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Solar Magazine

Solar News


 

India: Minister of New and Renewable Energy comments on national "Solar Mission"

Dr. Farooq Abdullah: Solar Mission to contribute to India's long term energy security as well as its ecological security
Dr. Farooq Abdullah: Solar Mission to
contribute to India's long term energy
security as well as its ecological security

Dr. Farooq Abdullah, Union Minister for New & Renewable Energy, on November 23rd, 2009 announced the "Jawaharlal Nehru National Solar Mission" in the Indian lower House Lok Sabha. The Minister noticed that the Indian Government had approved a new policy on the domestic development of solar energy by launching this "Solar Mission", an initiative that is believed to be both historic and transformational.   "This Mission is one of the eight key National Missions which comprise India's National Action Plan on Climate Change", Minister Abdullah explained. "It has a twin objective, to contribute to India's long term energy security as well as its ecological security." In the face of depleting fossil fuel resources and limited access to conventional energy resources, a rapid development and deployment of renewable energy is to be imperative, Minister Abdullah emphasizes. According to the Minister, solar energy is a long term sustainable solution for India, especially because of its high solar radiation.



Up to 20,000 MW solar capacity by 2022 anticipated

According to the announcement, the Solar Mission recommends the implementation in three stages leading up to an installed solar capacity of 20,000 megawatts (MW) by 2022. Minister Abdullah expects the price of solar power will attain grid parity at the end of the Mission as a result of rapid scale up and thanks to anticipated technological developments. An accelerated and large-scale expansion is believed to be possible thereafter. "Quite obviously, in order to set the stage for achieving this ambitious target, what we do in the next 3 to 4 years will be critical", Minister Abdullah said. "Therefore, the Cabinet has approved setting up of 1,100 MW of grid solar power and 200 MW capacity of off-grid solar applications utilizing both solar thermal and photovoltaic technologies in the first phase of the Mission. In addition, the Mission will also focus on R&D and HRD to develop and strengthen Indian skills and enhance indigenous content to make the Mission sustainable."


Solar feed-in tariff to establish investor-friendly environment, induce broad deployment

The Solar Mission is to establish an investor-friendly mechanism to reduce economic risks and at the same time provide an attractive, predictable and sufficiently extended tariff for the purchase of solar power for the grid. The power trading arm of India's largest power company is to be designated by the Government for the purchase of electricity generated by independent solar power producers, at fixed rates for a specific period which are to be set by the Central Regulatory Electricity Commission. According to the announcement, the Solar Mission also includes a major initiative for promoting rooftop solar photovoltaic (PV) installations, for which the solar tariff will also be applicable.


Solar thermal and photovoltaic technologies to be used both in cities and rural areas of India

"There are several off-grid solar applications which are already commercially viable or near viability, where rapid scale up is possible", Minister Abdullah explained. "This requires regulatory and incentive measures as well as an awareness campaign. Solar thermal heating applications, such as water heaters, fall in this category. Solar lighting systems for rural and remote areas are already being distributed commercially in several parts of the country. This is expected to help our rural masses." The Solar Mission is also to focus on research and development (R&D) to address India-specific challenges in promoting solar energy. "We have to pool available resources both human and financial to strengthen the existing scientific infrastructure in the country. We would involve various stakeholders in human resource development and other capacity building efforts", Abdullah concluded.

2009-11-30   Courtesy: mnes.nic.in   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: mnes.nic.in

 

Silfab inaugurates five photovoltaic megawatt plants in southern Italy

PV power plant by Silfab
PV power plant by Silfab

Silfab (Padova, Italy), an international integrated company that operates across the photovoltaic (PV) supply chain, on November 25th, 2009 announced the opening of five next-generation solar farms with one megawatt (MW) generating capacity each near Bari and Taranto, Italy. According to the press release, these PV plants are part of a plan for a broad network of solar farms with an overall capacity exceeding 60 MW.   Silfab reports that the company had completely funded the new farms, and that the total investment exceeded 20 million Euros. By the end of 2009, the company intends to have completed four additional solar PV plants in the Apulia province of Bari for an overall investment of almost 40 million Euros.



Company to build PV manufacturing plant fully powered by renewable energy

While the company's original project of establishing a polysilicon manufacturing plant in Borgofranco d'Ivrea (Turin) is losing ground, Silfab reports that it is currently evaluating new opportunities overseas to develop a PV photovoltaic value chain based on a groundbreaking operating model. According to the press release, the idea is to build the first PV manufacturing plant completely powered by clean and renewable hydroelectric energy to create the entire photovoltaic supply chain of products and systems, from polysilicon to modules. Should this project succeed, Silfab would become the first photovoltaic company in the world operating exclusively with a "Green-to-Green" model. More importantly, each kilowatt hour (kWh) of hydroelectric power would be transformed into 15 kWh of solar energy generated by Silfab's PV modules during their life cycle, a process that would dramatically amplify both environmental and economic benefits.


Anticipated total installed solar capacity to reach 60 MW by 2010

According to the press release, Silfab also plans to install a new set of one to five MW solar farms across Europe by the end of 2010. The company's PV solar farms are reportedly optimized by monoaxial solar trackers to deliver an output capacity up to 25 - 30 % higher than conventional fixed PV systems. The company anticipates the inauguration of new solar farms in the Southern-Central regions of Italy, thereby achieving a total capacity of 60 MW. According to the press release, future plans also include the installation of power plants in developing countries. The company expects to launch a new capital increase to finance the expansion of its two primary businesses in the next months.

2009-11-30   Courtesy: Silfab   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Silfab

 

Sarasin sustainability report on Solar industry: the stage is set for a global recovery; global PV market growth by 46 % in 2010

Bank Sarasin's latest sustainability report
"Solar industry 2009:
the first green shoots of recovery"

After the setback caused by the global economic crisis, the solar energy business will rally again sharply as early as next year. This is confirmed by the latest sustainability report from Bank Sarasin, just published under the title "Solar industry 2009: the first green shoots of recovery". Global growth in the photovoltaics (PV) market is forecast to reach 46% in 2010. In the PV industry the most important factors driving the recovery according to Bank Sarasin are cost savings, lower module prices, efficiency improvements and the expansion of marketing channels. The growth rate for the global PV market is already expected to reach 46 % in 2010. This corresponds to newly installed PV capacity of 8.5 GW. Annual growth rates for the period up to 2012 are between 45 and 50%. 
China and the USA to double domestic PV markets

Non-European PV markets are expected to achieve higher than average growth: China above 130%, and India and the USA both in the region of 100% p.a. One guarantee for stable growth is the fact that in addition to the pioneer markets, at least ten new PV markets with an annual volume of 500 MW will emerge in the next two years. This will help solar energy wean itself off state subsidy programs and at the same time quickly achieve grid parity. Based on economic arguments and the associated favourable prospects for the PV industry, Bank Sarasin predicts that the global market volume will expand to 155 GW by 2020. Its long-term forecast is therefore slightly more optimistic than the politically-driven scenario put forward by the EPIA (European PV Industry Association). This projection is not based on the prospect of greater political support, but is founded on the growing economic arguments in favour of solar energy.

Concentrating solar power and solar thermal collectors

Concentrating solar power plants (CSP) are also receiving a boost from the implementation of large-scale projects, such as Desertec in the Sahara. In addition, the expansion of decentralised solar thermal energy generation in Central Europe continues, along with standalone PV systems in southern countries. Of all the solar technologies, solar thermal collectors have made the biggest energy contribution in recent years.

For more information please contact:

Benedikt Gratzl; Head of Corporate Communications, Media Relations; T: +41 (0)61 277 70 88; E-Mail: benedikt.gratzl@sarasin.ch.
Matthias Fawer; Sustainability Research;T: +41 (0)61 277 73 03; E-Mail: Matthias.fawer@sarasin.ch

2009-11-30   Courtesy: Bank Sarasin & Cie AG   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Bank Sarasin & Cie AG

 

Dyesol: Significant sale marks entry into Chinese market

Dyesol's manufacturing
Dyesol's manufacturing

G-Energy Co. Ltd. (G-Energy), a newly formed Chinese company, in collaboration with the Department of Materials Science and Engineering at Tsinghua University (Tsinghua), has entered into a contract with Dyesol to supply an integrated dye solar cell (DSC) laboratory prototyping solution exceeding A0,000 in value, Dyesol reports in a press release. The prototype solution to be provided by Dyesol will enable the collaboration partners to develop glass-based DSC products based on Dyesol technology and materials.   "Tsinghua has been working on the development of DSC technology for a number of years, providing a logical choice as collaboration partner for G-Energy and the next step to enable the team to progress towards building a greater capacity for product development as a precursor to manufacturing", Dyesol emphasizes.



Milestone confirms Asia’s key role in Dyesol’s expansion strategy

"This is a very important milestone for Dyesol as it provides an entry into the rapidly growing Chinese market and confirms Asia’s key role in Dyesol’s international expansion strategy", the company accentuates. Dyesol currently has established operations in the UK, Italy, USA, Singapore and South Korea - countries leading the advance in the commercialisation of DSC as the leading 3rd generation solar technology.
Dyesol will install its proprietary equipment and integrate it with a range of locally supplied equipment to provide a prototype solution. Dyesol will also be providing technical support and training during the project implementation. Gordon Thompson, Director of Dyesol and responsible for Asian operations, commented: "This is the first step in developing a long-term collaborative relationship and brings to a successful conclusion negotiations that have occurred over an extended period. China has the potential to be a powerhouse in DSC technology with significant R&D capacity and manufacturing expertise."

2009-11-30   Courtesy: DYESOL Limited   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: DYESOL Limited

 

Solyndra signs framework agreement with Italy’s Sun System for approx. 5 Million

Mounting Solydra's system: Plugging in DC connectors and ground strap
Mounting Solydra's system:
Plugging in DC connectors and ground strap

Solyndra, Inc., Fremont, California, manufacturer of innovative proprietary photovoltaic (PV) systems for commercial rooftops, announced it has signed a new multi-year framework agreement worth up to 5 million with solar integrator Sun System S.p.A., based in Milan, Italy. The solar panels for this Euro-based agreement will be manufactured at Solyndra's facilities in Fremont and Milpitas, California. "We are excited to announce this relationship with Sun System, a highly innovative integrator of medium and large-scale commercial PV systems. Sun System’s strong presence in Italy and beyond, coupled with Solyndra’s advanced PV systems, will accelerate the deployment of world-class photovoltaic installations on commercial rooftops in southern Europe", said Dr. Chris Gronet, Solyndra's CEO and founder.   Solyndra's cylindrical, thin film PV systems are designed to generate more electricity on an annual basis from typical low-slope commercial rooftops, while providing much lower installation costs than conventional flat panel PV technologies.



Cylindrical module geometry and fast and easy mounting technology leading the way toward a clean energy future

"As a company focused on cost, performance and reliability we are very happy to announce this partnership. Solyndra’s technology sets a new standard of performance on commercial rooftops compared to conventional PV technologies in terms of installation cost, rooftop loading, non-penetrating wind performance, and energy production per roof", states Dr. Davide Scarantino, CEO of Sun System. "Solyndra's innovative cylindrical module geometry and fast and easy mounting technology are leading the way toward a clean energy future", added Dr. Domenico Ruggeri, Technical Director of Sun System.

2009-11-30   Courtesy: Solyndra, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Solyndra, Inc.

 

New MegaSlate sun collector by 3S Swiss Solar Systems combining photovoltaics and solar heat

Family home with partial integrated MegaSlate solar roof system in Portalban (Switzerland)
Family home with partial integrated
MegaSlate solar roof system in Portalban
(Switzerland)

3S Swiss Solar Systems (Lyss, Switzerland) has introduced a new generation of solar roofing. The proven MegaSlate solar roofing system is now also being offered for hot water production, the company announces in a press release. With immediate effect, house owners can not only produce solar electricity with the panels from 3S but can also warm up used water and support their heating systems. The further development of the MegaSlate system enables an integrated, energy-producing roofing system which combines photovoltaics with solar heat.   According to 3S the system is ideal for new buildings and property renovation and optimal for the construction of buildings under the concepts of minimum energy consumption and additional energy generation. The new "MegaSlate H&S heating panel" was developed in collaboration with H&S Solar GmbH in Rebstein (SG). For the past two decades, H&S has been producing collectors and contributed its in-depth know-how to the development process. The frameless photovoltaic and heating modules from Lyss enable large-surface, uniform solar roofing systems which are integrated with highest aesthetic appeal into the building shell, 3S emphasizes in the press release. The roof window for MegaSlate developed together with the company stebler glashaus provides architects and planners with new design opportunities to bring light and sunshine into the living areas. In addition, the new generation of the proven MegaSlate panels includes significant innovations which enable even easier assembly of the MegaSlate solar roofing system, 3S reports. Among other things, the weight of a panel has been reduced from 22 to 17 kg.



Reducing the production towards grid parity

Thanks to the latest technological developments in production equipment and the development of prices for solar cells, 3S has been able to reduce the production costs for the new generation of MegaSlate, the company reports in the press release. "We have been able to pass on a cost reduction of 18% to our customers this year", says Christian Renken, the Head of photovoltaic production at 3S Swiss Solar Systems. "The market introduction of MegaSlate II is running very successfully. With the new industrial design, there are numerous advantages for the production of large unit volumes." Cost reductions in the production of solar modules are an important step on the route to grid parity. The lower the price, the more quickly electricity from a solar installation can be offered at the same cost as the general end-user energy price, 3S reports in its press release.


New MegaSlate solar roof fulfils the European norm for roof covering

The proven basic principle of the 3S solar modules remains intact with the new generation of Mega Slate II which can now be used for solar heating. 3S solar modules become a modern construction material which is integrated optimally into the building shell, 3 S emphasizes. The aesthetically appealing synthesis of a robust, weatherproof building shell and efficient, environmentally friendly production of electricity is now supplemented by the function of water-heating. The PV modules from 3S Swiss Solar Systems are certified by the TÜV and stringently tested for resistance to wind, hail and heavy snow loading, for rain impermeability as well as fire safety, 3 S reports in its press release. The new MegaSlate solar roof is the first in-roof system that fulfils the European norm for roof covering. By its own account 3S provides a warranty for the PV modules with a performance guarantee of 90% of minimum output for 10 years and 80% of minimum output for 20 years.

According to the press release the new generation of MegaSlate is being marketed worldwide through the distribution partners of 3S Swiss Solar Systems. The solar concern 3S with its holding company 3S Industries AG and its subsidiaries Somont, 3S Swiss Solar Systems and Pasan, is a world market leader for production equipment for the manufacture of solar modules. The Group covers the entire value-creation chain of solar module production and combines the key competences in the fields of soldering, laminating and testing under a single roof, the company reports in the press release. The headquarters of 3S Industries as well as the factories operated by 3S Swiss Solar Systems are located in Switzerland. The domicile and factory of Pasan is also in Switzerland, whereas Somont is located in Germany. The solar concern is also present with subsidiaries in the USA, Asia and Spain.

2009-11-29   Courtesy: 3S Swiss Solar Systems AG   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: 3S Swiss Solar Systems AG

 

Heliatek receives US$ 27 million to continue development of organic solar cells

Organic photovoltaic cell by Heliatek
Organic photovoltaic cell by Heliatek

Heliatek GmbH, Dresden, Germany, a pioneer in the field of organic solar cells, is receiving US$ 27 million (€ 18 million) in a second round of financing under the lead of the pan-European venture capital firm Wellington Partners, Heliatek reports in a press release. Heliatek will be utilizing the new funding primarily to build an initial photovoltaic (PV) production facility in Dresden. In this step and right through to mass production, the company will be using its proprietary tandem technology to efficiently produce, flexible and very lightweight PV modules on a film substrate.   Their weight will be merely 500 grams per square meter, instead of today’s customary 20 kilograms per square meter. This will open up a forward-looking market for mobile applications, for architectural solutions and for independently supplying regions with weak infrastructures. Also participating in this financing round are the industrial investor Bosch and the corporate venture capital investors RWE Innogy Ventures and BASF Venture Capital, the High-Tech-Gründerfonds, eCAPITAL entrepreneurial Partners AG, the Technologiegründerfonds Sachsen Start-up GmbH & Co. KG and GP Bullhound Sidecar.



