entry onto the French market comprises part of its ambitious international expansion plan. Karim Tamir, Director of Business Development and Origination of Allianz Climate Solutions, said: "This partnership will help to further reinforce solar power capacity in the French market and thereby contribute to national climate targets, whereby Global EcoPower will grant access to a large number of high value projects and T-Solar will provide its strong experience and know how as one of world largest independent solar power producers."
Governor Richardson announces GA Solar to build one of world’s largest solar photovoltaic plants in New Mexico
New Mexico Governor
Bill Richardson.
Governor Bill Richardson on January 27th, 2010 announced that the Spanish renewable energy company GA-Solar will be building one of the largest photovoltaic (PV) plants in the world in Guadalupe County. GA-Solar and their parent company, Corporación Gestamp, plan to invest $1 billion in New Mexico in the development of this project. "I believe this unprecedented investment shows that New Mexico has not only become the center of the North American solar industry, but is ready to take its place as a global player in the production of renewable energy", Governor Richardson said.
"Building a comprehensive clean energy economy is key to the economic stability and vitality of New Mexico’s future."
Solar array to reach upwards of 300MW of installed capacity
GA-Solar’s project will be located on 2,500 acres of land in Guadalupe County, which will be developed into a large solar array with the potential to reach upwards of 300MW of installed capacity once completed, Richardson announced. It is expected to generate enough energy to power the equivalent of 50,000 homes for one year. The project is estimated to take up to four years to construct, during which time the company will be employing 300 people in rural New Mexico. Upon completion, the company will maintain 75 full-time employees.
"Renewable energy and energy efficiency have steadily gained popularity in the United States and in New Mexico, in particular", says Jon Riberas, CEO of GA-Solar and Corporación Gestamp. "GA-Solar is a leader in photovoltaic solar generation, with the depth and breadth of experience needed to grow the solar energy sector." Riberas also states, "The U.S. renewable market is the largest in the world, and we are fortunate to be in a region that has the necessary abundance of sun, wind and biomass activity for the production of renewable energy as well as the development of all business units within Gestamp Renewables!”
A cornerstone in attracting solar investment to New Mexico
Additionally, the PV plant will become a cornerstone in attracting solar investment and construction to New Mexico. Corporación Gestamp, one of the largest steel companies in the world, plans to source the racking equipment from local manufacturing facilities. Other potential entities attracted may include photovoltaic producers, inverters and steel manufacturers. "This is one of the most exciting projects that we have ever welcomed to New Mexico", said Economic Development Department Cabinet Secretary Fred Mondragón. "We are honored that GA-Solar recognizes that the combination of unlimited sunshine and our hard working labor pool are the only incentives they need to build their 300MW solar array in Guadalupe County:"
This is the third green economy project announced this in January 2010 by Governor Richardson. On January 8th, the Governor welcomed Johnson Plate and Tower, wind tower manufacturers, to Santa Teresa. Last week he welcomed green building products manufacturer C/D² Enterprises to the Gallup area. Over the next few years, these three projects combined will create nearly 500 new green jobs.
Scheuten Solar USA receives $ 3 million governmental funding for the realization of a 5 MW solar project
Free field photovoltaic (PV) power
plant by Scheuten Solar in Belgium
In the last week of January 2010, the state of Pennsylvania granted $ 9.5 million of federal incentive funds to solar projects. The largest funding of $ 3 million will go to Scheuten Solar USA Inc. for a PV-power plant in the state of Pennsylvania where Scheuten Solar will convert a brown field into a 5 MW solar field. The project will be completed by the end of 2010.
"Receiving this grant is a milestone for our office in the USA and gives us the opportunity to take further steps in the American market", says Frans van den Heuvel, Chief Executive Officer. "This sizable, $ 9,5 million investment, will provide jobs for 149 people, stimulates another $ 46 million in private investments and, once completed, will generate enough electricity to power 1,200 homes annually", stated Mr. Edward G. Rendell, Governor of the state of Pennsylvania.
German solar integrator Umwelt-Sonne-Energie completes 1.9 MWp Solyndra panel PV plant in Belgium
Solyndra, Inc (Fremont, California), a manufacturer of cylindrical photovoltaic (PV) systems for commercial rooftops, on January 27th, 2010 announced that Umwelt-Sonne-Energie GmbH (USE Projects, Holzgerlingen, Germany), an authorized reseller, has completed the largest collective Solyndra project to date. The project consists of 1.9 MWp of generation capability installed on ten rooftop sites in Belgium owned by a large international food retailer. The power generated by the systems will be sold to local utilities under an agreement with the building owners.
"This is a great example of how Solyndra's PV systems can take advantage of underutilized commercial rooftop space to generate significant power. The project also offers a good model for how distributed power generation can work in an urban setting", said Chris Gronet, Solyndra CEO and founder. "USE Projects designed and delivered a PV system that we believe can enable the highest energy production per roof over the system lifetime while taking advantage of Solyndra's low overall installation costs."
1,928 kWp on ten sites in ten cities
Solyndra's cylindrical, thin film PV systems are designed to generate more electricity from typical low-slope commercial rooftops while providing significantly lower installation costs than conventional flat plate PV technologies. The Belgium project involved the installation of 1,928 kWp on ten sites in ten cities, and was completed in just two months. "Solyndra was the best solution for this challenging project given the number of sites, different roof orientations and desire for highest possible energy yield per roof", said Arnold Berens, USE Projects CEO. "Our trained technical staff found the systems easy to install, and we are pleased to be able to have completed this project which helps our rooftop host meet their corporate citizenship goals while also generating significant clean power."
USE is a solar integrator based in Holzgerlingen, Germany, near Stuttgart. USE designs, builds and services large-scale turnkey PV systems for their customers. The company has additional locations in Germany and various European countries such as the Czech Republic, Belgium, Austria and Croatia.
Concentrating solar power: THE WALL AG and FLABEG Holding join for research and development
Solar mirrors by FLABEG
According to a press release THE WALL AG and FLABEG Holding have set a goal to reduce costs through progressive research and development and increase the efficiency of Concentrating solar power plants (CSP). CSP offers the greatest potential of winning power from solar energy, FLABEG reports in the press release. Their enormous voltage is faced with similar costs of investment: One power-station with a yearly capacity of 50 MW needs an investment volume of nearly 300m Euro. Due to the reason mentioned previously, investors usually only offer capital for a power-station project with state subsidies. FLABEG, headquartered in Nuremberg, Germany, is a pioneer in the field of solar mirrors: the first CSP plants established in the Californian Mojave Desert in the eighties are equipped with FLABEG mirrors, and are still operating commercially, the company reports.
The concern was and still remains to be considered the leader in the field of solar mirrors all over the world. "Always a step ahead, that is the basis of our philosophy and our success. The pioneer spirit connects us with THE WALL AG", states FLABEG-CEO Axel Buchholz on the cooperation between both companies.
SwissCell is suitable for extreme desert climate
THE WALL AG, headquartered in Schaffhausen, Switzerland, is the producer of the patented SwissCell, FLABEG reports in the press release. It deals with an innovative material, amazing through its agility and endurability: one quartermeter SwissCell with a weight of 3 kg endures a weight of over 200 tons. In addition, the material is inflammable, it is resistant to wind, rain, and changes in temperature. These are all qualities that make it suitable for extreme desert climate, FLABEG emphasizes in the press release. It is composed of resin-covered cellulose, which is pressed in a special process under great pressure and high temperature into a honey-combed structure.
Solar mirrors and SwissCell as carrier material
The honey-comb cores will be covered permanently by a certain layer, to be used as such with the solar mirrors. According to the press release the idea behind this is that solar mirrors and SwissCell as carrier material will get united in a self-carrier collector unit. The advantage: much lighter steel constructions will be needed in comparison with the actual mirrors in use, so that great savings will be possible concerning material and construction, FLABEG reports in the press release.
"Through the complete area of the composed material we can set thinner glass”, as Axel Buchholz says. “The thinner the glass is, the higher the reflection of energy, and thus the more efficient the collectors are. This possible increase of efficiency is possible for all types of collectors and solar mirrors."
Maryland Governor releases clean energy agenda to promote jobs, sustainability
Maryland's Governor Martin O'Malley in January released his "2010 Energy Agenda" that focuses on increasing the renewable energy production and tax credits in Maryland. This energy package is expected to support the state's economy by increasing clean energy and green jobs. Key legislation includes an acceleration of the solar Renewable Portfolio Standard (RPS), as well as a specific wind legislation to create an effective regulatory framework for off-shore wind energy development.
Additional proposed legislation calls for extending renewable energy tax credits for businesses interested in going green, as well as tax credits for families to purchase plug-in electric vehicles as they may become commercially available.
Accelerated solar Renewable Portfolio Standard (RPS) to help job creation, meet renewable energy goals
The legislation to accelerate Maryland's solar RPS requirements is expected to result in more residential and commercial solar installation and greater job creation in support of the state's solar industry. Additional solar energy is expected to decrease peak load electricity prices in the summertime, reduce greenhouse gas emissions, create new green jobs, and help Maryland meet its renewable energy goals. The O'Malley-Brown Administration is to reauthorize the renewable energy production tax credit that is currently scheduled to expire at the end of 2010. According to the press release, the existing program cap of 25 million US-dollars will remain. Eligible taxpayers are to receive a state income tax credit for electricity generated by qualified resources of 0.85 cents per kilo-watt hour (kWh), and 0.50 cents per kWh for electricity generated from co-firing a qualified resource with coal.
Energy agenda to place Maryland at the forefront of renewable energy states
Incentives for the purchase of plug-in electric vehicles in the form of tax credit would be capped at 2,000 US-dollars per vehicle. Electric vehicles are expected to provide far-reaching environmental, economic, and health benefits to citizens. Governor O'Malley reports that supporting the state's efforts to lead in the clean energy sector also includes the creation of an effective regulatory framework for offshore wind energy development. "Energy touches every aspect of our lives from the cost of heating our homes to sustaining our resources for future generations," said Governor O'Malley. "Each element of our energy agenda is structured to provide resources and incentives for our families and workforce, create jobs, and fuel innovation as we continue to strive for a Maryland that is truly Smart, Green and Growing."
Mercury Solar Systems partners with SunRun to offer affordable home solar power in New Jersey
9.6 kW solar electric ground mount system
(Pelham, NY)
Mercury Solar Systems Inc. (Port Chester, New York), a solar integrator on the East Coast, in January 2010 announced that it partners with SunRun (San Francisco, California), a residential solar company, to deliver New Jersey homeowners affordable solar power. According to the press release, homeowners will be able to get solar photovoltaic (PV) panels installed for as little as 500 US-dollars with SunRun. They are then to pay a low fixed rate every month for the solar power, allowing them to save money while enjoying clean electricity.
Mercury Solar reports that the monthly solar payments for a typical three- or four-bedroom home in New Jersey start at 50 US-dollars per month. All SunRun customers reportedly receive an annual money-back performance guarantee in addition to professional-grade monitoring, maintenance, repairs, and insurance.
Generation of 2,164 GWh annually targeted by 2020
Jared Haines, President of Mercury Solar Systems, said: "New Jersey homeowners can now make a minimal upfront investment to enjoy clean electricity. We believe this partnership is a breakthrough approach to making solar very affordable and hassle free for any homeowner and are honored that SunRun has selected Mercury to design and install its customer systems." Mr. Haines continued: "The signing of the Solar Energy Advancement Act into law on Monday reaffirms New Jersey’s long-term commitment to solar power, and we look forward to helping the state generate 2,164 GWh of solar power by 2020, or about 3% of its total electricity needs."
Quantum announces solar system supplier agreement with the Los Angeles Department of Water and Power
Quantum Fuel Systems Technologies Worldwide, Inc. (Quantum; Irvine, California), a fully integrated alternative energy company, in January 2010 announced that it had entered into a professional services agreement with the City of Los Angeles Department of Water and Power (LADWP). According to the press release, Quantum was one of 12 companies selected as a "qualified supplier" among 109 bid participants. The agreement sets forth the terms by which LADWP would procure the materials and services necessary for solar power projects.
These projects are expected to help fulfill Los Angeles' mandated Renewable Portfolio Standard (RPS), which targets 20 % of the energy for the city from renewable energy sources by 2010, and 35 % by 2020. The Board of Directors of LADWP passed a resolution authorizing the agreement with Quantum, and the other 11 qualified suppliers, for the procurement of materials and professional services for the initial three year effort in support of the RPS. At a maximum cost of 455 million US-dollars, the project's goal is to install 200 megawatts (MW) of solar capacity by 2012.
Solar power projects to help achieve RPS goals, creating jobs in the process
The LADWP plans to issue individual "Task Order Proposals" to the qualified suppliers for competitive procurement of solar photovoltaic (PV) modules, all associated materials, tools, and equipment, and for professional services which include solar power system design and solar power system related training for LADWP personnel, for LADWP facilities and other Los Angeles City properties. "We applaud the city of LA and the DWP for their progressive vision and strategic plan to expand the role of clean renewable energy in the largest municipal utility in the nation", said Alan P. Niedzwiecki, President and Chief Executive Officer (CEO) of Quantum. "This project will help to create much needed jobs in Los Angeles, as Quantum draws employees from the Southern California region."