New technologies to bring PV well beyond grid parity

"We believe that truly break-through 3rd generation technologies that bring PV well beyond grid parity will be the success stories of the future, and we think Heliatek is excellently positioned to capture that opportunity", explained Bart Markus, General Partner of Wellington Partners. This is affirmed by Crispin Leick, Executive Director of RWE Innogy Ventures: "We want to help to commercialize this innovative technology through our venture capital investment in Heliatek. Organic photovoltaics has the potential to deliver considerable cost savings given the low amount of energy used and the unlimited availability of the raw materials."


From laboratory to initial production

Speaking on behalf of the other investors, Dr. Alexander Flaig, Vice President Corporate Research at Robert Bosch, notes: "Over the course of the past two years, Heliatek has made impressive progress in terms of the efficiency and service life of its organic solar cells. The time has now come to also show just how cost-efficiently these cells can be manufactured under industrial conditions. This round of financing will enable the company to execute this important step – from the research laboratory to an initial production facility."

Heliatek CEO Dr. Andreas Rückemann explains: "With this new round of financing, we have now created an opportunity to take advantage of our technology edge in this forward-looking market in order to be one of the first suppliers to ramp up a production operation. We are very proud that we have been able to receive the support of the industrial company Bosch and the venture capital investors RWE Innogy Ventures, BASF Venture Capital, Wellington Partners, eCAPITAL and Technologiegründerfonds Sachsen."

Heliatek was advised on this round of financing by the leading European investment bank for technology companies GP Bullhound.

2009-11-29   Courtesy: Heliatek GmbH   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Heliatek GmbH, photo: Lösel

 

Abengoa Solar and E.ON Climate & Renewables team up to build two 50 MW concentrating solar power plants in Spain

Parabolic trough by Abengoa Solar
Parabolic trough by Abengoa Solar

Abengoa Solar and E.ON Climate & Renewables have formed a partnership that will see them jointly own and operate two Concentrating Solar Power plants (CSP) with a capacity of 50 megawatts (MW) each. The plants are already under construction in Ecija, near Seville, which is believed to be one of the best areas in Europe in terms of solar radiation. Together, E.ON and Abengoa aim to invest around 550 million Euros into the two plants, which are expected to start operation in 2011 and 2012, respectively.   The solar power plants are to utilize the parabolic trough technology, in which a large, curved mirror gathers sunlight and then reflects it onto a receiver tube which sits at the point where the mirror concentrates all the sunlight. The tube is filled with a synthetic heat transfer oil, heated by the mirror's light. The heat is then converted to high-pressure steam, which pushes a conventional steam turbine to creating electricity. According to the press release, the solar facilities will produce enough power to supply 52,000 homes and avoid the emission equivalent to 63,000 tons of CO2. The participation of E.ON in the projects is however still subject to the EU–Commission approval under merger control, Abengoa reports.



Solar electricity to become strong pillar in E.ON's renewables portfolio

Santiago Seage, Chief Executive Officer (CEO) of Abengoa Solar, explained: "Having E.ON as a partner in these projects will allow us to continue growing at the speed we want and to improve our capabilities in areas where E.ON has extensive experience". Frank Mastiaux, CEO of E.ON Climate & Renewables, said: "Solar Power will be the next strong pillar in E.ON's renewables portfolio. Our entry into CSP complements our recent moves into the photovoltaic business and we will now stand on two feet in solar in the future. I am also delighted to be working with Abengoa. We have found an experienced partner with whom we want to drive CSP to new levels of performance".

2009-11-27   Courtesy: Abengoa Solar, E.ON Climate & Renewables   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Abengoa Solar

 

Conserval wins Amherst Chamber of Commerce '2009 Technology Award' for SolarWall

"SolarWall" air heating system

Conserval Systems Inc. (Buffalo, New York) on November 23rd, 2009 announced that the company had won the "2009 Technology Award" issued by the Amherst Chamber of Commerce (COC). According to the press release, the award was presented to Conserval at a ceremonial dinner on October 26th, 2009, which was attended by more than 500 guests. The company was honored for the development of the "SolarWall" technology and for the commercialization of solar air heating around the world.   The SolarWall technology reportedly sets the global standard for solar air heating in commercial and industrial buildings. Conserval emphasizes that it has been deployed in more than 30 countries by private and public sector organizations. According to the press release, the company was also honored with a "Certification of Recognition" from New York Governor David Paterson for its "outstanding achievement". Among the other Amherst COC award winners was the University of Buffalo, Conserval reports.

2009-11-27   Courtesy: Conserval Systems Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Conserval Systems Inc.

 

China: Jiawei to supply 3.5 MW solar panels to "Golden Sun Projects"

Jiawei Solarchina Co., Ltd. (Shenzhen, China), a fully integrated manufacturer of solar products serving OEM and ODM customers worldwide in November 20th, 2009 announced that the company's photovoltaic (PV) modules were chosen for China's "Golden Sun Project." The company reports that it will supply 3.5 megawatts (MW) of modules for two electrification projects in the Wuhan region, including the "Pak Chuen" solar farm with a grid-connected PV capacity of 2.5 MW, and the "Sinosteel Tiancheng" science park which is to host a 1 MW grid connected PV plant.  Solar PV plants to generate electricity for farmers and businesses

Jiawei reports that the Pak Chuen project aims to modernize the 2.8 million square feet farm and to provide stable electricity for the farmers and residences nearby. The 2.5 MW solar power plant is to be built on 200 hectares of currently unused land near the residences. The total investment is estimated to be 71 million RMB (10.4 million US-dollars) and the construction is scheduled to begin in January, 2010. The science park PV power generation project is to be comprised of 1 MW of panels on the rooftops of factories and office buildings in the park. The total investment is estimated to be 29.8 million RMB (4.4 million US-dollars) and the project is forecast to be realized in May 2010.

2009-11-27   Courtesy: Jiawei Solarchina Co., Ltd.   Solarserver.de   © Heindl Server GmbH

 

Highland Solar to support distribution of Akeena Solar panel systems in Canada

PV panels by Akeena Solar
PV panels by Akeena Solar

Akeena Solar Inc. (Los Gatos, California), a U.S. designer, installer and distributor of solar power systems, on November 23rd, 2009 announced a distribution partnership with Canada-based Highland Solar (Newmarket, Ontario) to sell the company's award-winning "Andalay AC" solar panel system throughout Canada. According to terms of the agreement, Highland Solar will sell at least 1.75 megawatts (MW) of these panels in Canada through 2010 through its network of local installation partners.   Andalay AC panels have built-in racking, wiring, grounding and inverters, Akeena reports. The company's award-winning technology is said to deliver optimum performance with 5 to 25 % more energy output compared to ordinary direct current (DC) solar panels.


Solar panel systems among the first to meet Ontario's feed-in-tariff requirements

According to the press release, the Andalay system is one of the first solar power systems to meet Ontario's provincial content requirements, which require 40 % of the content of solar systems to be sourced from Ontario. Ontario's feed-in-tariff (FIT) scheme provides generators of renewable energy a 20-year contract at a guaranteed price per kilowatt-hour (kWh) of renewable energy that is fed into the electricity grid. Under the micro-FIT program, which includes solar systems of 10 kilowatts (kW) or less, homeowners are paid 80.2 Canadian cents per kWh produced. "Canada is shaping up to be a large market for rooftop solar with their generous new renewable energy programs in Ontario and other provinces", said Barry Cinnamon, Akeena Solar Chief Executive Officer (CEO). "With our distribution agreement with Highland Solar, Andalay AC solar panels will now be available to Canadian homeowners eager to lower their electricity bills with safe, reliable solar panels that look like skylights."


Company's first distribution agreement outside the United States

Akeena reports that Highland Solar has manufactured its own brand of solar products since 2005. The signing of the manufacturing license agreement with Akeena Solar is said to be Highland's first opportunity to manufacture products and create jobs within its home province. To help address the anticipated demand for the Andalay system, the company has leased a training facility and plans to provide hands-on solar installation training to contracting companies. According to the press release, the announcement also marks the largest distribution partnership Akeena Solar has signed to date, and the company's first distribution arrangement outside of the United States.

2009-11-27   Courtesy: Akeena Solar Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Akeena Solar Inc.

 

U.S. Department of Labor to award up to 55 million US-dollars in green jobs training grants

DOL Secretary Solis:
DOL Secretary Solis:
"Fostering immediate
economic growth and
a clean energy future”

U.S. Secretary of Labor Hilda L. Solis on November 18th, 2009 announced nearly 55 million US-dollars in green jobs grants, as authorized by the American Recovery and Reinvestment Act (ARRA). The grants are to be used to support job training and labor market information programs to help workers find jobs in expanding green industries and related occupations. According to the press release, the grants are part of a 500 million US-dollar ARRA initiative for green jobs training grants that are designed to promote economic growth.   "Today's announcement is part of the administration's long-term commitment to fostering both immediate economic growth and a clean energy future", said Secretary of Labor Hilda L. Solis. "These grants provide an immediate return, and they are part of a larger green initiative that will help lead to increased job placements and promote economic growth."


Green jobs training and improved placement information to foster green labor force

According to the press release, two categories of grants were awarded, both of which are to be administered by the U.S. Department of Labor's (DOL) "Employment and Training Administration." They are the "State Labor Market Information Improvement Grants" totaling 48.8 million US-dollars and the "Green Capacity Building Grants" which total 5.8 million US-dollars. The Green Capacity Building Grants are to increase the training capacity of 62 current DOL grant recipients through a variety of strategies, and are to offer training opportunities to help individuals acquire jobs in green industries. The State Labor Market Information Improvement Grants are designed to support the collection and dissemination of labor market information. According to the press release, they will enhance the labor exchange infrastructure to provide career opportunities within clean energy industries. Grantees are to be able to employ strategies that enable job seekers to connect with green job banks and help ensure that workers find employment after completing training.

2009-11-27   Courtesy: www.dol.gov   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: www.dol.gov

 

Solar Power 50% cheaper by year end, says New Energy Finance

Michael Liebreich; Chairman and CEO of New Energy Finance
Michael Liebreich; Chairman
and CEO of New Energy Finance

New Energy Finance (New York, NY), a global renewable energy and carbon markets research and analysis company, estimates that by the end of 2009, there will have been a 50% drop in the levelised cost - i.e. the lifetime cost per kWh before subsidies - of solar power, and a 10% reduction in the levelised cost of other sources of renewable energy sectors compared to the end of 2008. This prediction is the result of detailed quarterly research by New Energy Finance. "So far this year, the steady decline in the cost of equipment in sectors like solar and wind has been largely offset by the increasing costs of financing", said Michael Liebreich, chairman and CEO of New Energy Finance.   "By the end of this year, however, as capital markets loosen up and equipment prices continue their decline, we will see the levelised costs decline, finishing the year 10% below the end of last year across the board and far more than that in solar."


Thin-film PV remains the low-cost leader

Solar photovoltaic (PV) module prices across the board due to New Energy Finance have continued their downward trend, although the rate of decline has tapered. Thin-film remains the low-cost leader in solar with projects as cheap as /W, making thin-film projects 25% less expensive than crystalline silicon systems on a levelised basis. PV projects with tracking systems have seen the least reduction in costs due to the fact that costs for single- and double-axis trackers have remained buoyant relative to panel prices.


Onshore and offshore wind projects should begin to see falling levelised costs as capital markets begin to recover

Although new transactions have been few, turbine prices have fallen to their lowest levels in several years at 18-20% below early 2008 levels. To date, this drop in equipment prices has mostly been offset by higher costs of financing. In the offshore market, costs continue to rise with projects moving into deeper waters, facing increasingly complex construction and capital costs. As capital markets begin to recover, both onshore and offshore projects should begin to see falling levelised costs.


Drilling costs for geothermal applications fell by nearly 50%

Levelised geothermal costs are particularly sensitive to fluctuations in capital markets and drilling stage debt and equity has been in scarce supply through this year. Drilling costs fell by nearly 50% as drilling rigs flew into excess with a falling oil price, but these have recovered in the last quarter in step with oil. In the past quarter levelised costs have risen by 810% but should remain flat at year end.

Further information: www.newenergyfinance.com

2009-11-26   Courtesy: NEW ENERGY FINANCE   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: NEW ENERGY FINANCE

 

Premier Power breaks ground on an additional 1 MW photovoltaic plant in southern Italy

PV installation by Arco Energy in Italy
PV installation by Arco Energy in Italy

Premier Power Renewable Energy, Inc. (El Dorado Hills, California), a developer and designer of solar photovoltaic (PV) power systems for commercial, government and utility markets, on November 23rd, 2009 announced that it had broken ground on a one megawatt (MW) solar PV power plant in Italy. According to the press release, the PV array is located in the Puglia region of southern Italy and is part of a series of solar PV projects, valued in excess of 100 million US-dollars, that are being developed as a result of Premier Power's acquisition of Arco Energy in July 2009.   Arco Energy is an Italian solar project developer, provider of engineering, procurement and construction (EPC) services and a solar distributor. Premier Power reports that the state-run Italian power management agency, Gestore dei Servizi Elettrici (GSE), expects the total installed PV power in the country to reach 900 MW by the end of 2009. Thanks to an attractive feed-in tariff (FIT), GSE expects the Italian market to grow to 1,500 MW in 2010, making it the second largest PV market in the world, behind Germany.



Solar PV plant to ensure little disruption to land and surrounding environment at site

Premier Power expects the fixed ground mounted solar installation to be completed by January 2010. The project is to utilize crystalline PV modules provided by Canadian Solar and inverters from PowerOne. The solar plant is to be installed using environmentally friendly racking, ensuring minimal disruption to the land and surrounding environment. "Our local expertise, through the acquisition of Arco Energy, and our experience and best practices in both utility scale and rooftop installations, establish a platform that opens up both immediate opportunities in the development and construction of large scale projects in the Italian market and the longer term opportunity of Italian rooftop and BIPV activities, both of which are rapidly expanding in the region", said Miguel de Anquin, Chief Operating Officer (COO) of Premier Power. The company anticipates making further announcements on additional projects in both Europe and the United States.

2009-11-26   Courtesy: Premier Power Renewable Energy, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Arco Energy

 

SRP selects Iberdrola Renewables for development of 20 MW solar project

Solar panels installed by Iberdrola in San Agustín de Guadalix (Madrid)
Solar panels installed by Iberdrola
in San Agustín de Guadalix (Madrid)

The U.S. utility SRP in November 2009 announced that it had selected Iberdrola Renewables Inc. (Iberdrola; Portland, Oregon) to build and operate a 20-megawatt solar photovoltaic (PV) power plant that would, for the first time, allow Arizona utility customers to save money by buying the green energy directly from SRP's ground-mounted solar PV plant.   According to the press release, Iberdrola is to construct a solar facility in SRP's electric service territory, which the companies believe to become the largest utility-scale solar PV facility of its kind in Arizona. Once completed, the system is to produce enough power to serve more than 4,500 homes.



Project to be presented to utility's board in early 2010

According to the press release, the contract for output from the proposed solar plant will likely be presented to SRP's Board in January 2010 for final approval. Management is expected to first present the proposal to purchase the output for a term of 20 to 25 years to the SRP Power Committee at its meeting in December. If approved, the project has a scheduled 2011 on-line completion date. "We are actively pursuing this project because it is not only good for SRP, but it is good for our customers and for the environment", said Mark Bonsall, SRP's Associate General Manager for Commercial and Customer Services. "We want to be in a position to offer our customers a new, lower-cost solar energy option by giving them the opportunity to purchase the green power directly from this solar facility. SRP will utilize whatever output may not be subscribed by our customers, if any." SRP is the largest provider of electricity in the greater Phoenix metropolitan area, serving about 935,000 customers in Maricopa and Pinal counties.