Company acquisition part of strategy to establish renewable energy powerhouse
Quantum recently announced that it had signed a definitive business combination agreement with Schneider Power Inc. (Toronto, Canada and New York City, New York), to acquire all of the outstanding common shares of Schneider Power, to form a leading North American alternative energy company with significant expertise in delivering fully operational renewable energy projects, and a pipeline exceeding 1 gigawatt (GW), which subject to the satisfaction of certain closing conditions, is expected to close late in the second quarter of 2010. Quantum and its German affiliate, asola Advanced and Automotive Solar Systems GmbH, are to supply solar roofs for the Fisker Karma, a plug-in hybrid car that is being developed by Fisker Automotive, Inc., an American car company co-founded by Quantum in 2007. Fisker Automotive recently announced that it had been awarded a conditional 528 million US-dollar loan by the U.S. Department of Energy (DOE).
Dye solar cells: Dyesol partners with IntertechPira for 2010 industrialisation conference
FSC production at DYESOL's facility
Dyesol Limited (Queanbeyan, Australla) has partnered with international conference organiser IntertechPira to stage the 4th International Conference on the Industrialisation of Dye Solar Cells (DSC-IC 2010). The conference will be held in Denver, Colorado from the 25th to 28th of October 2010 and has been designed to attract companies that could develop new photovoltaic products based on dye solar cell (DSC) technology, as well as companies that could become suppliers to the industry. This is the 4th in a series of conferences organised by Dyesol to help advance the DSC industry.
Discussing breakthroughs in materials, R&D and progress of commercialisation
The conferences are held in strategic locations around the world - in Australia, Switzerland, Japan, and now USA, where Dyesol continues to lead the progress towards industrialisation of this important renewable energy technology. The event will feature innovators discussing the latest breakthroughs in materials, R&D and progress of commercialisation projects. It will also enable delegates to network with scientists, engineers, industrialists, investors, brand owners, materials and equipment suppliers from around the world. More information about the 4th International Conference on the Industrialisation of Dye Solar Cells will be available on www.dyesol.com and an event website in the coming weeks.
California Public Utilities Commission establishes incentives for installation of solar water heating systems
Solar water heating system
The California Public Utilities Commission (CPUC; San Francisco) in January 2010 established a California Solar Initiative (CSI) Thermal Program. It is to provide incentives to promote the installation of solar water heating systems in new and existing homes and businesses in the territories of the utilities Pacific Gas and Electric Company (PG&E), Southern California Edison (SCE), San Diego Gas and Electric Company (SDG&E), and Southern California Gas Company (SoCalGas). The goals of the CSI Thermal Program are to increase the size of the solar water heating market in California, to support reductions in the cost of solar water heating systems and to engage in market facilitation activities to reduce market barriers to solar water heating adoption, such as high permitting costs, lack of access to information, and lack of trained installers.
Solar water heating systems to displace natural gas and electricity usage
CPUC reports that the expansion of the California solar water heating market involves the installation of natural gas-displacing systems to displace 585 million therms and the installation of electric-displacing solar water heating systems to displace 275.7 million kilowatt-hours (kWh) of electricity annually by the end of 2017. The aim is also to expand the market for other solar thermal technologies that displace natural gas and electricity use, in addition to solar water heating. "Today's decision will increase consumer confidence and understanding of solar water heating technology and its benefits", said CPUC President Michael R. Peevey. "We've structured the incentives so they are based on the performance of solar water heating systems in order to promote the adoption of high-performing systems."
Funding for CSI Thermal Program to be covered by ratepayers and by existing incentive grants
The CSI Thermal Program is subdivided into incentives for natural gas displacing and electric displacing, both of which are to be paid up-front based on a system's estimated first-year amount of therms or kWh displaced. The program is to run for 8 years or until the program funds are exhausted, whichever occurs first. According to CPUC, the program will be funded by 250 million US-dollars in collections from natural gas ratepayers, as well as up to 100.8 million US-dollars in funds already authorized and currently being collected through the general market CSI photovoltaic (PV) program. Monies collected from natural gas ratepayers are to fund incentives to solar water heating systems that displace natural gas usage, while funds collected through CSI from electric ratepayers are to fund electric displacing solar water heating systems.
Utilities responsible for CSI Thermal Program's administration
The CSI Thermal Program is to be administered by PG&E, SCE, SoCalGas, and by the California Center for Sustainable Energy (CCSE) in the SDG&E territory. PG&E and SDG&E, in coordination CCSE, are to disburse incentives to both electric and natural gas ratepayers who install eligible solar water heating systems in their territories. SCE is to disburse incentives through the CSI Thermal Program to customers who install electric displacing solar water heating systems, and SoCalGas is to disburse incentives to customers in its territory who install natural gas displacing solar water heating systems. "The dispersion of solar heating systems can play an important role as we strive to achieve the goal of zero net energy in residential and commercial buildings by 2020 and 2030 respectively, as outlined in the California Energy Efficiency Strategic Plan", said Commissioner Dian M. Grueneich. "These systems can be cost-effective for ratepayers, while helping to displace both electricity and natural gas usage in new and existing homes and businesses. Thus a focused, cost-effective program to improve the market for this technology can serve as a key step in our path to zero net energy."
For more information on the CPUC, please visit www.cpuc.ca.gov.
Duke Energy acquires first commercial solar power project
Blue Wing will consist of 214,500 ground-
mounted First Solar panels
Duke Energy (Charlotte, North Carolina) on January 25th, 2010 announced the acquisition of a large-scale solar photovoltaic (PV) project under development in San Antonio, Texas, adding solar power to its commercial renewable energy portfolio. Duke Energy Generation Services (DEGS), a Duke Energy Commercial Businesses unit that owns and develops renewable power assets, reportedly plans to purchase the "Blue Wing" solar project from juwi solar Inc. (Boulder, Colorado).
The 14 megawatt (MW) PV plant is to consist of 214,500 ground-mounted First Solar thin film panels. Duke Energy reports that the acquisition includes a 30 year power purchase agreement (PPA) to sell all of the output from the solar farm and associated renewable energy credits (RECs) to San Antonio-based CPS Energy, one of the largest municipality-owned utilities in the U.S.
Company enters commercial solar power industry
According to the press release, Blue Wing will be the first commercial solar power project to be owned and operated by Duke Energy. The construction of the PV plant is to follow the close of the acquisition, which is expected in the first quarter of 2010. The 139-acre project is expected to be completed and energized by the fourth quarter of 2010. "Demand for power from renewable resources continues to rise", said Keith Trent, Group Executive and President of Duke Energy's Commercial Businesses. "Our entry into the commercial solar power industry reaffirms Duke Energy's commitment to generating emissions-free electricity for customers." Although Duke Energy plans to wholly own the Blue Wing project, the company reports that it continues to look for opportunities to jointly develop commercial solar power projects in the U.S. with China-based ENN Group (Langfang, China), pursuant to an agreement signed in October 2009.