2009-11-26   Courtesy: SRP   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Iberdrola

 

MEMC completes acquisition of SunEdison

MEMC Electronic Materials, Inc. (St. Peters, Missouri), a leading provider of silicon wafers to the semiconductor and solar industries, on November 23rd, 2009 announced that the company had completed the acquisition of privately held Sun Edison LLC (Beltsville, Maryland), a developer of solar power projects and North America's largest solar energy services provider.  As previously disclosed, the purchase price of 200 million US-dollars was paid 70 % in cash and 30 % in MEMC stock, plus certain retention payments, transaction expenses, and the assumption of net debt, MEMC reports in a press release.



New solar company under wafer manufacturer's roof to provide demand, revenue

"This acquisition further enhances our positioning in the solar industry", said Ahmad Chatila, Chief Executive Officer (CEO) of MEMC. "Renewable, clean solar energy is still in its infancy as a growing global industry. Our role in reducing costs in both the components of solar modules as well as the actual solar plants will help to further accelerate this growth. Our strategy is to drive revenue growth for our wafer business while SunEdison produces a recurring revenue stream from solar generated electricity", Chatila explained. "At the same time, SunEdison can directly benefit from the technological and cost advances that we are helping to create with continuing improvements in silicon wafer technology."


Parent company issues grants to induce solar employees to stay

MEMC also announced that, in connection with the acquisition of Sun Edison LLC, the company will make special inducement grants available under its 2009 "Special Inducement Grant Plan" to retain certain SunEdison employees within its newly acquired SunEdison business unit. According to the press release, the developer of solar power projects employs approximately 300 people worldwide. It offers the management, development, financing, operation and monitoring of solar power plants for commercial customers, including national retail outlets, government agencies, and utilities. In a typical structure, SunEdison arranges third party, non-recourse financing for the facility and the customer has no upfront capital outlay. With one of the strongest brands in solar, SunEdison will continue to operate as a subsidiary of MEMC with the SunEdison name.

2009-11-26   Courtesy: MEMC Electronic Materials, Inc.   Solarserver.de   © Heindl Server GmbH

 

Suniva's solar cell technology powers India's first large-scale photovoltaic plant

Suniva solar cell
Suniva solar cell

Suniva, Inc. (Norcross, Georgia), a U.S. manufacturer of high-efficiency mono-crystalline silicon solar cells, on November 24th, 2009 announced the completion of its collaborative project with solar module manufacturer Titan Energy Systems Ltd. (Titan; Hyderabad, India) to create what the companies report to be India's first large-scale photovoltaic (PV) project in Jamuria, West Bengal. According to the press release, Suniva provided the cells that power the 1 megawatt (MW) solar electric power plant. The project is expected to be expanded by an additional 250 kilowatts (kW) early next year. 




Ambitious solar power goals of Indian government

The Indian government has recently approved a "National Solar Mission," which includes a target of deploying at least 20 gigawatts (GW) of solar PV capacity by 2020. "As India pursues its significant goals for solar power, innovative solar cell technology will be just as crucial as new system designs and deployment strategies", said John Baumstark, Chief Executive Officer (CEO) of Suniva. "We maintain a close and open dialogue with Titan in order to provide them with the best possible technology solutions and look forward to partnering with them in the recently announced 1GW project in Andhra Pradesh."


Solar module manufacturing capacity to expand to accommodate expected rise in demand

According to the press release, Titan plans to develop a series of large-scale projects and installations in Andhra Pradesh, India, over the next five years. The company reportedly now operates a manufacturing capacity of 100 MW and is in the process of expanding its module production to achieve a manufacturing capacity of 500 MW. Titan is believed to be the first company in India to install and operate MW-scale grid connected solar power plants.

2009-11-26   Courtesy: Suniva, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Suniva, Inc.

 

Concentrated solar power: Sopogy debuts portable CSP system

Portable CSP system
Portable CSP system "SopoLite"

Sopogy, Inc. (Honolulu, Hawaii) on November 21st, 2009 introduced its mobile concentrating solar system "SopoLite" on the "Green Technology Education Day" at the Maui Ocean Center (Wailuku) on Hawaii. According to the press release, SopoLite is a fully functional mobile concentrating solar power unit (CSP) that can be used to collect solar radiation and weather data. The Sopolite is reportedly also used to generate energy for applications including power, air conditioning or desalination of seawater. Sopogy reports that the name of the new system stems from the term Satellite, as the device is designed to be a stand-alone instrument that can be freely deployed.   The company announced that it plans to use similar SopoLites across the United States and around the world in an effort to collect relevant solar data that can be useful for evaluating locations to determine the quality of their solar resources. According to the press release, customers are also purchasing the systems for their portable renewable energy needs including disaster recovery, portable green events and for various agriculture applications.


Stand-alone CSP solution to collect data about system performance and weather conditions

The core technology of the new product features a miniature version of Sopogy's parabolic trough solar collector and various sensors to measure temperature gains, flow velocities, solar irradiance, wind speed, rainfall, ambient temperatures and thermal performance of the collector. The information collected by the stand-alone solar systems is to be transmitted to the Sopogy Corporate Headquarters in Honolulu, where a team of engineers is to correlate the solar conditions with modeled data to ensure project viability. According to the press release, the Maui Ocean Center was selected as the host for SopoLite because of its central location on the Island of Maui and because of the Center's demonstrated leadership and commitment to environmental conservation in the community. The Center is dedicated to educating the public about the importance of preserving Hawaii's marine life and actively supports community renewable energy efforts, Sopogy reports.

2009-11-26   Courtesy: Sopogy, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Sopogy, Inc.

 

Italy: SunPower partners with Etrion on 4 MW solar power plants

Solar power plant by Etrion
Solar power plant by Etrion

SunPower Corporation (San Jose, California), a manufacturer of high-efficiency solar cells, solar panels and solar systems, and Etrion Corporation (Toronto, Canada and Geneva, Switzerland), an energy company headquartered in Europe, on November 19th, 2009 announced an agreement to build four solar photovoltaic (PV) plants with a combined capacity of 4 megawatts (MW) in the Puglia region of southern Italy. According to the agreement, SunPower will design and construct the plants and provide operations and maintenance services.   The company plans to install its proprietary "SunPower Tracker" technology at the Italian sites, which is believed to help deliver up to 25 % more energy than fixed-tilt systems. Etrion reports that the Italian bank Centrobanca had agreed to provide 83 % of the financing for the project, while one of its subsidiaries is contributing the remaining 17 % of the anticipated project cost.



Solar PV plants to be operational in 2010

The construction of the first of the four photovoltaic power plants is scheduled to begin by the end of November. Etrion reports that it plans to start with the electricity sales under the Italian feed-in-tariff (FIT) regime during the third quarter of 2010. Marco Northland, Chief Executive Officer (CEO) at Etrion, commented: "Solar power generation will play an increasingly vital role in our efforts to build more renewable, clean energy sources. SunPower's experienced approach to solar power plant design and construction will allow us to quickly and reliably complete these important projects." According to the press release, SunPower has more than 500 MW of solar power plants installed or under contract around the world, including Italian power plants such as the 24 MW Montalto di Castro plant and a 5 MW plant in Tolentino. Mario Riello, European Sales Director with SunPower, said: "We are very pleased to partner with Etrion to deliver clean, reliable solar power to the rapidly expanding Italian market."

2009-11-25   Courtesy: Etrion Corporation   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Etrion Corporation

 

Saudi Arabia: First Energy Bank launches first polysilicon production facility of its kind and size in the region

First Energy Bank (FEB) recently announced the establishment of a polysilicon production facility in the Kingdom of Saudi Arabia, which is believed to be the first of its kind and scale in the region. The project is spearheaded by the strategic partner FEB and the techno-commercial developer, Project Management and Development Company (PMD), a Saudi based industrial group. According to the press release, the project will cover a total area of approximately 375,000 square meters in the Al Jubail Industrial City 2. The plant is to be managed and developed by Cosmos Industrial Investment Corporation, a subsidiary of FEB, in partnership with PMD. The start of the production is scheduled for 2013.   Annual polysilicon capacity to amount to 7,500 tons

According to the press release, the manufacturing plant will have an annual production capacity of 7,500 tons of polysilicon. The project is expected to create approximately 400 local jobs, and it is believed to become the largest plant of its kind in both the Kingdom of Saudi Arabia and the MENA (Middle East and North Africa) region. FEB reports that the project will use advanced and commercially proven technologies in its production processes to derive benefits from the economies of scale, and it is expected to be one of the lowest cost polysilicon producers in the world. FEB reports about plans for a future expansion of the project facility to include investments in the downstream sector, such as manufacturing of ingots, wafers, photovoltaic (PV) cells and modules.

Solar energy market expected to flourish in MENA region

"Renewable sources of energy will remain a priority globally, and solar energy in particular is a logical industry to take off and flourish in the Middle East and North Africa region", said Vahan Zanoyan, Chief Executive Officer (CEO) of First Energy Bank. "We are therefore bullish on the polysilicon industry, and we are particularly happy to launch such a significant plant in one of the most important industrial hubs in the Gulf region." FEB reports that it had established a subsidiary, named Cosmos, as an investment company that focuses on investing in energy related projects throughout the region. As the project owner and developer, Cosmos is to be responsible for driving the construction process and ensuring that it runs according to plan.

2009-11-25   Courtesy: First Energy Bank (FEB)   Solarserver.de   © Heindl Server GmbH

 

China: DuPont Apollo opens thin-film PV production facility

DuPont Apollo's thin film photovoltaic module manufacturing facility in Shenzhen, China
DuPont Apollo's thin film photovoltaic
module manufacturing facility in Shenzhen,
China

DuPont Apollo Ltd. (Shenzhen, China), a wholly-owned subsidiary of DuPont, on November 17th, 2009 announced the opening of its silicon based thin-film photovoltaic module manufacturing facility. According to the press release, the 538,000 sq. ft. plant features a thin-film-on-glass photovoltaic (PV) module production line and will have an annual capacity of up to 50 megawatts (MW). Full-scale commercial production is scheduled for the first quarter of 2010.   In addition to providing innovative thin-film PV modules that are certified according to International Electrotechnical Commission (IEC) standards, DuPont Apollo reports it will offer a total system solution focused on the China domestic renewable power generation market. The company emphasizes that this facility demonstrates its commitment to reduce dependence on fossil fuels by supporting renewable energy technologies such as solar energy.


Module manufacturing to meet fast-growing segment of solar market

Thin-film PV modules are projected to be the fastest growing segment of the photovoltaic industry because of their potential to reduce the cost of producing solar-derived energy. DuPont Apollo believes thin-film PV modules to be well-suited for commercial rooftops, building facades, and large-scale solar farm applications. The modules are also said to generate more wattage output under diffuse lighting conditions, achieving a competitive cost/performance ratio. "Next generation solar technologies are a critical market opportunity for DuPont to deliver more secure, environmentally sustainable and affordable energy sources for people everywhere", said David B. Miller, President of DuPont's Electronics & Communications division. "Through our work in this venture, DuPont will use its science to produce thin-film solar modules that can help make solar energy a more viable alternative for everyone."


Expected sales of PV product line forecasted to account for one billion US-dollars by 2012

"The facility is unique because this is the first total solar energy solution provider in China", said Douglas W. Muzyka, President of DuPont Greater China. "Under the 'Shenzhen-Hong Kong Innovation Circle,' we have combined our research and development capability with this state-of-the-art facility to support the continued growth of the photovoltaic market." DuPont expects the PV market to grow rapidly over the next several years. The company anticipates that overall sales of its family of products into the photovoltaic industry will exceed 1 billion US-dollars by 2012. DuPont has two independent initiatives in the photovoltaic market, namely DuPont Apollo Ltd. and DuPont Photovoltaic Solutions, a material and technology supplier to the industry.

2009-11-25   Courtesy: DuPont Apollo Ltd.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: DuPont Apollo Ltd.

 

IMS Research: PV inverter market shines bright in third quarter

World PV inverter shipments in MW Q1 2007 – Q3 2009
World PV inverter shipments in MW
Q1 2007 – Q3 2009

According to a new study announced on November 17th, 2009 by market research and consultancy services supplier IMS Research (Wellingborough, United Kingdom), the photovoltaic (PV) inverter market recovered strongly in the third quarter of 2009 with shipments reaching record levels. Analysts believe the outlook for the market to become increasingly positive. Over 2.5 gigawatts (GW) of PV inverters were shipped in the record third quarter of 2009, which according to IMS Research marks an impressive recovery for the market which had stalled in the first half of 2009.   Global revenues are estimated to have reached over 600 million Euros (896 million US-dollars), 30 % up from the same quarter in 2008 and nearly double compared to the previous quarter. Germany, in particular, showed very strong growth with over 1.2 GW of inverters shipped here in the third quarter alone, which was almost twice the amount that was shipped in the first half of the year.


Slower price decline for PV inverters compared to PV modules

"The third quarter of 2009 has been incredibly strong for the PV inverter market and we expect this to continue until the end of the year", commented Sam Wilkinson, one of IMS Research's PV research analysts. "The rapid module price declines in the first half of the year, coupled with better financing conditions has led to a surge of investors returning to PV, desperate to get systems connected in Germany before the feed in tariff reduction on December 31st", Wilkinson added. Demand is anticipated to remain very strong in the fourth quarter of 2009, but is believed to be limited by the availability of inverters and other components with most suppliers now unable to deliver products until the first quarter of 2010. According to IMS Research, prices of PV inverters have fallen around 10 % over the last year. This is a relatively little decline compared to the sharper decrease in PV module prices. Analysts identify SMA Solar Technology (Niestetal, Germany) as the largest supplier of PV inverters. According to the study, this company was able to gain further market share with shipments amounting to over 1 GW of inverters during the third quarter. For the year-to-date the company is estimated to have held a share of more than 40 % of the global market.

2009-11-25   Courtesy: IMS Research   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: IMS Research

 

SunEdison chooses Enphase microinverter system for New Jersey photovoltaic power plant

Microinverter by Enphase Energy
Microinverter by Enphase Energy

SunEdison (Beltsville, Maryland), North America's largest solar energy services provider, on November 18th, 2009 announced the completion of the installation and commissioning of a solar photovoltaic (PV) system using a "Microinverter System" by Enphase Energy Inc. (Petaluma, California) at one of its New Jersey power plants. According to the press release, this site is the first by SunEdison to utilize Enphase's products. The Microinverter Systems convert the direct current (DC) output of a single solar module into grid compliant alternating current (AC) power.   These systems are said to offer a number of advantages over traditional inverters including a substantial increase in energy harvest, increased system reliability and a simpler and safer installation. Additionally, the balance-of-system (BOS) and labor costs can be reduced by up to 15 % compared with systems installed with traditional inverters, Enphase reports.



Solar power plant's operating performance ratio reported close to 120 %

"SunEdison chose the Enphase Microinverter System for its reliability, system availability, and easy integration with our SEEDS monitoring and controls platform", said Mark Culpepper, Chief Technology Officer (CTO) at SunEdison. "The site has been running for three months and has been running at an Operating Performance Ratio of close to 120 %. It's one of the best-performing sites in our fleet." Raghu Belur, Vice President of marketing at Enphase, added: "SunEdison's selection of Enphase for this project demonstrates the value that our microinverter technology brings to the small to mid-size commercial installation."

2009-11-25   Courtesy: Enphase Energy Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: "Microinverter System" by Enphase Energy Inc.

 

German PV producer Solarion achieves milestone for flexible CIGS encapsulation

Flexible CIGS solar cells by Solarion
Flexible CIGS solar cells by Solarion

Solarion AG from Leipzig, Germany, on November 23rd, 2009 announced the successful achievement of a crucial milestone within its internal qualification of a transparent and flexible encapsulation solution for its copper-indium-gallium-diselenide (CIGS) thin-film solar cells on plastic. With this flexible encapsulation system Solarion passed the damp-heat test (1,000 hours at 85 % relative humidity and 85 °C temperature) according to the IEC 61646 standard for performance and durability of thin-film solar modules.   "A flexible packaging of large area photovoltaic devices with efficiencies of about 10 % represents a real bright spot for new photovoltaic applications. We are seeing a strong demand for highly efficient, flexible and lightweight solar modules", said Karsten Otte, CEO at Solarion.




Flexible thin-film modules for buildings and cars

"The availability of such photovoltaic products enables completely new product solutions for example in the field of solar roofing materials for buildings or for implementing these products into automotive lightweight constructions which will become more and more important with completely electric powered vehicles", adds Otte. In September Volkswagen AG presented the concept car "E-Up!". The roof of the car was designed as a curved solar module incorporating solar technology developed by Solarion AG.

2009-11-24   Courtesy: Solarion AG   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Solarion AG

 

LDK Solar sells 15 % ownership stake in its Xinyu City polysilicon plant

Aerial view of the Xinyu City polysilicon plant, May 06, 2009
Aerial view of the Xinyu City
polysilicon plant, May 06, 2009

LDK Solar Co., Ltd. (Xinyu City, China and Sunnyvale, California), manufacturer of multicrystalline solar photovoltaic (PV) wafers, on November 17th, 2009 announced that it had entered into an agreement to sell a 15 % ownership stake in its 15,000 metric ton (MT) annual capacity polysilicon plant in Xinyu City, China. According to the press release, Jiangxi International Trust and Investment Co., Ltd. has agreed to purchase this interest for approximately RMB1.5 billion (219 million US-dollars).   "We are very pleased with the continued support of our business from local financial institutions, as evidenced by this recent development", stated Xiaofeng Peng, Chairman and Chief Executive Officer (CEO) of LDK Solar. "Jiangxi International Trust and Investment Co.'s investment in our 15,000 MT polysilicon plant will significantly strengthen our financial position and increase our near-term operating flexibility. We are pleased with the ongoing progress in ramping our 15,000 MT plant and look forward to providing a comprehensive update during our upcoming earnings call."

2009-11-24   Courtesy: LDK Solar Co., Ltd.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: LDK Solar Co., Ltd.

 

California: HelioPower partners with SunRun to offer homeowners affordable solar financing options

Residential PV system by HelioPower
Residential PV system by HelioPower

HelioPower (Murrieta, California), a solar power design and installation company, on November 19th, 2009 announced that it is partnering with SunRun (San Francisco, California) to bring affordable solar financing and service to its California residential customers. SunRun is a provider of home solar services in the United States, and HelioPower plans to offer these services to homeowners through its California offices. According to the press release, SunRun is to purchase home solar systems designed and installed by HelioPower, whose customers will only be required to pay a low one-time installation fee and then a low fixed rate for the solar electricity produced by their system.   All SunRun customers will receive money-back annual performance guarantees in addition to professional-grade monitoring, maintenance, repairs, and insurance, HelioPower reports. Homeowners are thus said to be able to remove the complexity and risk of going solar. "Our team is already moving homeowners to solar power through the HelioPower-offered SunRun financing plans", said Scott Gordon, Vice President, Residential Sales for HelioPower. "For as little as 1,000 US-dollars out of pocket, our customers can lock in a low electricity rate for the next 18 years and save money every month."

2009-11-24   Courtesy: HelioPower   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: HelioPower

 

SolarTech launches solar industry "Permitting Challenge" to accelerate solar project permitting

The non-profit consortium SolarTech (San Jose, California), a collaborative organization for the creation of a "Solar Center of Excellence" in Silicon Valley, which is based on an initiative by the Silicon Valley Leadership Group (SVLG; San Jose, California), on November 19th, 2009 announced a solar industry wide competition to develop online permitting solutions that will reduce time and eliminate the redundant paperwork associated with the permitting of solar systems.  According to the press release, this work is in line with the consortium's goal to halve the permitting cycle time by 2011. SolarTech reports that it had issued a software interoperability standard at the Solar Power International (SPI) conference in Anaheim in October for different programs to exchange data using the same protocols.


Competition to produce streamlined online-process for predictable and timely solar project permitting

The application and approval process for solar photovoltaic (PV) construction permits is well recognized by the industry as an inefficient process with hidden costs borne by the integrator. The "Permitting Challenge" requires software providers to formulate teams with cities, integrators and utilities, to develop a pilot solution and an on-line process for solar permitting, SolarTech explains. The objective of the challenge is for any integrator initiating a permit application over the internet to expect relatively the same experience regardless of the city or county permit jurisdiction. The winning team is to lead a public demonstration at the SolarTech / CALSEIA Summit, April 21-22, 2010. "Integrators cover multiple jurisdictions in the course of business and often have to travel multiple times to finalize a permit", said Doug Payne, SolarTech Executive Director. "The process creates exorbitant hidden costs that impact profit margins, and slow down industry growth."


Web-based process to replace paper-based manual permitting process

SolarTech reports that the U.S. Department of Energy's Solar America Board of Codes and Standards (Solar ABCs) has developed streamlining guidelines to address solar permitting, while several software companies have begun to offer online permitting services. The organization believes that without the adoption of software standards, the industry risks creating software islands of inefficiencies that would only replace the current manual process. "Standards and best practices are the key to efficiently scaling up solar deployment", said Eric Alderman, SolarTech Permitting Committee Member and Chief Executive Officer (CEO) of SolarNexus (Berkeley, California). "This is a really exciting example of how we can apply technology to the many challenges we face in the industry." SolarTech is to announce the Permitting Challenge teams at its upcoming "Permitting & Installation Symposium" on December 3rd at the Commonwealth Club in San Francisco.

2009-11-24   Courtesy: SolarTech   Solarserver.de   © Heindl Server GmbH

 

Photovoltaics: Mitsubishi Electric inaugurates MW single-rooftop system in Italy

15,650 PV panels cover the roof of Coop’s CNNA-Prato Logistic Center
15,650 PV panels cover the roof
of Coop’s CNNA-Prato Logistic Center

Mitsubishi Electric Corporation (Tokyo, Japan) on November 18th, 2009 announced the completion of a 2,906-kilowatt (kW) photovoltaic (PV) installation for Coop's new logistic center in Prato, Italy. The company reports that 15,650 of the 15,710 lead-free solder PV modules that were used for the 2,906 kW system, modules are installed on the warehouse roof, covering a surface of 21,000 square meters. According to the press release, this is equivalent to 5 soccer fields, making this PV plant the largest rooftop installation on a single building in Italy.   The system is expected to generate 3.2 million kWh of solar electricity per year, which will not only completely meet the energy needs of the logistic center, but also generate an estimated amount of 500,000 kWh excess electricity that is to be transferred to the national grid.


Italian solar FITs forward large-scale rooftop PV systems

According to the press release, the warehouse roof was especially designed for PV installations, because solar rooftop installations in Italy receive a higher feed-in-tariff (FIT) rate than those on the ground. According to the European Photovoltaic Industry Association (EPIA) the Italian PV market, which reached 258 megawatts (MW) in 2008, has grown to be the third largest in Europe after Germany and Spain because of its FIT scheme. In addition to the 2,895 kW rooftop system, a 11 kW system of 60 PV modules was installed on Coop's parking lot, Mitsubishi reports. In January 2010, Mitsubishi plans to launch its new product line of high-output lead-free solder PV modules with outputs of up to 235 Watts. By utilizing these products and also expanding its product lineup in the future, the company intends to further strengthen its overseas PV business.

2009-11-24   Courtesy: Mitsubishi Electric Corp.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Mitsubishi Electric Corp.

 

SEIA: "Solar Manufacturing Jobs Creation Act" will create and keep American jobs

Rhone Resch: America will take the role of the global leader in solar manufacturing
Rhone Resch: America will take the role
of the global leader in solar manufacturing

Solar Energy Industries Association (SEIA) President and Chief Executive Officer (CEO) Rhone Resch on November 18th, 2009 released a statement in support of the "Solar Manufacturing Jobs Creation Act", which was introduced in the U.S. House by Representatives Mike Thompson (D-CA), Dave Camp (R-MI), Lloyd Doggett (D-TX), and Patrick Tiberi (R-OH). Resch thanked the Congressmen for introducing the Act in the House, noting that the solar industry was growing into an economic force and that SEIA wanted to ensure that clean energy jobs continue to be created and stay in America.   "Not long ago, the U.S. was the leading global manufacturer of photovoltaic solar cells. But we've fallen behind Europe and Asia because we didn't have the right policies in place", Resch said.


Solar manufacturing jobs creation to help states that were hard-hit by economic downturn

"By extending and expanding the solar manufacturing tax credit, we'll have the support necessary to compete with other countries and continue creating jobs in the solar industry", Resch continued. "These jobs are particularly important for states that rely on manufacturing, one of the sectors that has been hardest hit by the economic downturn." He added that SEIA plans to work together with Congressmen Thompson, Camp, Doggett and Tiberi to pass the legislation in the House, and to pass the companion legislation in the U.S. Senate. "Enacting this legislation into law will help return America to its role as the global leader in solar manufacturing," Resch concluded.

2009-11-24   Courtesy: SEIA   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SEIA

 

Jiawei's photovoltaic modules power large solar tracking street light system

Patrtial view of the solar tracking street light system.
Patrtial view of the solar tracking
street light system.

Jiawei Solarchina (Shenzhen, China) in November 2009 announced that the company had supplied its solar photovoltaic (PV) panels for what it believes to be the world's largest and most efficient solar LED street lighting system on Dazu Yingbin Avenue in Chongqing City, China.   Jiawei held a completion ceremony on November 9th, 2009, which was attended by representatives of different local government departments, businesses and local residents. The company reports that the panels of the Dazu Yingbin Avenue's LED lighting system, which stretches along 4.3 kilometers, track the sun's path during the day. Each single light is said to be capable of generating up to 800 Watts, making the whole lighting system carbon neutral. According to the press release, the system is comprised of 274 road lamps that are each equipped with two 90 Watt solar panels by Jiawei, and it is estimated to reduce C02 emission by 800 tons a year. The company reports that the project is built on the main highway of Dazu Country.

2009-11-24   Courtesy: Jiawei Solarchina   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Jiawei Solarchina

 

First Solar sells 21 MW solar PV project in California to NRG

Thin film PV panels by First Solar
Thin film PV panels by First Solar

First Solar, Inc. (Tempe, Arizona), on November 23rd, 2009 announced the sale of the 21 megawatt (MW) AC solar energy project it has developed and constructed in Blythe, Calif., to NRG Energy, Inc. Located in Riverside County about 200 miles east of Los Angeles, the Blythe project is California's first and largest utility-scale photovoltaic (PV) solar generation facility, and among the largest in North America. Construction began in September and is expected to be completed by year-end. Electricity from the plant will be sold to Southern California Edison under a 20-year power purchase agreement.   "First Solar is very pleased that the first of our utility-scale solar projects in California will be coming on line with a leading power producer like NRG", said Bruce Sohn, president of First Solar. "This clean, affordable, and sustainable energy will help California meet the goals of its Renewable Portfolio Standard."



45,000 megawatt-hours of solar electricity per year, over 12,000 tons of carbon dioxide to be displaced annually

Using First Solar's industry-leading thin film PV panels that convert sunlight directly into electricity with no water consumption during operation, the project will generate over 45,000 megawatt-hours of electricity per year, First solar emphasizes. The solar generation displaces over 12,000 tons of carbon dioxide emissions per year- the equivalent of taking 2,200 cars off the road. The construction of this project due to First Solar created 175 green jobs. First Solar will provide operations and maintenance services at Blythe under a long-term contract with NRG. Financial terms of the agreement were not disclosed. First Solar on own account is developing 1,300 megawatts of PV solar projects under contracts with utilities in California and the Southwest.

2009-11-23   Courtesy: First Solar, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: First Solar, Inc.

 

SunPower completes 1 MW solar photovoltaic system at Agilent Technologies headquarters

Solar PV roof at Agilent Technologies' headquarters in Santa Clara
Solar PV roof at Agilent Technologies'
headquarters in Santa Clara

SunPower Corporation (San Jose, California), a manufacturer of high-efficiency solar cells, solar panels and solar energy systems, on November 19th, 2009 announced the completion of a 1 megawatt (MW) solar power rooftop system on three buildings at Agilent Technologies' headquarters in Santa Clara, California.   According to the press release, this is SunPower's second project with Agilent, following the design and installation of a 1 MW solar tracking system at Agilent's Santa Rosa campus in California last year. Agilent expects to save 3.5 million US-dollars in energy costs in the first 10 years of operation. SunPower reports that the new system features its "T5 Solar Roof Tile", which is believed to be the solar industry's first non-penetrating rooftop product that combines a high-efficiency SunPower solar panel, frame and mounting system into a single pre-engineered unit.


Solar PV plant to offset 50 million pounds of CO2 emissions over 30 years

According to conversion formulas provided by the U.S. Environmental Protection Agency (EPA), Agilent's solar system in Santa Clara is expected to displace more than 50 million pounds of carbon dioxide (CO2) over the next 30 years. Agilent is to own the Renewable Energy Credits (RECs) and all environmental attributes associated with the system. "Agilent is pleased to partner with SunPower on this second significant project, reinforcing our commitment to clean, renewable solar power and protecting the environment", said Keith Morgan, Agilent Director of Environmental, Health, Safety and Security. "Using high-efficiency solar technology maximizes the return on our investment and minimizes the environmental impact of our operations."

2009-11-23   Courtesy: SunPower Corporation   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SunPower Corporation

 

SEIA: "Solar Manufacturing Jobs Creation Act" will create and keep American jobs

Rhone Resch: America will take the role of the global leader in solar manufacturing
Rhone Resch: America will take the
role of the global leader in solar
manufacturing

Solar Energy Industries Association (SEIA) President and Chief Executive Officer (CEO) Rhone Resch on November 18th, 2009 released a statement in support of the "Solar Manufacturing Jobs Creation Act," which was introduced in the U.S. House by Representatives Mike Thompson (D-CA), Dave Camp (R-MI), Lloyd Doggett (D-TX), and Patrick Tiberi (R-OH). Resch thanked the Congressmen for introducing the Act in the House, noting that the solar industry was growing into an economic force and that SEIA wanted to ensure that clean energy jobs continue to be created and stay in America.   "Not long ago, the U.S. was the leading global manufacturer of photovoltaic solar cells. But we've fallen behind Europe and Asia because we didn't have the right policies in place", Resch said.


Solar manufacturing jobs creation to help states that were hard-hit by economic downturn

"By extending and expanding the solar manufacturing tax credit, we'll have the support necessary to compete with other countries and continue creating jobs in the solar industry", Resch continued. "These jobs are particularly important for states that rely on manufacturing, one of the sectors that has been hardest hit by the economic downturn." He added that SEIA plans to work together with Congressmen Thompson, Camp, Doggett and Tiberi to pass the legislation in the House, and to pass the companion legislation in the U.S. Senate. "Enacting this legislation into law will help return America to its role as the global leader in solar manufacturing," Resch concluded.

2009-11-23   Courtesy: SEIA   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SEIA

 

SMA America introduces new high-frequency solar PV inverter

SMA Sunny Boy 3000HFUS
SMA Sunny Boy 3000HFUS

SMA America LLC (Rocklin, California), the North American subsidiary of global solar technology leader SMA Solar Technology AG, on November 17th, 2009 announced the next generation of its popular line of "Sunny Boy" solar inverters. The new, high-frequency (HF) grid-tied inverters are said to feature a slim enclosure, reduced weight and modern graphic display which makes them very installer-friendly. According to the press release, the HF models measure less than 14 inches across and feature a 35 percent reduction in weight.   SMA America reports that they can be mounted in between wall studs, making them perfect for new home construction or for retrofit projects where space is a concern.