Solar power to be added to 733 MW installed wind power capacity
Duke Energy on own account owns and operates 733 MW of commercial wind power generation, a figure that is expected to rise to nearly 1,000 MW by the end of 2010. In total, the company has committed more than 1 billion US-dollars since 2007 to build its wind energy business. "Duke Energy's acquisition of the Blue Wing solar project adds an exciting new dimension to our renewable power business", said Wouter van Kempen, President of DEGS. "We took our wind energy business from zero megawatts to more than 730 megawatts in under three years, so I'm very confident we can grow our solar power business." The company reports that Duke Energy Carolinas, part of its regulated business, is installing solar panels on select business and residential customers' rooftops as part of a 50 million US-dollar program.
Advanced Energy signs strategic service agreement for Colorado State University's new 2 MW PV plant
CEO
Dr. Hans Betz
Advanced Energy Industries, Inc. (Fort Collins, Colorado), in January 2010 announced that the international engineering and project management company AMEC has engaged Advanced Energy for a multi-year agreement to provide "SiteGuard" services for Colorado State University's (CSU) two megawatt (MW) photovoltaic (PV) power plant located in Fort Collins, Colorado.
AMEC is a focused supplier of high-value consultancy, engineering and project management services to global natural resources, nuclear, clean energy, water and environmental sectors. The new solar facility at CSU started producing power in early December and is expected to be fully commissioned in early 2010.
Solar system services to increase uptime, reduce LCOE
Advanced Energy reports that its SiteGuard program is designed to increase uptime and reduce levelized cost of energy (LCOE) for entire PV solar array sites. According to the press release, LCOE takes into account system performance, costs, and ongoing operation and maintenance (O&M). The SiteGuard service program is said to provide comprehensive preventive maintenance (PM) for entire PV system sites. Advanced Energy reports that its support program is compatible with all industry brands of inverters, modules and tracking equipment.
Company's service to optimize ROI on solar PV systems
Dr. Hans Betz, Chief Executive Officer (CEO) of Advanced Energy, noted: "Customers can rely on one source, Advanced Energy, to provide the most comprehensive service offering and optimize the return on their investment. This agreement demonstrates our commitment to delivering solutions that reduce LCOE at customer sites as well as providing world-class services that span the complete lifecycle of those sites." Tim Gelbar, President of AMEC's Power and Process Americas business, said: "We are delighted to enter into this agreement with Advanced Energy and look forward to delivering enhanced cost and performance efficiencies to our customer."
Gartner: Germany's plans to cut its solar subsidy again will put downward pressure on prices
The German government recently announced reductions in the solar photovoltaic (PV) feed-in tariff (FIT), the rate at which utilities are commited to purchase electricity generated from solar electric systems installed in the country. The U.S. information technology research and advisory company Gartner, Inc. (Stamford, Connecticut) on January 25th, 2010 issued a press release commenting on the FIT reductions in Germany and on their impact on the solar markets.
Utilities currently pay 39 Euro cents per kilowatt hour (kWh) for solar electricity, which is approximately eight times the rate for conventional electricity. The recently announced reductions come on top of a 9 % cut for small rooftop projects and an 11 % cut for large rooftops and ground installations that took effect on January 1st, 2010. Gartner reports that the FITs are to be reduced by 15 % for rooftop systems in April, and at the beginning of July by 15 % for free-field systems and by 25 % for farmland sites.
German policy change to impact global solar markets
Germany is the largest market for PV solar electric systems, and the feed-in tariff is the primary subsidy to stimulate the development of renewable energy projects. Gartner believes that a cut in the German feed-in tariff was widely anticipated, although the magnitude of this reduction was slightly less than analysts had expected. The German government has been under increasing pressure to reduce the subsidy in view of a steep drop in the cost of PV systems in 2009 due to an oversupply of global manufacturing capacity. Because Germany represented half of the market for PV systems in 2009, the FIT reductions are expected to have repercussions throughout the PV industry.
Pricing changes to cause pressure for improved rates of return of solar systems
Gartner believes that the first area impacted by the German policy adjustments will be prices. During the first and second quarters, analysts anticipate some stabilization of prices as large projects are rushed into completion. However, Gartner notes that the main effect of the lower tariff rate will be to put downward pressure on prices as project developers seek acceptable rates of return with a 15 % to 25 % lower future revenue stream. The effect on pricing is predicted to have a ripple effect on other PV markets, including Italy and the United States. This change is expected to lead to increased margin pressure throughout the PV value chain as the market realigns to the new pricing realities. Analysts believe that vendors with the lowest cost structure will be in the most-favorable position to adapt. Those with adequate resources may step up investment in research and development (R&D) aimed at improving rates of return through higher system performance and lower manufacturing cost. Gartner notes that inverters and power optimization technologies could benefit because they have the potential to increase the overall energy production of these systems, thereby contributing to higher returns.
Industry shakeout and consolidation accelerated by German policy change
Gartner believes that because Germany is globally the largest PV market, its policy change could be a catalyst for an industry shakeout and consolidation. Analysts point out that there are a large number of "walking wounded" companies that had been launched during the recent solar boom. Many of these companies are thin-film PV startups that may face stiff headwinds resulting from collapsing module prices, high fixed-cost structures and "bankability" concerns. Germany's incentive change may have just accelerated the consolidation and restructuring of these firms, Gartner concludes.
UL forms alliance on photovoltaic technologies with 'State Grid Electric Power Research Institute' of China
An insight on a UL PV test facility
Underwriters Laboratories (UL), a global provider of product safety testing and certification services, in January 2010 announced that the company had signed a Memorandum of Understanding (MOU) with the 'State Grid Electric Power Research Institute' (SGEPRI; Nanjing, Jiangsu Province, China) to advance research and development in China's renewable energy and power distribution industries. According to the agreement, UL will work with SGEPRI to conduct necessary research and help support the advancement of photovoltaic (PV) technologies and power distribution, including inverters and converters.
The organizations will also partner to help pursue and advance standards development practices throughout China while providing training to industry on safety certification, components testing, and equipment calibration and measurement.
Global certification company to share testing and safety know-how with Chinese research institute
"Underwriters Laboratories understands that safety and reliability issues play a critical role in the way renewable energy systems perform and ultimately influence the continued development of renewable energy", said Weifang Zhou, Vice President and General Manager, UL Greater China. "UL is honored to share our experience in standards development and product safety testing with SGEPRI, and to help advance renewable energy technology in China." Zhou added that collaborating with a leading Chinese institute within the power industry allows UL to participate in the effort of developing China's renewable energy and provide technical support to local PV inverter manufacturers.