First high-frequency solar inverters in U.S. PV market

The HF line of solar inverters is comprised of three models, ranging from 2,000 to 3,000 watts, and they are believed to be the first U.S. units to utilize a high-frequency transformer. SMA America reports that they display a class-leading efficiency, with an input voltage range of 175 – 600 Volts which allows for added flexibility in system design and performance in low power situations. According to the press release, these lighter weight Sunny Boy inverters have improved key existing features such as field configurability for positive ground systems and integrated DC disconnects, along with the company's patented temperature management system and rugged indoor/outdoor rated enclosures. "The new high-frequency Sunny Boy inverters were specifically designed for the North American market and illustrate SMA's global experience and understanding of specific market requirements", commented Jürgen Krehnke, President of SMA America. The company reports that its Sunny Boy HF line was engineered to meet UL1741/IEEE 1547 requirements.

2009-11-23   Courtesy: SMA America LLC   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SMA America

 

aleo solar AG sees a trend towards secondary photovoltaic facilities

PV systems with panels by aleo solar in Wymeer, North Germany
PV systems with panels by aleo solar
in Wymeer, North Germany

aleo solar AG (Oldenburg/Prenzlau, Germany) in November 2009 announced that it is enjoying particularly high levels of follow-on orders. The trend is seen in private solar rooftop installations, agricultural and industry facilities as well as greenfield sites: most follow-on projects and expansions are again using aleo solar modules, the compay reports in a press release. Many satisfied facility operators due to aleo solar are deploying a second or third photovoltaic system that is also fitted out with aleo modules. According to aleo solar one of these satisfied aleo solar facility owners is the North German farm owner Nanno Addens. Having installed three solar power systems with a total rated output of just under 120 kilowatts (kW) on his outbuildings in 2004, 2005 and 2008, he is now planning to add even more.   "I am always wondering which roof might take more solar modules", he comments, and this comes as no surprise because the aleo modules installed at Addens' farm in Wymeer, situated between the Ems and the Dutch border, had produced superb yields, easily more than ten percent higher than forecast, aleo solar reports in the press release.


Customer satisfaction from the north to the south

According to aleo solar customer satisfaction in Germany is not dependent on location or a specific type of installation. Plant owners in the south of Germany and operators on the coast are equally happy. Johann Donhauser, who owns a farm near Unterleinsiedel in eastern Bavaria, has been installing aleo modules on his farm buildings for six years running, aleo solar reports in its press release. His first solar installation dates from 2004, and he now has a total rated output of 116 kW connected to the grid. Donhauser: "My aleo modules have been delivering high, stable yields for six years now. This guarantees the profitable operation of my solar power systems." The St Marien Clinic in Amberg has also installed aleo modules. The hospital buildings host ten separate systems with a total rated output of 240 kW, which have been generating clean power since 2005.

A network of authorized dealers influences installation standards

The two south German operators commissioned Grammer Solar to install their solar power plants. Based in Amberg and one of the very first aleo solar partners, Grammer Solar are experienced solar experts who have installed over 30,000 kW of photovoltaic systems since 1995, aleo solar emphasizes in its press release. "We get consistently positive feedback from facilities using aleo modules", comments Grammer Solar's Wolfgang Dotzler. "These quality modules help us to meet our objective of only installing first-class solar power systems."

According to aleo solar the reason for the high levels of customer satisfaction is simple. Unlike most module makers, aleo solar has its own sales unit and can exert an influence not only on product quality but also on installation standards, Director Sales Norbert Schlesiger explains: "A system's economic viability depends on the best modules and a professional installation. Anyone operating a solar power plant using aleo modules is also assured of a first-class installation." Thanks to aleo's network of authorized dealers, aleo modules are only installed by experienced professionals, aleo solar empahsizes in the press release. This brings benefits to the customer in terms of high energy yields. At the same time, operators can rest assured that their solar systems will continue to generate clean power reliably even after the twenty-year subsidy period is over.

2009-11-23   Courtesy: aleo solar AG   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: aleo solar AG

 

U.S. PV market predictions for 2010 reaching from 0.5 GW up to 3.8 GW

2010 U.S. Market Predictions (in GW)
2010 U.S. Market Predictions (in GW)

At the beginning of this year, analysts were predicting big things for the U.S. photovoltaic (PV) market in 2010. Since the financial crisis resulted in tougher financing requirements, optimism has cooled off a little. Now it seems that many analysts agree that the market will reach the 1 GW range, the initial U.S. issue of Germany’s first PV magazine - "PHOTON – das Solarstrom-Magazin" - reports in November. PHOTON US identifies two exceptions: Paula Mints of Navigant Consulting feels the market will reach just 0.5 GW, and Chris Porter of PHOTON Consulting foresees as much as 3.8 GW. 



Bullish projections by PHOTON Consulting

PHOTON Consulting has, by far, the most bullish projections for 2010, expecting somewhere between 2.2 GW and 3.8 GW of total installations. Clearly, that’s a big potential gap, and Chris Porter of PHOTON Consulting explains the range by saying that there are still a number of significant uncertainties - primarily related to the availability of financing - that will ultimately determine just how big 2010 is. "While the U.S. Treasury’s grant in lieu of the investment tax credit program should be the most important driver behind relieving the tax equity appetite bottleneck that has constrained the growth of the U.S. market in 2009, other financing-related uncertainties that will influence 2010 include the pace of general improvements in the overall credit markets and the rate at which new sources of financing capital enter the market", he says. Porter also says that whether the U.S. market (PHOTON includes Canada in its projections) will be closer to 4 GW or 2 GW also depends on how quickly utilities move with PV-related programs and projects, the impact of federal stimulus spending on the level of direct government purchases of PV, and the development of the overall policy environment in North America.


A less optimistic scenario by Navigant Consulting's Paula Mints


The estimates of Paula Mints, who analyzes the PV market for California-based Navigant Consulting, in contrast are the most conservative. For her part, Mints has broken down her projections for 2010 into three categories: one is 420 MW, in the event the recession continues; her conservative estimate is 527 MW; and her "accelerated" projection is for 837 MW. "I don’t expect it to be accelerated. My expectation is either the recession or the conservative, and for 2010 I think the conservative forecast is more probable." Mints is quick to point out that even her conservative outlook, while gloomier than what others expect, is still a significant amount of PV installations, particularly in the midst of a still recovering economy. Mints is less convinced that all of the announcements of large utility projects will amount to much in the near-term, since many of them are not even expected to begin for a few years.

2009-11-22   Courtesy: Photon USA   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Photon USA

 

Dutch Space to supply solar arrays for ISS resupply system

Dutch Space to supply solar arrays for ISS
Dutch Space to supply solar arrays for ISS

Dutch Space (Leiden, The Netherlands) in November 2009 announced the signing of a contract with Orbital Sciences Corporation (Dulles, Virginia) for the development of solar arrays for NASA's new cargo missions to the International Space Station (ISS), which is to be carried out under NASA's Commercial Resupply Service (CRS) project. The more than 35 million US-dollar contract is said to cover the design, manufacturing, assembly, integration and testing of the solar arrays for nine pressurized cargo missions to the ISS.   Dutch Space reports that it acts as Orbital's prime contractor for the development of the solar arrays for the "Cygnus" spacecraft, the centerpiece of Orbital's automated cargo delivery service for NASA's logistic support to the ISS.



Stiff arrays to secure balanced docking

The initial demonstration flight is scheduled for 2011 as part of NASA's Commercial Orbital Transportation Services (COTS) project, Dutch Space reports. According to the press release, the moment of berthing of the Cygnus spacecraft to the ISS requires unique solar array features in terms of stiffness and fatigue. The design of Dutch Space's solar arrays for Cygnus is said to not only meet all safety requirements that are imposed by a manned mission such as ISS, but also combines very high stiffness with low mass.


Dutch company to cooperate with U.S. solar suppliers

For this new project, Dutch Space plans to work together with two U.S. solar suppliers: ATK (Minneapolis, Minnesota) is to provide the solar panel substrates and the Emcore Corporation (Albuquerque, New Mexico) is to deliver the photovoltaic (PV) cells. The panels are to be equipped with "ZTJ" gallium cells, which are said to feature the highest available efficiency and are optimized for the short duration of the COTS/CRS mission. "Orbital is pleased to once again team with Dutch Space on an important project for NASA", said Bob Richards, Orbital's Vice President and Cygnus Program Director. Bart Reijnen, Chief Executive Officer (CEO) of Dutch Space, added: "The contract awarded by Orbital is a milestone for Dutch Space as it emphasizes that our flight-proven heritage is recognized world wide."

2009-11-22   Courtesy: Dutch Space   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Dutch Space

 

Premier Power and Plastic Package inaugurate 208 kW thin-film solar energy system at manufacturing plant in California

A close up of the PV rooftop
A close up of the PV rooftop

Plastic Package Inc., a Sacramento, California manufacturing company, is now forming plastic using solar electricity as an energy source, Premier Power Renewable Energy, Inc. (El Dorado Hills, California) reports. The manufacturer of 100 % post consumer recycled plastic containers is reportedly committed to using power from the sun in its manufacturing processes as part of its sustainable business practices.   "The plastics business is not normally thought of as a green business", said Jim Kaye, Plastic Package's Chairman, "but we are making major strides in that direction by using recycled soda bottles as well as bio-based materials in our products. Now that we've added solar, we want to let the community and our clients know, so they can feel comfortable that when they use our packaging, they are part of the sustainable process."


Largest cylindrical thin film PV system west of New Jersey

According to the press release, the company decided to install what it believes to be the largest cylindrical thin film solar system west of New Jersey. The new photovoltaic (PV) modules are equipped with cylindrical photovoltaic elements which capture sunlight over a 360-degree photovoltaic surface. This technology was produced by Solyndra (Fremont, California), and the system was designed, engineered and installed by Premier Power, a leading global EPC (Engineering, Procurement and Construction) provider of solar power systems. The company reports that the solar power plant could go online only 10 weeks after signing the contract, with just seven weeks of actual installation. According to the press release, the new rooftop-mounted 208 kilowatt (kW) system is expected to initially handle all of Plastic Package's peak demand and to assist its local power provider, Sacramento Municipal Utility District (SMUD) in reducing its summer peak loads during the hottest part of the day.

2009-11-22   Courtesy: Premier Power Renewable Energy, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Premier Power Renewable Energy, Inc.

 

EarthSure announces car that runs on solar PV and wind energy

Patent pending
Patent pending "AirRay"

EarthSure Renewable Energy Corporation (Woodbridge, New Jersey), a renewable energy company and innovator in alternative energy sources, in November 2009 introduced an inventive, patent pending car that is expected to produce energy through solar power and wind power. This vehicle, dubbed "AirRay" is believed to be able to produce enough energy to reduce or eliminate customers' electric bills and eventually allow their cars to solely run on electric. According to the press release, AirRay's entire system is unique, with a solar honeycomb-membrane panel on the roof of the car and three wind turbines in the front hood.   The solar roof and the wind turbines are to transfer electricity to the main energy storage system located in the back of the vehicle. According to the press release, another wind turbine is to be located on the trunk of the car, grasping at the airflow that surrounds the car when driving. EarthSure reports that its engineers incorporated the vehicle with Vehicle to Grid (V2G) capabilities, which is to enable the user to transfer renewable power back into their home or right back into the electrical grid to deplete their electric bills.


Concept car to include renewable energy generation features

The company reports that an initial AirRay concept car will have these features incorporated within a hybrid auto or traditional gas or diesel run vehicle. Raymond Saluccio, Chief Executive Officer (CEO) of EarthSure, said: "Our final masterpiece of automobile will be solely electric powered and not have any need for gas or oil. The energy the car creates through the solar panels and the wind turbines will be enough for the automobile to run without worry of losing power." This final version of the AirRay car is reportedly a work in progress, but EarthSure reports it has filed numerous patents with the U.S. Patent and Trademark Office to ensure the car will be able to quickly make it to market, once approved.

2009-11-21   Courtesy: EarthSure Renewable Energy Corp.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: EarthSure Renewable Energy Corp.

 

Solar equipment provider Spire celebrates 40th anniversary

Spire Corporation (Spire; Bedford, Massachusetts), a global solar company providing capital equipment to manufacture photovoltaic (PV) modules, turnkey manufacturing lines, and solar PV systems, on November 17th, 2009 celebrated its 40th birthday. By introducing the concept of distributed module manufacturing, Spire has reportedly been a pioneer in the development, promotion, and commercialization of PV for solar energy. Roger G. Little, Chairman and Chief Executive Officer (CEO) of the company, had founded Spire Corporation in 1969, making it one of the first PV companies in the world.   Today, Spire is a leading provider of photovoltaic module manufacturing equipment and turnkey production lines with over 200 customers in nearly fifty countries. "I can still remember sketching the idea for Spire on a dinner napkin long before solar energy became a major global industry. It pleases me to think how far it has come," said Little. "I have always been proud of Spire employees and appreciate their contributions to making Spire what it is today. We are a family, and I want to thank everyone for helping achieve this dream and helping me to maintain it for forty years. Here's to another forty."

2009-11-21   Courtesy: Spire Corp.   Solarserver.de   © Heindl Server GmbH

 

U.S.-President Obama and Chinese President Hu Jintao announce clean energy partnership

During his visit to China, U.S. President Barack Obama and President Hu Jintao of China announced a far-reaching package of measures to strengthen cooperation between the United States and China on clean energy. The statesmen agreed on a variety of initiatives, action plans, partnerships and other cooperative efforts to reduce greenhouse gas emissions and to collaborate on renewable energies.   The package includes the establishment of a "U.S.-China Clean Energy Research Center" which is expected to facilitate joint research and development of clean energy technologies by teams of scientists and engineers from both countries. Initial research priorities are to be the energy efficiency of buildings, clean coal including carbon capture and storage, and clean vehicles.



U.S.-China cooperation to accelerate renewable energy deployment

The United States and China also announced a cooperative development of roadmaps for wide-spread renewable energy deployment in both countries under the "U.S.-China Renewable Energy Partnership." This partnership is also meant to provide technical and analytical resources to states and regions in both countries to support renewable energy deployment and it is expected to facilitate state-to-state and region-to-region partnerships to share experience and best practices. According to the announcement, a new "Advanced Grid Working Group" is to bring together U.S. and Chinese policymakers, regulators, industry leaders, and civil society to develop strategies for the modernization of the electricity grid in both countries. A "U.S.-China Renewable Energy Forum" is also to be held annually, rotating between the two countries.

Partnership includes the development of electric vehicles, energy efficiency improvements and technology development

The "U.S.-China Electric Vehicles Initiative" announced by the two Presidents builds on the first-ever "US-China Electric Vehicle Forum" in September 2009. The initiative is to include joint standards development, demonstration projects in more than a dozen cities, technical roadmapping and public education projects. Barack Obama and Hu Jintao also announced the launch of a new "U.S.-China Energy Efficiency Action Plan". Under this plan, the two countries pledge to work together to improve the energy efficiency of buildings, industrial facilities, and consumer appliances. The establishment of a "U.S.-China Energy Cooperation Program," which is expected to leverage private sector resources for project development work in China across a broad array of clean energy projects was also announced.

2009-11-21   Courtesy: www.energy.gov   Solarserver.de   © Heindl Server GmbH

 

Photovoltaics: SANYO announces global production strategy for HIT solar cells

HIT solar cell by SANYO
HIT solar cell by SANYO

SANYO Electric Co., Ltd. (Tokyo, Japan) on November 17th, 2009 announced the completion of the third factory building of its Nishikinohama Factory (Kaizuka City, Osaka), a mother factory for SANYO's photovoltaic (PV) system business. The company also provided its strategy concerning the global production of its photovoltaic cells. The high-volume production of the company's HIT (Heterojunction with Intrinsic Thin-layer) solar cells in the new factory building (Bldg. C) is expected to start in December 2010, after the installation of production equipment and completion of the necessary adjustments and tests.   According to the press release, the solar cell production capacity of the Nishikinohama Factory will increase by approx. 1.6 times, with Bldg. C contributing an annual production capacity of 135 megawatts (MW) to an overall production capacity of 345 MW per year at this site.


Solar cell module business based on Japan-Europe-U.S. trilateral framework

In addition, Shimane SANYO Electric Co., Ltd. (Unnan City, Shimane Prefecture), which already produces SANYO's HIT solar cells, is planning to increase its annual production capacity to 220 MW from the current 130 MW in April 2010. Between these two factories, SANYO reports it will have a combined production capacity of 565 MW by the end of March 2011. According to the press release, SANYO will expand its production volume based on a Japan-Europe-U.S. trilateral framework to provide a steady supply of solar cell modules to major markets around the world. The company reports that it operates its 'Shiga Factory' (Otsu City, Shiga Prefecture) with an annual capacity of currently 100 MW in Japan and a factory in Monterrey, Mexico. The production capacity of this North American plant was recently increased to 50 MW, and it is to further increase to 75 MW capacity by the end of March 2010, SANYO reports. The European manufacturing site is located in Dorog City, Hungary, where the company reports it currently operates a plant with a production capacity of 165 MW, which is expected to nearly double to 315 MW by the end of March 2011.


Promoting in-house production of silicon ingots and wafers for solar cells

According to the press release, SANYO Solar of Oregon L.L.C. was established to operate a plant that is expected to provide a stable supply of silicon materials to keep up with the increase in production of solar cells. SANYO reports that it is establishing a system so that between this plant and another ingot and wafer plant operated by SANYO Solar (USA) L.L.C., the combined production volume will be 100 MW. Through these activities, SANYO expects to establish a photovoltaic (PV) and module production system with a HIT solar cell production capacity of 600 MW by the end of March 2011. The company reports it is determined to provide sufficient supplies in response to the active global solar cell market.

2009-11-20   Courtesy: SANYO Electric Co., Ltd.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SANYO Electric Co., Ltd.

 

Magnetek introduces new solar inverter for grid-tied PV systems

E-Force Solar inverter
E-Force Solar inverter

Magnetek, Inc. (Menomonee Falls, Wisconsin), a manufacturer of digital power and motion control systems including high efficiency inverters for the wind and solar power industries, on November 16th, 2009 announced the introduction of its "E-Force Solar" inverter for grid-tied photovoltaic (PV) systems. According to the press release, the E-Force Solar inverter is specifically designed for commercial and utility-scale solar applications such as big box retailers, office buildings, industrial facilities, and ground-mounted installations.   The inverters of this product line are to be available in both 500 kilowatt (kW) and one megawatt (MW) models. They are said to be based on the company's "E-Force Wind Inverter" platform, which has over 150 MW installed in the U.S. According to the company, the E-Force inverter offers high power density in a compact size for application flexibility. Its rugged design is believed to insure maximum reliability. "The introduction of the E-Force Solar Inverter continues Magnetek's focus on serving the power inverter needs of the commercial and utility scale solar and wind marketplace", said Ross Smith, Vice President of Magnetek's Renewable Energy business.

2009-11-20   Courtesy: Magnetek, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Magnetek, Inc.

 

SCHOTT Solar North America elects Dr. Gerald Fine as new President and CEO

Dr. Gerald Fine, new President and CEO of SCHOTT Solar North America
Dr. Gerald Fine, new President
and CEO of SCHOTT Solar North
America

SCHOTT Solar, Inc. (Albuquerque, New Mexico) on November 16th, 2009 announced that Dr. Gerald Fine, President and Chief Executive Officer (CEO) of SCHOTT North America, will assume oversight of the company's North American solar business unit, effective immediately, in addition to his current responsibilities with SCHOTT North America.   Fine is to succeed SCHOTT Solar's current President and CEO, Mark Finocchario. "I want to thank Mark for his hard work and service to the company", said Dr. Fine. "I look forward to having an even greater role in SCHOTT Solar's longstanding commitment to developing and manufacturing the highest quality products, and delivering the superior customer service that the industry has come to know and expect from us." According to the announcement, Dr. Fine joined SCHOTT North America as Vice President, Business Development in June of 2007 after a diverse career that began with Corning. He was promoted to President and CEO of SCHOTT North America in January of 2008. Dr. Fine holds a Bachelor's degree from Amherst College and a Ph.D. from the California Institute of Technology. He holds nine U.S. patents and is the author of numerous articles in both technical and trade journals.

2009-11-20   Courtesy: SCHOTT Solar, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SCHOTT Solar, Inc.

 

Intersolar India gets off to a great start; focus in particular on the significance of the photovoltaic industry

Intersolar India: Visitor traffic exceeded the Organizer's expectations
Intersolar India: Visitor traffic
exceeded the Organizer's expectations

The first ever Intersolar India in Hyderabad came to a close having proved a great success, the organizers report in a press release. Over 3,000 visitors to the three-day conference and accompanying trade fair gathered information on international trends and markets in the photovoltaic industry. The event focused in particular on the significance of the photovoltaic industry in India and local market developments. Intersolar India was organized in collaboration with "SOLARCON" India.   The conference attracted 645 participants and 45 speakers to Hyderabad in the state of Andhra Pradesh, India. The organizers’ expectations were also far exceeded with regard to the accompanying trade fair, which recorded a total of 2,500 visitors and 70 exhibitors, 17 of whom were from abroad. As a result, plans are in place to increasingly expand the trade fair from 2010 onward.


Support for Intersolar India from Indian politicians

The event opened with a keynote speech from Prof. Dr. Eicke Weber, Director of the Fraunhofer Institute for Solar Energy Systems (ISE) in Freiburg, Germany. Among the guests present at the opening were Konijeti Rosaiah, Chief Minister of Andhra Pradesh, and K. Lakshmi Narayana, Minister of Heavy Industries in the host state’s government, as well as Dr. Debesh Das, the Government of West Bengal’s Minister of Information Technology. This political backing underlines the increasing significance of solar energy in India.

India to back solar energy in future

The conference focused in particular on the significance of the photovoltaic industry in India as well as local market developments. At present, the country is faced with an energy deficit of 10 to 17 percent. A third of the Indian population, i.e. over 450 million people, currently has no access to electricity. Power failures deprive cities of energy for two to four hours on a daily basis, while rural areas face power cuts lasting up to 20 hours per day. In addition, experts predict a further increase in energy consumption, with per capita electricity demand rising from a current level of 660 kWh per year to as much as 2,000 kWh over the next 10 to 20 years. Average per capita consumption in Europe today lies at 6,500 kWh per year.
However, there may be a solution. Solar irradiation in India amounts to four to seven kWh per day. With around 300 days of sunshine per year, India is therefore well placed to use solar energy as a means of tackling its energy deficit in future. In order to make use of this immense potential, the Indian government plans to increase the capacity of Indian solar installations to a total of 20 gigawatts by the year 2020. These plans form part of the "National Solar Mission" and would offer a sustainable contribution to India's energy supply.
As an international meeting point for members of the solar industry, Intersolar India is a driving force behind the developments in India and serves as a platform for market players to discuss future challenges to the Indian solar market.

SOLARCON® India and Intersolar India 2009

Intersolar India is organized by Solar Promotion International GmbH and Freiburg Management and Marketing International GmbH (FMMI). The event was held for the first time in 2009 in Hyderabad, India. SOLARCON® India is organized by the PV Group, an initiative launched by SEMI, the international association of the semiconductor and photovoltaics industry. The India Semiconductor Association (ISA) is an additional cooperation partner.
Further information on Intersolar India at http://www.intersolar.in

2009-11-20   Courtesy: Solar Promotion GmbH, International GmbH   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Solar Promotion GmbH, International GmbH

 

EIB provides 80 million Euros for Gemasolar's solar thermal power project in Spain

Enrique Sendagorta (left), Chairman of Torresol Energy, and Vice-President Carlos da Silva Costa signed the contract in Madrid
Enrique Sendagorta (left),
Chairman of Torresol Energy,
and Vice-President Carlos da Silva
Costa signed the contract in Madrid

The European Investment Bank (EIB) on November 16th, 2009 announced a 80 million Euro loan to Torresol Energy Investment SA's flagship solar project, dubbed "Gemasolar." The bank is to finance the construction and commissioning of this concentrated solar power plant (CSP) in Fuentes de Andalucía in the province of Seville.   With a nominal capacity of 17 megawatts (MW), the new solar thermal power plant is said to be a global pioneer in the commercial application of CSP technology.



Solar tower plant to use molten salt heat storage system

According to the press release, this project is the only existing commercial-scale solar power demonstration project based on a central tower receiver and heliostat field that utilizes an innovative molten salt heat storage system. This storage system is believed to allow an independent power generation for up to 15 hours with no solar input while increasing energy efficiency by enabling electricity production for some 6,600 hours a year. EIB reports that this is around 2.5-3 times as much as possible with other renewable energy sources. EIB Vice-President Carlos da Silva Costa and the Chairman of Torresol Energy, Enrique Sendagorta, signed the finance contract in Madrid, Spain.


Solar power plant to supply 25,000 households, create 1,000 jobs during construction

"We are highly satisfied with the EIB's support for the launch of Gemasolar, which is a truly innovative solar power plant and the world's first commercial-scale project built with this technology", said Sendagorta. "We are confident that central tower technology using molten salt offers the greatest development potential for the future." The Gemasolar plant is expected to supply clean and secure energy to 25,000 households, reducing CO2 emissions by more than 30,000 tons a year and creating around 1,000 direct jobs during the construction phase.

2009-11-20   Courtesy: European Investment Bank; EIB   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: EIB

 

Collaborating on major photovoltaic projects: Bosch Solar Energy enters partnership with Allianz Climate Solutions

Bosch Solar Energy develops, produces and distributes silicon based PV products
Bosch Solar Energy develops,
produces and distributes
silicon based PV products

Bosch Solar Energy AG (Erfurt, Germany) and Allianz Climate Solutions GmbH (Munich, Germany) have entered into a partnership for the planning, financing, and turnkey construction of photovoltaic power stations. The companies have signed a cooperation agreement to this end. The large-scale systems set to be built will have an output of at least one megawatt. A power station of this size can provide energy for some 250 four-person households each year.   "Together, Bosch and Allianz have the international networks required to push photovoltaics ahead around the world", said Peter Schneidewind, Executive Vice President Sales at Bosch Solar Energy AG. "In the long term, we want to make photovoltaics a competitive technology in the energy mix and contribute to protecting the climate, even without subsidies", said Armin Sandhövel, CEO of Allianz Climate Solutions.


Partners bring an international network to the table

Allianz Climate Solutions advises investors on photovoltaic projects worldwide. Allianz SE, its parent company, expects to invest some 500 million euros in this sector by 2012. As a full provider of photovoltaic technologies, Bosch Solar Energy contributes its expertise in the production of high-end solar cells and modules to the partnership. Moreover, the Bosch subsidiary will assume responsibility for the technical side of operations, from planning to turnkey construction of the large-scale systems. Experts at Allianz Climate Solutions have extensive experience in financing and risk assessment for such projects. With the Allianz Zentrum für Technik, both partners have access to a global network of engineers as well as testing facilities and certification bodies. As a result, malfunctions or damage to the systems can be identified quickly and solutions initiated. Moreover, the data and experience gathered around the world contribute to the further development of photovoltaics.


New business segment already very successful
Bosch Solar Energy AG's PV Projects business segment kicked off its activities this year, and is already involved in the construction of four solar power systems. One of them is the 955 kWp system on the roof of the Bosch car park adjacent to Stuttgart's airport and trade fair center. Other solar power stations are currently being installed in Erfurt, Fraureuth, and Ronneburg, Germany.

2009-11-19   Courtesy: Bosch Solar Energy AG   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Bosch Solar Energy AG

 

German PV producer SOLON SE presents figures for third quarter of 2009: EBIT declines to a loss of €87.0 million

SOLON Headquarters in Berlin
SOLON Headquarters in Berlin

Berlin, November 19, 2009. SOLON SE, Berlin, Germany on November 19th, 2009 published its interim report as of September 30, 2009. The first nine months of the year were characterized by significantly lower demand for solar technology year on year and a sharp drop in sales prices, which persisted into the third quarter, SOLON emphasizes in a press release. Toward the end of the third quarter, the solar technology market began to revive thanks to improved returns on investment for customers. Demand for solar installations is picking up among German customers in particular. As a result, SOLON again increased Group sales in comparison with the first two quarters of 2009.   In addition, SOLON SE acquired major new contracts in its system technology business, the company announces. Due to the required lead time, however, these transactions will not have much effect on sales or earnings prior to 2010. This means that this segment’s contribution to overall Group performance will continue to lag behind expectations for the time being.


Decline in sales and performance

The market situation described above is reflected in the financial figures presented by SOLON SE: Group sales fell by 66% year on year to €218.4 million (first nine months of 2008: €637.0 million). Total operating performance declined by 68% in the first nine months of the year to €215.7 million (first nine months of 2008: €667.3 million). The share of Group sales generated in the Components segment during the period under review amounted to 65%, while the System Technology segment contributed 35%. Approximately 50% of Group sales were achieved in Germany in the first nine months of 2009. Between January and September 2009, SOLON manufactured photovoltaic installations with an aggregated output of 75 MWp, 36 MWp thereof in the third quarter.
Earnings before interest, tax, depreciation and amortization (EBITDA) dropped to a loss of €72.2 million (first nine months of 2008: income of €58.5 million). Earnings before interest and tax (EBIT) fell to a loss of €87.7 million (first nine months of 2008: income of €49.4 million). Both of these figures include non-recurring impairment losses of €36 million recognized on inventories due to the sharp decline in sales prices since the start of the year.
Net income after minority interests amounted to a net loss of €146.7 million (first nine months of 2008: net income of €27.3 million). Before taking into account the non-recurring impairment losses on investments, most of which were recognized in the second quarter, the adjusted net income after minority interests amounted to a net loss of €80.4 million. Adjusted earnings per share amounted to a loss of €6.42 (first nine months of 2008: earnings of €2.18).


Operating business remained behind expectations

While the operating business remained behind expectations, improvements were seen in the balance sheet and in cash flows. Working capital was again reduced thanks to the reduction of receivables from business in Spain and Italy as well as a decline in inventory levels. In the first nine months of 2008, the Company generated a positive operating cash inflow of €30.1 million (first nine months of 2008: net cash outflow of €31.7 million).
Net debt was reduced slightly to €384.2 million as of the reporting date. SOLON SE is currently negotiating with banks on restructuring medium-term Group financing. The negotiations are well advanced and are expected to be completed by the end of this year.
The restructuring program initiated in the second quarter, which includes strategic measures along with projects to improve the Company’s cost structure, is already showing initial successes, as can be seen in the improved liquidity situation, for instance.


Global demand for solar technology expected pick up considerably in 2010

Based on the current business trend, the Management Board expects sales for the current fourth quarter to continue rising steadily, as was the case in the preceding quarters of 2009. However, SOLON will close fiscal 2009 with a substantial operating loss. In 2010, global demand for solar technology should pick up considerably, while sales prices should soften slower than in 2009. The SOLON Group’s goal for 2010 is to return to double-digit sales growth and a break-even operating result.
The complete interim report of SOLON SE for the nine months ended September 30, 2009 is available for download from the Company’s website.