Anticipated growth in Chinese renewable energy market mandates addressing interconnection safety issues
China is developing its renewable energy infrastructure rapidly and ranks number one on installed capacity of hydropower, solar water heater collector area and photovoltaic (PV) power generation capacity, UL reports. In 2007, the Chinese government mandated that at least 10 % of its energy capacity be generated from wind, solar and other renewable energy sources, and this number is to reach 15 % by 2010, proving the potential of the China renewable energy industry. "The application of renewable energy in China is coming to a critical point, so determining how to safely connect photovoltaic (PV) systems to the grid is critical for China. By leveraging UL's expertise in product testing and standards development, SGEPRI can further solidify our role as China's primary scientific research and development organization for power grid connections", said Yi Hu, Vice President, SGEPRI. Authorized by National Energy Administration, SGEPRI is to establish a National Solar Energy R&D Center, and undertake responsibilities including standards development, testing capabilities, technical evaluation and certification, and training.
Chinese PV producer Suntech unveils plans for first U.S. factory in Goodyear, Arizona
Suntech henceforth to produce in the U.S.
From the AZ4Solar Symposium on January 27th, 2010 Suntech Power Holdings Co., Ltd. (Wuxi, China), the world's largest crystalline silicon photovoltaic (PV) module manufacturer, and Arizona Governor Jan Brewer announced that the company's first U.S. manufacturing plant will be located in the City of Goodyear, Arizona. The Suntech Goodyear factory will initially employ more than 70 local residents and is designed as a showcase for the company's latest-generation solar electricity manufacturing technologies and equipment.
It will begin with a production capacity of 30 MW and have the potential to expand to over 120 MW, giving Suntech the ability to respond to the rapidly growing demand for solar throughout the United States. As the first China-based cleantech company to bring manufacturing jobs to the United States, Suntech carefully reviewed communities across the country to find the best possible location for its first domestic plant, the company reports in a press release. Suntech selected Goodyear based on several factors, including the State of Arizona's progressive renewable energy standards and solar policies for both utility-scale and rooftop installations, the Greater Phoenix Area's supportive business climate, and the availability of local manufacturing-ready facilities.
Governor Brewer: establishing Arizona as a leader in the renewable energy sector
"I am pleased to welcome Suntech to Arizona, and commend the company for choosing Goodyear as the site for its solar manufacturing operation", said Arizona Governor Jan Brewer. "I am very serious about establishing Arizona as a leader in the renewable energy sector -- we offer a strategic location with a highly skilled workforce, low payroll taxes, and, now, the right incentive program to make business sense."
A showcase for solar electricity manufacturing technologies
Suntech's Goodyear plant will serve as a showcase for the company's latest solar electricity manufacturing technologies, facilitating collaboration with similar efforts ongoing at nearby Arizona State University. In addition the company will deploy state-of-the-art manufacturing and testing equipment that will ensure the highest levels of efficiency and output of Suntech's module manufacturing process. Plans also include constructing solar parking structures on the site that will generate electricity for use in the plant as well as provide shaded parking for employees.
"I'm thrilled that Suntech, one of the world's leaders of innovative energy solutions, has chosen to establish its first North American plant here in Goodyear", said James M. Cavanaugh, Mayor of Goodyear. "Suntech will bring new employment opportunities in this emerging industry to Goodyear and all of Arizona."
Strategic move to North America
"Taking the step to bring manufacturing to the U.S. is a strategic move for our North American business, and we're focused on making the most of our investment", said Steven Chan, Chief Strategy Officer, Suntech. "With our Goodyear facility, we have the opportunity to design a truly innovative module manufacturing center that can accelerate innovation, allowing us to deploy new products designed to meet the burgeoning U.S. solar market. Having a facility here in the US will also reduce the time, costs and greenhouse gas emissions associated with shipping panels from overseas." Manufacturing in Suntech's Goodyear plant is scheduled to begin in September 2010.
Solar advocates applaud Southern California Edison's solar rooftop program approval
The California Public Utilities Commission (CPUC; San Francisco) in January 2010 granted final approval to Southern California Edison (SCE) for an ambitious new solar rooftop program. It is expected to help SCE meet the state's renewable energy goals with distributed solar photovoltaic (PV) systems, primarily located on large rooftops throughout SCE's service territory. In total, the five-year program is to add 250 megawatts (MW) of utility-owned solar capacity and an additional 250 MW of competitively sourced solar PV capacity from private developers. Solar advocates recently applauded the SCE program in a press release as one important piece of a comprehensive suite of policies being pursued throughout California to build a strong, self-sustaining solar energy market.
Sara Birmingham, West Coast Policy Director for the Solar Alliance, a state-focused association of solar equipment manufacturers, integrators and financiers, said: "It's exciting to see a utility affirm the value of rooftop solar generation in this way. It's even more exciting to see SCE's leadership in adopting a model for growth that includes open, competitive participation from the state's solar industry, a prospect that will help drive further green job creation and deliver lower costs to ratepayers."
Distributed rooftop solar program to help renewable energy goals
Adam Browning, Executive Director of the Vote Solar Initiative (Vote Solar), a grassroots non-profit organization working to combat climate change, said: "This program opens an exciting new market opportunity for quick and cost-effective growth in the solar sector, creating new jobs and eliminating carbon emissions. We believe this is just the tip of the iceberg, we are working to expand similar programs, targeted to solar wholesale distributed generation, throughout California and in other states as well." Most California utilities, including SCE, are required to procure 20 % of their electricity from renewable energy sources by 2010. Governor Schwarzenegger recently issued an Executive Order to increase the RPS to 33 % by 2020, Vote Solar reports.
Program targets growth in 1 - 2 MW capacity distributed solar rooftop installations
To date, utilities have primarily focused on central-station solar power plant development with a generating capacity of 10 - 500 megawatts (MW) to meet their renewable requirements. While large-scale solar progress continues, smaller systems that fit into the existing distribution grid offer another path for bringing solar quickly online. SCE's program is specifically designed to spur growth in that distributed market, primarily through rooftop projects of 1 - 2 MW in size. Northern California's largest utility, Pacific Gas and Electric Company (PG&E; San Francisco, California), reportedly also submitted a similar program that is currently undergoing final review by the CPUC.
More than 200 international experts pave the way for photovoltaic module recycling
1st International Conference on PV module
recycling
More than 200 specialists in photovoltaic (PV) energy, waste management and recycling participated on January 26th, 2010 in the 1st International Conference on PV module recycling organized by PV CYCLE and EPIA in collaboration with the European Commission’s Joint Research Centre. Attendees had the opportunity to learn first-hand from different solar industry associations and companies what is currently being done to implement recycling mechanisms and to minimise the environmental impact of end-of-life solar panels. "Since the early years of photovoltaics, in the 1990s, customers and industry alike have shown their dedication for protecting the environment and finding a reliable solution for the adequate disposal of modules", explained Eleni Despotou, EPIA Deputy Secretary General.
"An increasing number of manufacturers are working on the development of new and more effective recycling processes. However, the quantities of PV modules available for recycling are still too low to make any private scheme 100% commercially viable. This is why initiatives such as PV CYCLE can really make a difference for the industry."
About 130,000 tonnes of end-of-life PV modules will be disposed of in Europe by 2030
According to the forecast presented in a study commissioned by EPIA and the founding members of PV CYCLE, approximately 3,000 tonnes of PV modules will be disposed of in Germany during 2010, which represent close to 50 % of all the PV waste that will be generated in Europe this year. Although this figure will remain relatively stable for the next two decades, the study shows that by 2030 about 130,000 tonnes of end-of-life PV modules will be disposed of in Europe. "Because solar panels have a very long life span, the volumes of end-of-life PV modules will not start growing considerably for at least another 20 to 25 years from now. However, the industry has proactively begun to prepare. The take-back and recycling scheme that is being set up by PV CYCLE, which this month has become operational in Germany, will be fully operational by the time that significant quantities of modules start being disposed of. This scheme will be implemented gradually across the European Union and EFTA countries", stated Jan Clyncke, Managing Director of PV CYCLE.
Representatives from related industry sectors also shared their experiences regarding the processes their companies have successfully implemented for TV monitors, electronic appliances, as well as glass recycling. The last part of the conference was dedicated to learning about recycling and collection activities in the USA as well as to discussing issues regarding the Life Cycle Assessment (LCA) of photovoltaics and the mathematical model of PV recycling infrastructures.
Solar EnerTech receives UL certification, appoints new CTO and CSO
Solar cell production at Solar Enertech's facility
Solar EnerTech Corporation (Mountain View, California), a solar cell manufacturing enterprise, in January 2010 announced that it had received Underwriters Laboratories' certification for a wide range of its crystalline photovoltaic (PV) modules. Underwriters Laboratories Inc. (UL) is a global provider of energy product testing and certification services. The focus of the UL solar technology standards is to provide requirements for materials, construction and the evaluation of the potential electrical shock and fire safety hazards.
Solar cells and solar cell assembly, polymeric materials, junction boxes, connectors and connecting cables are regarded as critical components of PV modules. Their compliance with established UL standards is crucial for entry into the North America market. Solar EnerTech reports that the UL certification ensures that the company's "SolarE" PV products fully comply with all safety, environmental and other performance requirements established by UL.
UL certification facilitates entry into U.S. solar PV market
"Achieving our UL certification is a notable accomplishment for our company and will provide us with the ability to more easily penetrate the market in North America", commented Leo Young, Chief Executive Officer (CEO) of Solar EnerTech. "Having already completed certification for IEC, VDE and TUV in the European markets, we are also setting our sights on the rapidly growing U.S. and Canadian markets focusing on grid-tied utility-scale installations and roof top projects." Young points out that the company's internal quality control requirements are actually stricter than some of the UL standards. They were reportedly implemented to ensure the durability and dependability of Solar EnerTech's modules in different environmental conditions. Young explained that the company's damp-heat tests, for example, are more strict than the UL requirements: "Solar EnerTech sets its testing facilities at the same environment, but doubles the testing duration to 2,000 hours, which further enhances our reputation and product quality among our growing customer base", Young said.
Company appoints new CTO and CSO
Solar EnerTech also announced the appointment of Ms. Y.H. Zhang as its Chief Technology Officer (CTO). Prior to joining Solar EnerTech in 2006 as its Associate CTO, Zhang worked for China's national space program on space solar applications. She brings extensive knowledge and experience in high-efficiency cells and applications to the company, where her main responsibility will be to oversee the solar cell production. She also intends to work with the company's joint lab partnership with Shanghai University for ongoing research and development (R&D) projects. According to the press release, Dr. Z.Q. Ma had been appointed as Solar EnerTech's new Chief Science Officer (CSO). A specialist in semiconductor material physics, Dr. Ma was previously the company's CTO and in charge of the R&D lab with the Shanghai University. Dr. Ma is a professor of microelectronics and condensed matter physics at Shanghai University and is also a researcher at the University of Illinois at Urbana Champaign (UIUC) and at the Japan Atomic Energy Research Institute (JAERI), Solar EnerTech reports. Dr. Ma recently introduced a new technology to produce high-efficiency cells at a lowered manufacturing cost.
Torresol Energy secures 760 million US-dollars in loans for solar thermal power plants
Building site for the solar power plants "Valle 1"
and "Valle 2", in Andalucía, Spain
Masdar (Abu Dhabi, UAE), a wholly-owned subsidiary of the Mubadala Development Company, and SENER, an international multidiscipline engineering company with offices in Abu Dhabi, in January 2010 announced that their joint venture Torresol Energy had secured 760 million US-dollars in project finance loans for the construction of twin concentrating solar power plants (CSP), dubbed "Valle 1" and "Valle 2", in Andalucía, Spain.
According to the press release, the total investment for the two plants amounts to 1 billion US-dollars. The work on the two 50 megawatt (MW) solar plants reportedly began in March 2009, and they are to use parabolic trough technology. This is believed to be the first time that twin thermo solar plants have been built simultaneously. Masdar reports that both plants incorporate energy solutions developed by SENER, including molten salt thermal storage capacity of up to 7.5 hours, allowing the plants to generate electricity at night and through periods of poor sunlight. This is to ensure a continuous supply of electricity and to overcome intermittency, one of the drawbacks of some renewable technologies.
Three solar thermal power plants to provide clean and safe energy for 80,000 homes, offsetting 90,000 tons of CO2 emissions annually
According to the press release, Valle 1 and 2, together with the Gemasolar Central Tower Plant currently under construction with a generating capacity of 17 MW, represent a total investment by Torresol Energy of 1.4 billion US-dollars over the past 12 months. Enrique Sendagorta, Chairman of Torresol Energy, said: "We are very proud that Valle 1 and Valle 2 solar plants secured this important financial support, which allows us to continue on schedule with our strategic plans. With a combined production of 340 GWh per annum, which equates to the clean and safe energy for over 80,000 homes and a saving of 90,000 tons of CO2 emissions every year, Valle 1 and 2 will be leaders in the delivery of concentrated solar power and a major contribution to the region's power supply."
Construction of solar thermal power plants to create about 3,200 jobs in the region
Dr. Sultan Ahmed Al Jaber, Chief Executive Officer (CEO) of Masdar, said: "The CSP projects currently under construction in Spain will introduce and test new technologies, which will help promote CSP as an economically competitive and viable alternative to traditional power sources. Through Torresol Energy, we are actively promoting the development and operation of large-scale CSP plants throughout the world and hope to implement additional projects across Southern Europe, North Africa, the Middle East and the Southwest United States." The construction of the new plants is expected to create an estimated 3,200 new direct employment opportunities, with a total 150 specialized professionals required to manage operations after completion. In the medium term, Torresol Energy plans to build at least two CSP plants each year.