2009-11-19   Courtesy: SOLON SE   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SOLON SE

 

PV producer Suntech reports third quarter 2009 financial results; shipments grow more than 60 % sequentially

Suntech's Chairman and CEO Dr. Zhengrong Shi
Suntech's Chairman and CEO
Dr. Zhengrong Shi

Suntech Power Holdings Co., Ltd. (Wuxi, China), the world's largest crystalline silicon photovoltaic (PV) module manufacturer, on November 19th, 2009 announced financial results for its third fiscal quarter ended September 30, 2009. Total net revenues due to the company increased 47.4 % sequentially to 3.1 million in the third quarter of 2009, Suntech reports in a press release. Gross profit margin for the core wafer to module business was 20.0 % in the third quarter of 2009, compared with 19.1 % in the second quarter of 2009.   Consolidated gross profit margin was 17.8 % in the third quarter of 2009, compared with 18.6 % in the second quarter 2009. Net income attributable to holders of ordinary shares was .8 million or ${CONTENT}.16 per diluted American Depository Share (ADS). Each ADS represents one ordinary share.
"We are very pleased to announce strong revenue growth and a healthy bottom line for the third quarter of 2009", said Dr. Zhengrong Shi, Suntech's Chairman and CEO. "The significant pick up in demand was largely due to a seasonal rush before end-of-year policy adjustments and improving customer returns on investments in solar projects. It was also due to customer recognition of Suntech's attractive value proposition of exceptional product performance at a reasonable price."


100 % sequential shipment growth in the U.S. market

"Complementing strong growth in the German market, we are particularly pleased to see 100 % sequential shipment growth in the U.S. market and the rapid development of a number of non-traditional PV markets such as the Czech Republic, Benelux, China. This demonstrates the ongoing diversification of the solar industry and Suntech's ability to enter emerging markets. During the third quarter we continued to develop Suntech's industry-leading sales and service infrastructure and to differentiate our products through innovation. In Europe, we strengthened our local team with the addition of four new senior executives; in the U.S. we launched our North American Partner Program; and in China we continued to build one of the nation's most capable system installation and project development teams", Dr. Shi added.


Pluto technology set another world record conversion efficiency of 16.53 % for a commercial grade multi-crystalline silicon module

"On the technology front, our proprietary Pluto technology set another world record conversion efficiency of 16.53 % for a commercial grade multi-crystalline silicon module. This record beat all previous records for multi-crystalline silicon modules made in the lab or on commercial production lines and reinforces our dedication to providing the most advanced and cost-effective solar solutions. In addition, we introduced Reliathon(TM), an industry-first integrated utility-scale solar platform combining product and business-term innovations to lower costs and accelerate the path to grid parity", Dr. Shi said.


Expansion plans to reach 1.4 GW of PV cell and module production capacity by the middle of 2010

"Looking forward, we expect the sales momentum to carry into the new year and see potential for at least 75 % shipment growth in 2010. To support the increased volume we have decided to move forward with expansion plans and target to reach 1.4 GW of PV cell and module production capacity by the middle of 2010. With our commitment to delivering premium quality products at a reasonable price, expanding our global service platform and delivering
world-class innovation, we believe we are extremely well positioned to continue to build market share and serve a growing base of solar customers", concluded Dr. Shi.

2009-11-19   Courtesy: Suntech Power Holdings Co., Ltd.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Suntech Power Holdings Co., Ltd.

 

Aqua Pennsylvania breaks ground on 1.1 MW solar PV farm at water treatment plant

Start of construction of a megawatt solar farm at Aqua's Ingram's Mill Water Treatment Plant
Start of construction of a megawatt
solar farm at Aqua's Ingram's Mill
Water Treatment Plant

Aqua Pennsylvania, Inc. (Bryn Mawr) on November 12th, 2009 celebrated the start of construction of a 1.1 megawatt (MW) photovoltaic (PV) solar farm at Aqua's Ingram's Mill Water Treatment Plant in East Bradford Township, which serves drinking water to the West Chester, Pennsylvania area. According to the press release, the 6 million US-dollar project will be constructed by the Conergy Group, and it is expected to reduce Aqua's electricity usage by 1.3 million kilowatt hours (kWh) annually.   Aqua reports that this will result in a direct economic benefit of 77,000 US-dollars per year in energy savings. Once completed, the 4.5-acre PV farm will be among the second largest solar installations on the U.S. East Coast. It is expected to reduce CO2 emissions by 1.4 million pounds each year.




Scientists to assess and identify suitable native plant species to populate areas beneath and around solar farm

According to the press release, the PV solar project will also include a research project, dubbed "Identifying and Assessing Native Ground Cover Species to Populate Areas Beneath and Around Large Scale Solar Photovoltaic Arrays." Restoration ecologists and wildlife and plant biologists from Delaware and Chester County universities are to study or conduct research to assess the most advantageous native plant species to populate areas beneath and around ground-mounted solar photovoltaic arrays. The research is scheduled to commence when the solar arrays are complete and ground restoration is completed.

Solar PV project to generate revenue, increase U.S. state's energy diversity

"We are very proud to employ cutting edge green energy technology to support our ability to provide one of the world's most valuable resources; drinking water", said Aqua Chairman Nicholas DeBenedictis. "This project will return great economic and environmental dividends to Pennsylvania and increases the state's energy diversity." DeBenedictis and Aqua President Karl Kyriss were joined by state and local officials and environmental regulators as they broke ground on the solar PV farm.

2009-11-19   Courtesy: Aqua Pennsylvania, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Aqua Pennsylvania, Inc.

 

Photovoltaics: Mounting Systems presents laminate clamps with an optimized design

Laminate clamp with optimized design
Laminate clamp with optimized design

Mounting Systems GmbH (Rangsdorf, Germany), one of the largest mounting systems manufacturers for solar photovoltaic (PV) applications, presents its new laminate clamp for thin-film solar modules. The module manufacturers Sulfurcell and First Solar have already tested the laminate clamps and approved them for their modules, Mounting Systems reports in a press release. Further certifications are to follow. The two-part laminate clamp is made of aluminum and has an integrated UV-resistant EPDM rubber lining.   An M8 cylinder head screw with a hexagonal socket (DIN 912) is all that is required to connect it. An additional spacer is not necessary. Mounting Systems has therefore remained true to its long-standing concept of manufacturing systems in such a way that they can be installed with just one tool.


Reduced cost of materials to optimize cost effectiveness

Mounting Systems manufactures its laminate clamps as middle and end clamps in a standard size of eight centimeters. According to requirements, the clamp can also be produced in other sizes as well as in a black anodized design, at the customer’s request. Due to fitting that is accurate down to the millimeter, the laminate clamp prevents shading on the glass and ensures a gentle hold of the thin-film laminate. "Our production process for the laminate clamps now runs completely automatically. We have also reduced the cost of materials and, therefore, optimized the cost effectiveness even further. These are benefits that we pass on directly to the customer", says Helge Tost, Head of Sales at Mounting Systems GmbH.

2009-11-19   Courtesy: Mounting Systems GmbH   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Mounting Systems GmbH

 

EREC welcomes political agreement on the energy performance of building's directive

TU Darmstadt's plus energy house, winner of the solar decathlon 2007
TU Darmstadt's plus energy house,
winner of the solar decathlon 2007

The European Parliament, the Council of the European Union and the European Commission have found a political agreement on November 16th, 2009 on the recast of the Energy Performance of Building's Directive (EPBD). "The recast of the EPBD is a good step in the right direction, sending the right signal before COP15, especially regarding the binding requirement to have by 2020 all new constructions nearly zero energy buildings, so taking into account both demand and supply side", states Arthouros Zervos, President of the European Renewable Energy Council (EREC). 


A European definition for nearly zero energy buildings

The recast introduces for the first time a European-wide definition of nearly zero energy buildings. Up to now only a handful of Member States had different definitions for low energy/plus energy or zero carbon buildings. This definition requires a decreased energy use in buildings but also entails a renewable energy requirement: "The nearly zero or very low amount of energy required should to a very significant extent be covered by energy from renewable source, including renewable energy produced on-site or nearby". Phasing in of renewable energy in buildings means decreasing our import dependency as about 40 % of the EU’s energy is consumed in buildings", Zervos emphasizes.



All new buildings to become nearly zero energy by 2020

All new buildings have to be nearly zero by December 31st, 2020 with public buildings having to fulfill this standard already by December 31st, 2018. "EREC welcomes this binding requirement of introducing renewable energy in buildings at EU level by 2020: This provision reinforces the Renewable Energy Directive's provisions requiring minimum levels of use of renewable energy sources in buildings", says EREC President Arthouros Zervos. Without an obligation in buildings, it will be difficult to achieve the 2020 renewable energy target, he accentuates. "It is therefore important that Member States take a proactive stance and anticipate the introduction of the measure. Increased energy efficiency will furthermore help each and every Member State - and the European Union as a whole - to reach the binding 2020 renewable energy targets."


Further steps to be taken

The recast of the EPBD due to EREC is a first step in the right direction. However, it entails no specific targets regarding refurbished buildings which represent 99 % of the buildings stock and the first cause of CO2 emissions before new buildings, The European Renewable Energy Council Energy Efficiency critisizes. The Action Plan should propose appropriate measures to foster the integration of renewables in such buildings in combination with energy efficiency measures.

Regarding financing of implementation of the Energy Performance of Buildings’ Directive, the recast foresees that Member States must come out with a 'list' of measures and instruments, 'including those of a financial matter', and the European Commission will publish an 'analysis' by 2011 regarding additional money granted under the future financial perspectives to the building sector. According to EREC, the upcoming financial perspectives which will be adopted in 2013 should reflect this urgent priority and enable better financing of renewable energy integration in buildings.

2009-11-18   Courtesy: EREC   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: TU Darmstadt

 

Solar Millennium sells stakes of Ibersol project company

Andasol 1, the first parabolic trough power plant in Europe generating electricity since December 2008
Andasol 1, the first parabolic trough
power plant in Europe generating
electricity since December 2008

Solar Millennium AG, Erlangen, Germany sold Ibersol Electricidad Solar Ibérica S.L., the project company for the Ibersol parabolic trough power plant, to MAN Ferrostaal AG, Essen, and Ibersol Kraftwerks GmbH, Erlangen. Each company acquired 50 percent, Solar Millennium reports in a press release. The sales were subject to board approvals and certain conditions, which were met not until the evening of November 17th, 2009. Ibersol Kraftwerks GmbH is equally owned by Solar Millennium and the holding company Cross Capital AG, Zug (Switzerland). 


Full feed-in tariff guaranteed, provided that the plant is completed within 48 months; start of construction scheduled for 2010


The project, which was granted pre-registration on 11 November, will now be expedited with the help of the partners. The acquisition price was not disclosed. Pre-registration is a requirement for the statutorily guaranteed feed-in tariff to be granted. Entry into the register assures receipt of the full feed-in tariff, provided that the power plant is completed within the next 48 months.
Ibersol is the fourth 50 MW parabolic trough power plant developed by Solar Millennium in the South of Spain. It will be built in the Spanish province Extremadura and will cover approximately 2 square kilometers. Thermal storage allows for electricity production on demand, even after sunset. In the region of Andalusia, two identical power plants, Andasol 1 and 2, are already operating. Andasol 3, which has also been granted pre-registration, is under construction and is financed with the help of Stadtwerke München, RWE Innogy, RheinEnergie and MAN Ferrostaal. The increased investment certainty as a result of the official pre-registration allows for additional investors to get involved in the project in-line with the example set by Andasol 3. Construction is scheduled to start at the beginning of 2010.


An important milestone and continued evidence of Solar Millennium's growth strategy

Thomas Mayer, CFO of Solar Millennium, comments: "As we have succeeded in involving investors in the Ibersol project as planned, we have reached another important milestone in our annual plan for the 2008/2009 fiscal year. As such, we were able to continue on our growth path over the last few months". Preliminary results for the fiscal year 2008/2009 will be published as announced in the financial calendar.

2009-11-18   Courtesy: Solar Millennium AG   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Solar Millennium AG

 

USA: Senator Stabenow announces "Solar Manufacturing Jobs Creation Act"

Senator Stabenow announces tax incentives
Senator Stabenow
announces tax
incentives

U.S. Senator Debbie Stabenow (D-MI) and U.S. Congressman Dave Camp (R-MI) on November 10th, 2009 announced a bi-partisan legislation to provide tax credits in support of solar manufacturing in the United States, dubbed "Solar Manufacturing Jobs Creation Act." These tax incentives are expected to encourage more U.S. companies to produce solar equipment, thereby creating jobs and investing in the clean energy economy.   According to the press release, Senator Stabenow joined fellow Senators Robert Menendez (D-NJ) and Michael Bennet (D-CO) to introduce the legislation in the Senate. "Michigan companies continue to lead the way in solar manufacturing, creating good-paying jobs and laying the foundation for 21st century manufacturing", said Stabenow. "This bill will provide additional tax credits for solar equipment manufacturers that will help us win the global race against China and other countries to produce solar technology in the clean energy economy."



Solar manufacturing equipment investments to become eligible for tax credits

U.S. Congressman Camp is expected to introduce companion legislation in the U.S. House of Representatives later this month. "Michigan is fast becoming a leader in solar manufacturing, and this will further help this industry grow and create much needed jobs", Camp said. "This solar credit will not only help create jobs but help reduce our reliance on fossil fuels." The United States is reportedly losing the global race for solar technology as other countries provide incentives to invest in solar manufacturing. According to estimates by the Solar Energy Industry Association (SEIA; Washington, D.C.), the tax credits in this legislation would create 315,000 new jobs in the United States. Under the Solar Manufacturing Jobs Creation Act, equipment and facilities used to manufacture solar power technology would be added to the eligible property list for the current Solar Investment Tax Credit (SITC). According to the draft proposal, these technologies include solar cells, silicon, evacuated tubes, and flat-plate solar collectors.

2009-11-18   Courtesy: stabenow.senate.gov   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: stabenow.senate.gov

 

Greenvision ambiente and Marseglia Group to build 13 MW PV plant in Italy

PV system by Greenvision ambiente
PV system by Greenvision
ambiente

Greenvision ambiente (San Polo D'Enza; Italy) and the Marseglia Group (Monopoli, Italy) on November 10th, 2009 announced that the companies had signed a letter of intent (LOI) for the construction of a 13 megawatt (MW) photovoltaic (PV) park in Calabria through their respective subsidiaries Greenvision ambiente Photo-Solar and KM Energy.   According to the press release, the plant was designed and developed by the Greenvision ambiente subsidiary for an area of 34 hectares in the province of Cosenza, and it is scheduled to go online before the end of 2010. It is expected to generate sufficient energy to meet the needs of about 6,500 homes, avoiding the emission of 8,000 tons of carbon dioxide (CO2) annually.


Company to expand PV, biogas and fuel-from-waste business

According to the press release, the Marseglia Group is one of Italy's leading producers of energy from renewable sources, with an installed power capacity exceeding 150 MW, of which about 20 MW derive from PV parks. Following its recent divestitures, the Greenvision ambiente Group reports that it has redefined its areas of activity, concentrating its efforts on PV and biogas, and especially on waste to energy. The company reports that through its subsidiary, Ladurner of Bolzano, it boasts a leadership position in the Italian market sectors biogas and the production of fuel from waste. According to the press release, the company will continue its development principally via its organic activities. Greenvision ambiente rules out further extraordinary operations as regards to company structure and/or mergers with other companies operating in the sector.

2009-11-18   Courtesy: Greenvision ambiente   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Greenvision ambiente

 

Photovoltaics: MiaSolé’s CIGS modules receive UL and IEC Certifications

String of MiaSolé panels located in Germany
String of MiaSolé panels located in Germany

MiaSolé (Santa Clara, California), a manufacturer of thin film photovoltaic (PV) modules, in November 2009 announced that its 100 and 107 watt CIGS (copper-indium-gallium-(di)selenide) thin film solar modules received UL and IEC certifications. According to the press release, these modules passed the tests for the UL 1703, IEC 61646 and 61730 standards on October 30th, 2009.   MiaSolé reports that its PV panels were the first CIGS thin film modules to be certified by UL to the three most critical certification standards and that all three UL certifications were accomplished simultaneously. "We are delighted to have this third-party validation of the safety and reliability of our products from such a well respected certification body such as UL", said Joseph Laia, MiaSolé's Chief Executive Officer (CEO). The successful UL certification is believed to represent the culmination of the company's in house testing capability and the last two years of committed and focused work. Laia recognized the effort of the company's reliability and testing team: "They have extensively tested our modules well beyond the current industry standards. Anything that we can envision having an impact on safety, quality or reliability has been thoroughly tested."