German PV production supplier Bürkle aims at growing again
Bürkle manager Bender
focuses on PV
In the year one after the beginning of the economic crisis, the plant manufacturer Robert Bürkle GmbH from the Black Forest wishes to "rise” again: The company plans to grow as regards the turnover and also as regards the development of new business sectors, Bürkle emphasizes in a press release. Manager Hans-Joachim Bender looks into the future with more optimism again. After a record sales of 115 million Euros in 2008, Bürkle had to face a decrease of the turnover of more than one third last year. The group of companies with works in Paderborn, Shanghai and Hangzhou as well as with sales and service companies in the USA, Hong Kong, Poland, Slovakia, Taiwan and Brazil plans to grow by 30% in 2010. The plant manufacturer especially counts in the photovoltaics (PV) sector established two years before.
Being a pioneer in the development and manufacture of multi-opening laminators, Bürkle has reached the top point among the manufacturers of the solar market with their brand Ypsator. All in all, companies such as Solarwatt, Q-Cells, Day4Energy, Scheuten Solar and others ordered around 50 single and multi-opening laminators in the last 2 years. Last year the plant manufacturer invested around 5 million Euros for tool machines, computer systems and office equipment. This year they will invest again 1 million Euros only for information technology. Further investments are currently talked over. The production facility in Shanghai will be extended from an assembly surface of 4500 m² to 7500 m². Currently 488 staff members work in the head office in Freudenstadt as well as in the branch in Mastholte. Bürkle employs 680 staff members worldwide.
BrightView unveils in-line process control and optimization tool for thin-film solar cell manufacturing
InSight M Series, In-line Wide Area Metrology
System for Process Optimization of Thin-Film
PV Panel Manufacturing
BrightView Systems (Tel Aviv, Israel) in January 2010 unveiled what it believes to be the world's first in-line process control and optimization tool that was developed specifically to address the challenges faced by thin-film solar cell manufacturers. The Wide Area Metrology (WAM) system, dubbed "InSight M Series", is said to provide continuous monitoring and whole-panel mapping of critical material and process parameters at full production throughput and for 100 % of manufactured panels. BrightView reports that this system can easily be integrated at key steps in any thin-film production line, including single-junction and multi-junction silicon.
The system reportedly allows panel producers to implement process optimization solutions that enhance average panel efficiency, improve line productivity and verify full compliance with the strictest durability and quality requirements.
In-line process control solution improves efficiency, durability and bankability of PV panels
The in-line process control system architecture allows for easy integration into the design of new production lines or insertion into existing ones, including Gen 5 and Gen 8.5 lines, BrightView reports. With its "True Cell" technology, the InSight is said to be able to measure and map critical layers on-the-fly within the actual product stack, providing continuous process fingerprinting that drives production improvement, excursion detection and line productivity. An intuitive operating interface and state-of-the-art software modules are believed to allow easy implementation and customization of intelligent line monitoring recipes, spanning all production stages, from process integration, through pilot and multi-location volume manufacturing.
100 % in-line inspection and monitoring capabilities
The methodology provides users with 24/7 visibility into their manufacturing processes, allowing them to realize the value of in-line monitoring within days of InSight installation. "By combining an in-line metrology technology and matching spatial data analysis solutions that are driven by in-depth knowledge of thin-film PV process and volume production, the InSight M Series is the integral solution for improving thin-film PV panel efficiency and long-term reliability", said Benny Shoham, Chief Executive Officer (CEO) of BrightView Systems. "Thin-film manufacturers are now able to differentiate their products, and optimize their production lines in order to boost productivity, and profitability."
FLS Energy completes second commercial solar photovoltaic plant powered by Suniva
PV rooftop system with Suniva's solar cells
Suniva, Inc. (Norcross, Georgia), a U.S. based manufacturer of solar photovoltaic (PV) cells and modules, and FLS Energy (Asheville), a North Carolina-based solar energy generation company, in January 2010 announced the completion of a 240 kilowatt (kW) solar PV installation on a retail center in Cary (North Carolina). According to the press release, the PV module array on the rooftop of the Mayfair Plaza Shopping Center is one of the state's largest rooftop PV plants.
It is the second system built by FLS Energy with Suniva modules. In October 2009, FLS Energy had announced that a 550 kW solar farm in western North Carolina was also powered by Suniva panels. According to the press release, the entire output of both projects will be sold to the utility Progress Energy for use by its customers. "The continued demand for solar in the Southeast is increasing at an exceptionally fast rate", said Michael Shore, President of FLS Energy. "The advantages of using Suniva's high-powered solar modules are twofold: it enables us to address the expanding market at an affordable price while using high-quality content made in the USA."
High-power solar panels boost performance in space-constrained rooftop application
Suniva reports that the company's UL listed and IEC certified solar modules contain more than 90 % U.S. content. They are powered by the company's high-efficiency "ARTisun" series solar cells and deliver peak power output up to 300 watts. This high power output is a key factor in reducing installation and balance-of-system (BOS) costs in all PV systems. "We look forward to continuing our great relationship with FLS as the Southeast continues to be recognized as a huge opportunity for the solar market", said John Baumstark, Chief Executive Officer (CEO) of Suniva. "Our solar modules, powered by Suniva, will enable FLS's installations to deliver some of the highest levels of performance and reliability in the industry by using the most advanced, efficient and cost-effective solar cell technology available." The Cary solar PV array, which began operation on December 22nd, 2009, is expected to generate approximately 325,000 kilowatt-hours (kWh) in the current year. This is roughly the equivalent of the annual energy demand of 22 average homes. The PV array is expected to reduce annual carbon dioxide (CO2) emissions by approximately 230 tons.
Samsung C&T to help build world's largest wind, solar panel cluster in Ontario
Ontario Premier Dalton McGuinty
On January 21st, 2010, the Ontario Minister of Energy and Infrastructure, Brad Duguid, the province's Premier Dalton McGuinty, Samsung C&T Corporation's President and Chief Executive Officer (CEO) Sung-ha Chi and Korea Electric Power Corporation's (KEPCO) Executive Vice President Chan-Ki Jung officially announced a green energy investment agreement, which is believed to be the largest of its kind in the world. Due to the press release a consortium led by Samsung C&T and KEPCO is to invest 7 billion Canadian dollars (995 million US-dollars) to generate a total of 2,500 megawatts (MW) in wind (2000 MW) and solar power (500 MW) capacity by 2016.
The renewable energy projects are to be built at several locations throughout the province and are expected to provide clean electricity to more than 580,000 households over the next 20 years, producing energy equivalent to 4 % of Ontario's total electricity consumption. The investment is also expected to create more than 16,000 new green energy jobs to build, install and operate the renewable generation projects.
First renewable energy cluster to generate 500 MW of electricity by 2013
The first stage of the project is scheduled to be completed by the first quarter of 2013 and is to include a 500 MW cluster, consisting of 400 MW wind and 100 MW solar capacity. The power plants are to be built in the Chatham-Kent and Haldimand County regions of Southern Ontario. "This project is a good example of Samsung C&T receiving recognition in developed markets for its ability to manage and carry out projects, from planning and financing to execution", said Sung-ha Chi. "With rapidly expanding expertise in the renewable energy sector, this project marks the forging of a win-win partnership where Samsung C&T will provide optimal solutions to assist the Government of Ontario in reaching its goal to increase the amount of renewable energy produced in the province."
Company to encourage others to invest in Canadian province
Samsung C&T and KEPCO pledge to support the development of the local infrastructure for the renewable energy industry by constructing production facilities to provide key components, such as blades, wind towers, solar modules and inverters. Samsung C&T reports that it will also work to encourage component suppliers to build manufacturing facilities in the province, thereby creating new green energy jobs. Samsung C&T is to facilitate all project operations and will oversee the entire process of establishing the wind and solar power cluster, procuring equipment and financing. KEPCO, with its expertise in power generation technology, is to be responsible for designing and connecting the transmission and distribution system in operating the plant facilities.
Ontario to shut down all of its coal-fired power plants by 2014
The Ontario government pledged to provide assistance in securing the land for the construction of the cluster installations and to provide administrative assistance for the project while also purchasing the produced electricity. According to the press release, Ontario plans to shut down all of its coal-fired power plants by 2014 and to increase its ratio of renewable power generation. With the passing of the "Green Energy Act" in May 2009, Ontario is believed to be a North American leader in the adoption of green energy policies. Minister Duguid said: "By executing this project, the Ontario government will be one step closer to taking the lead in the North American green energy industry by securing the industrial infrastructure for low-carbon growth, creating new jobs and establishing a renewable energy cluster."
PV Powered inverters used in Portland Water Bureau solar power plant
Four PV Powered commercial inverters being
installed in the Portland Water Bureau project
PV Powered, Inc. (Bend, Oregon), a manufacturer of solar photovoltaic (PV) inverters, on January 21st, 2010 announced that its commercial solar inverters had been selected for use by the Portland Water Bureau as part of its 2.2 million US-dollar solar photovoltaic installation near the Portland Airport. According to the press release, EC Company (EC) of Portland is to build the 267 kilowatt (kW) solar power plant. The installation is challenging because it is located in a field with high groundwater.
"The water table is right at the surface", said Robin Rabiroff, EC's Renewable Solutions Manager. "We had to take into account the drainage and settling of the site." This is the second installation that EC Company has done for the Portland Water Bureau and it is believed to be a clear example of the Bureau's commitment to protecting the environment.
Online system performance data available to ratepayers
To enable the Water Bureau to track energy production of the site, the four commercial inverters are outfitted with performance monitoring systems from DECK Monitoring (Eugene, Oregon), PV Powered reports. The monitoring data is accessible to ratepayers via the Water Bureau's website. "We've been using PV Powered commercial inverters for more than a year on various projects", said EC's Rabiroff. "Their product quality is top notch, and their service and support has been excellent. Plus, we like dealing with an Oregon-based company." Erick Petersen, VP of Sales and Marketing at PV Powered, said: "For our part, PV Powered ensures that our customers get maximum energy harvest by delivering inverters with the highest reliability over a 20+ year operating life." Among the other commercial projects that EC Company has installed with PV Powered commercial inverters is a 107 kW rooftop plant that was recently built at the Portland Community College.
Tejados Industriales de Fotovoltaica to deliver 10 MW SUNERGY inverters to European solar markets
SUNERGY inverter operating at
extra low operating voltages (ELV)
Sustainable Energy Technologies Ltd. (Calgary, Canada and Barcelona, Spain), a manufacturer and distributer of power inverters for grid-connected solar photovoltaic (PV) systems, on January 20th, 2010 announced that it had entered into an agreement with Tejados Industriales de Fotovoltaica, S.L. (Tejados; Benissa, Spain), an engineering procurement and construction company focused on solar PV projects, to supply Sustainable Energy's next generation "SUNERGY" inverters for solar power projects in Spain and other European markets during 2010.
First deliveries under the Tejados contract, with a total volume of at least 10 megawatts (MW), are expected to begin during the latter part of the current fiscal quarter. SUNERGY inverters are said to enable a superior performance, intrinsic safety, and design flexibility of Sustainable Energy's PARALEX system architecture that connects thin film solar modules in a massively parallel array.
Parallel system architecture well-suited for solar power plants in Europe
"We are convinced that the PARALEX massively parallel system architecture using Sustainable Energy's SUNERGY inverters is by far the best solution for connection of thin film modules in the world today", said Klaus Müller, Chief Executive Officer (CEO) of Tejados. "At Tejados, we are dedicated to bringing massively parallel thin film systems to our customers in all of our markets, and this agreement forms the cornerstone of what we see as a giant step forward for our business and for thin film solar in general. The performance advantages and ease of installation for thin film systems are far superior to anything else available", added Müller. Tejados is part of a network of solar PV engineering procurement and construction firms affiliated with Signet Solar GmbH (Mochau, Germany), offering comprehensive solar power solutions throughout Europe.
Contract believed to signal revival in Spanish solar market
The Tejados decision to use the new SUNERGY inverters for its 2010 projects follows the installation of first generation SUNERGY inverters last year as part of a 1.8 MW solar PV project in the Czech Republic. "We are very excited about our relationship with Tejados and its other partners in Europe," said Robert Bucher, President and CEO of Sustainable Energy. "Not only is this agreement an endorsement of the value of the SUNERGY technology and PARALEX massively parallel system architecture, but it is also a strong signal of the renewal of the Spanish solar PV market."
Trina Solar commences module supply to Australia's largest distributor, RFI
Trina Solar Limited (Changzhou, China), a leading integrated manufacturer of solar photovoltaic (PV) products from the production of ingots, wafers and solar cells to the assembly of PV modules, on January 21st, 2010 announced that initial shipments were made to RF Industries Pty Ltd. (RFI; Sydney), a renewable energy distributor in Australia. According to the press release, the shipments are in conjunction with the Trina Solar's intention to finalize a national distribution agreement with RFI to supply up to 10 megawatts (MW) of PV modules in 2010.
"We are excited to partner with RFI, Australia's largest distributor of solar modules to supply the market with best-in-class products from Trina Solar", said Jifan Gao, Trina Solar's Chairman and Chief Executive Officer (CEO). "This partnership will bring Trina's high performing modules to the promising new Australian market while enhancing Trina Solar's brand and presence in the region." Scott Magee, Managing Director of RFI's solar division, said: "Trina's focus on high quality manufacturing processes delivers a truly world class, competitive offering to our market. This new partnership is a natural fit with RFI's business model, providing exceptional value to our customers. We are looking forward to developing the Trina Solar brand in Australia over the coming years."