2009-11-18   Courtesy: MiaSolé   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: MiaSolé

 

Photovoltaic market research company iSuppli enters into partnership with SolarPV.TV

SolarPV.TV
SolarPV.TV

iSuppli Corporation (El Segundo, California), a leading provider of photovoltaic (PV) market intelligence, on November 12th, 2009 announced that the company has entered into an agreement with SolarPV.TV to provide monthly market updates on the solar business. According to the press release, SolarPV.TV is a dynamic information channel for the PV industry, offering news and value-added content on technologies, companies and organizations, governmental policies and related industry events.   SolarPV.TV also delivers weekly video news feeds and regular, in-depth video interviews with key players in the fast-paced PV market.



Market research studies, forecasts and key findings to be published online

The centerpiece of the partnership is to be a monthly iSuppli video webinar on the PV industry hosted by SolarPV.TV. Four of iSuppli's top experts are to host each webinar. SolarPV.TV is also expected to present information from iSuppli's monthly solar research bulletin. In addition, iSuppli pledges to provide SolarPV.TV with the latest updates on the solar market from its flagship weekly newsletter, dubbed "iSuppli Market Watch". "iSuppli is a PV researcher of the highest caliber, with multiple analysts supporting the SolarPV.TV effort, including Dr. Henning Wicht, Senior Director and Principal Analyst covering the solar industry", commented Tomasz Slusarz, Managing Director of SolarPV.TV. "SolarPV.TV is delighted that iSuppli has joined us in our effort to provide the latest, most-relevant news and views on the global PV industry. With iSuppli's support, we believe that SolarPV.TV will become the world's preeminent information source for solar technology and business developments."


Monthly market research update to be made available to a broad audience

John Ward, Vice President, marketing, for iSuppli, said: "Our partnership with SolarPV.TV is in keeping with iSuppli's commitment to utilize the most innovative means of communications to reach the widest possible audience." To see the first of the iSuppli monthly PV market updates for SolarPV.TV, please visit:

Solarpv.tv

The original press release by iSuppli can be retrieved online under www.isuppli.com/news.aspx.

2009-11-18   Courtesy: iSuppli Corp.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SolarPV.TV

 

Enfinity and Titan Energy Systems to develop 1 GWp of PV Installations in India

Enfinity N.V. (Waregem, The Netherlands) a global renewable energy developer, and Titan Energy Systems, a manufacturer of PV modules, on November 9th, 2009 announced their collaboration on developing, financing and constructing 1 GWp of PV installations on 3000 acres of land in Andhra Pradesh in the coming 5 years. Andhra Pradesh Industrial Infrastructure Corporation Ltd. (APIIC - a Government of Andhra Pradesh undertaking) will allocate, in long lease, 3000 acres of land in the villages of Thumalla, Dademavaripalli, Pulikuntapalli, Karimireddypalli and Lokogipalli, and at the industrial park of Amadugur near Kadiri, all in Anantapur District in the state Andhra Pradesh. 


Collaboration in the high potential PV market in India

Enfinity will develop and finance this project while Titan Energy Systems will act as a contractor and supplier of the PV Modules, the companies announce in a press release. Enfinity and Titan will for this purpose establish a SPV (Special Purpose Vehicle). "This collaboration is of major strategic importance in the further development of our activities in the high potential PV market in India", said Gino Van Neer, Founder of Enfinity and CEO of Enfinity Asia.
"Receiving the allotment letter for 1 GWp solar power plant from APIIC is a testimony of Titan's ability and competency in establishing large utility scale solar power plants. Our SPV with Enfinity would be the right vehicle in implementing such large projects", commented Sankar Rao, Managing Director of Titan Energy Systems.


National Solar Mission shows huge PV potential

Further to India’s National Action Plan of Climate Change dated June 30, 2008 a National Solar Plan is expected to come into force in November 2009. By the plan India is preparing to elbow its way toward the head of the solar class. The government has set a solar goal of 20 GW by 2020, 100 GW by 2030 and 200 GW by 2050.
The country’s rapidly rising primary energy and electricity needs, the persistent energy deficit situation, the country’s overdependence on coal for electricity generation and the exceptional irradiation with most parts of the country enjoying 300 sunny days a year, make PV particularly attractive to the country’s energy strategy.

2009-11-17   Courtesy: Enfinity N.V.   Solarserver.de   © Heindl Server GmbH

 

Bosch Solar Energy to bundle solar cell capacities at Arnstadt

Bosch Solar Energy's site at Arnstadt to be expanded
Bosch Solar Energy's site
at Arnstadt to be expanded

As of early 2010 Bosch Solar Energy AG (Erfurt, Germany) will be integrating its solar cell production located in Erfurt into the new photovoltaic (PV) production facilities near Arnstadt. All of the roughly 280 jobs are to be retained, Bosch Solar emphasizes in a press release. Upon conclusion of the expansion at Arnstadt, into which Bosch is investing a total of € 530 million, all functions including development and administration will be consolidated at one site.   "This gives us the opportunity to integrate operations and concentrate all crystalline activities in one location", says Holger von Hebel, CEO of Bosch Solar Energy AG.



Experienced workforce facilitates start of new production; distinct cost advantages and shorter distances


The relocation is part of the proposed expansion and optimization of the production capacities of Bosch Solar Energy. The experienced workforce from the Erfurt plant will enable a faster start-up of the new solar cell production at Arnstadt. In addition, the consolidation will result in shorter distances and distinct cost advantages in future. The relocation from Erfurt is expected to be completed by the end of 2012.

2009-11-17   Courtesy: Bosch Solar Energy AG   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Bosch Solar Energy AG

 

Aerojet, Solar Power Inc. and SMUD dedicate 3.6 MW solar PV system, announce additional 2.4 MW at Aerojet site

A broad shot of the 20+ acre installation
A broad shot of the 20+ acre installation

Aerojet, a GenCorp (Rancho Cordova, California) company and Solar Power, Inc. (SPI; Roseville, California), on November 10th, 2009 jointly announced that the companies had entered into an agreement to add an additional 2.4 megawatts (MW) to the single-axis tracker photovoltaic (PV) solar energy system currently installed at Aerojet's Sacramento, California site. According to the press release, the construction of the 3.6 megawatt solar system at Aerojet's facility was initiated in June of 2009. By expanding the system to 6 MW, the installation is to be the largest single-site industrial location in California and one of the largest in the country, SPI reports. The site is located within the Sacramento Municipal Utility District (SMUD). 



Ground-mounted PV power plant with solar tracking system

According to the press release, the solar array at Aerojet is a ground-mounted PV power plant that utilizes a single-axis tracking system that follows the sun's course throughout the day to maximize electricity production. The additional array is to use 11,712 PV modules by SPI with a 205 watt capacity each. The modules are to be mounted atop eight tracking arrays. When completed, the entire 6 MW system will cover more than 40 acres of the Aerojet site, utilizing 22 tracking arrays and 29,344 PV modules, SPI reports. "Prior to this addition, the Aerojet project was already one of the largest system installations in the U.S. this year, and the foundational portion of our growing portfolio and pipeline of multi-megawatt projects", said SPI's Chairman and Chief Executive Officer (CEO), Steve Kircher. "With a 40 % increase in the size of the system, the Aerojet site is now host to the largest single-site industrial installation in California."


PV power plant to help California meet renewable energy targets

The announcement of an additional 2.4 MW was made during the dedication event and press conference hosted by Aerojet, SPI and SMUD at the same location where California Governor Arnold Schwarzenegger had signed an executive order calling for 33 % of energy consumed in California to come from renewable resources by the year 2020. Heralding the expansion of the solar array, Governor Schwarzenegger said: "The addition of this large-scale solar project is further evidence that reliable, renewable and pollution-free technology is here to stay. And this project is great news for California because it will help us meet our ambitious renewable energy and environmental goals, lead to more homes and businesses powered by sunshine and create new jobs in the clean-tech industry." The installation of the 2.4 MW system addition is expected to be completed in April 2010. SMUD is scheduled to interconnect the system to the power grid at that time. During its first year of use, the Aerojet system is to offset 6,003 tons of carbon dioxide (CO2), 23.8 tons of sulfur dioxide and approximately 9.3 tons of nitrogen oxide, SPI reports.

2009-11-17   Courtesy: Solar Power, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Solar Power, Inc.

 

First Solar and Ordos take key step forward in 2 GW China PV Project

First Solar, Inc. (Tempe, Arizona) on November 17th, 2009 announced a Cooperation Framework Agreement with the Chinese government that takes another critical step towards the realization of the world’s largest solar photovoltaic (PV) power plant in the autonomous region of Inner Mongolia, China. First Solar President Bruce Sohn and Mayor Yun Guangzhong of the Ordos City Government signed the Cooperation Framework Agreement in the presence of Chinese Vice Premier Li Keqiang, Vice Minister Liu Qi of the National Energy Administration, and U.S. Secretary of Energy Steven Chu. The Agreement between First Solar and Ordos spells out additional project details and local support that advance the development of the 2 gigawatt (GW) solar power plant and confirm the June 1, 2010 expected construction start date for the 30 megawatt (MW) Phase 1.  First Solar and Ordos also agreed to establish two committees to ensure the successful execution of the project and to develop a new energy industry in Ordos, First Solar Reports in a press release.



Commitment to make an immediate contribution to the development of a healthy solar industry in China and to the reduction of greenhouse

"This Cooperation Framework Agreement and its recognition by the National Energy Administration mark a critical step forward in the approval process for the Ordos project, one of the world’s most ambitious renewable energy projects", said First Solar Chief Executive Officer Rob Gillette. "It reinforces the commitment of First Solar, the Chinese government, and the Ordos local government to make an immediate contribution to the development of a healthy solar industry in China and to the reduction of greenhouse gas emissions."

The signing ceremony took place as part of the U.S.-China Summit where U.S. President Barack Obama and Chinese President Hu Jintao met to discuss upcoming global climate change negotiations and clean energy, among other topics. "President Obama’s trip to Beijing is a significant step forward in further solidifying bilateral relations with China. First Solar is enthusiastic in contributing to the commercial relations of our two countries through this Cooperative Framework Agreement", said Mr. Gillette.

"Solar energy will play a significant role in achieving China’s low carbon future", said Yun Guangzhong, Mayor of Ordos City. "We are very pleased to be partnering with one of the solar industry’s global leaders in a project of such significance."


2 GW to be installed in four phases by 2010

The 2 GW First Solar project is to be built in multiple phases, beginning with the 30MW Phase 1. Phases 2, 3 and 4 are to be 100 MW, 870 MW, and 1,000 MW, respectively. Phases 2 and 3 are to be completed by 2014 and Phase 4 is to be completed by 2019. The project is part of a planned 11.95 GW New Energy Industry Demonstration Zone in Ordos City, Inner Mongolia. The New Energy Industry Demonstration Zone is expected to combine solar, wind, hydroelectric and biomass power sources to provide a steady supply of renewable energy to the region that includes the Chinese capital.


A model of renewable power generation for the world

On November 16th, Mr. Sohn participated in a Clean Energy Roundtable with National Energy Administration Vice Minister Liu Qi, Energy Secretary Chu, Commerce Secretary Locke, U.S. Trade Representative Kirk and a small group of senior U.S. and Chinese business executives. During the high-level Roundtable, in which First Solar was asked to address the significance of renewable energy, Mr. Sohn told participants that China’s vision and leadership in supporting solar energy and the Ordos project will "serve as a model of renewable power generation for the world. Projects such as Ordos will enable significant cost reductions through scale, and make solar a truly sustainable energy source in the near future. First Solar is committed to helping build a sustainable solar industry and low carbon economy in China by bringing advanced solar PV technology, global experience, and a focus on cost reduction and environmental sustainability."

The Cooperation Framework Agreement sets forth the agreement in principle of the parties concerning the project and related activities. Final agreement between the parties is subject to the negotiation and execution of definitive agreements among the parties.

2009-11-17   Courtesy: First Solar   Solarserver.de   © Heindl Server GmbH

 

TÜV Rheinland PTL launches new solar thermal services in the U.S.

TÜV Rheinland PTL's Test facility
TÜV Rheinland PTL's Test facility

TÜV Rheinland PTL, LLC (Tempe, Arizona), one of North America's largest solar and photovoltaic (PV) testing centers, recently unveiled its Solar Thermal and Combined Heating Power (CHP) Systems services at the Greenbuild International Conference and Expo in Phoenix, Arizona. According to the company's press release, the Solar Thermal Service includes inspection and quality assurance for the manufacture, fabrication, installation and in-service examination of solar thermal collectors and associated subsystems.   TÜV Rheinland PTL reports that it can test and certify systems slated to be sold in the European Union or North American markets. Testing services are to assure that solar thermal, photovoltaic (PV), compound parabolic concentrator (CPC), sterling engines and CSP systems comply with electrical, mechanical and environmental requirements. To help companies achieve available incentives and subsidies, TÜV Rheinland PTL reports that it also provides third-party verification of long-band, short-term performance data.


A broad variety of testing services to verify compliance with domestic and international standards

"Modern solar thermal technology has very high conversion efficiency and can displace electricity usage effectively", said Matthias Heinze, Director of Technology at TÜV Rheinland. "Testing within the state of Arizona, which has more than 300 days of sunshine per year, enables us to test on an accelerated schedule. TÜVRheinland guarantees competent, unbiased and independent verification of data important to consumers, investors and commercial users." For companies wanting to export their products to the European Union, the company offers certification services in accordance with a voluntary certification scheme that shows the product complies with European Standards, dubbed "Solar Keymark". The Solar Keymark is supported by the European Solar Thermal Industry Federation (ESTIF; Brussels, Belgium) and is a valid CEN (European Committee for Standardization; Brussels, Belgium) certification mark. As a European Notified Body, TÜV Rheinland PTL reports it can also test to the applicable IEC, EN, ANSI, ISO, UL or ASHRAE standards.

2009-11-17   Courtesy: TÜV Rheinland PTL   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: TÜV Rheinland PTL

 

SunEdison and Procter & Gamble activate 1.1 MW solar PV system at manufacturing plant in California

P&G's roof-mounted solar PV system in Oxnard
P&G's roof-mounted solar PV system
in Oxnard

SunEdison (Beltsville, Maryland), North America's largest solar energy services provider, and Procter & Gamble (P&G) on November 10th, 2009 celebrated the activation of a 1.1 megawatt (MW) photovoltaic (PV) solar system at P&G's paper products manufacturing plant in Oxnard, California. According to the press release, SunEdison financed and built the solar PV system, and the company is to maintain it under a 20-year solar power services agreement (SPSA). The roof-mounted PV solar system is projected to produce more than 1.9 million kilowatt hours (kWh) of clean solar energy during its first year of operation.   Over 20 years, the system is estimated to produce more than 34 million kWh. Under the terms of the agreement, the electricity produced at this plant will be purchased by P&G at long-term, predictably priced rates.



PV power plant part of paper products manufacturer's energy strategy

Vera Ingenhuett, Plant Manager of the P&G Oxnard facility, said: "P&G recently doubled the corporation's 2012 per-unit reduction targets for greenhouse gas emissions, waste generation and water and energy consumption, and solar energy is a major component of our energy strategy. For our Oxnard project, SunEdison's SPSA business model allowed us to move from construction to activation in two-and-a-half months." SunEdison reports that the inaugural event was attended by Mayor Tom Holden of Oxnard, Senator Fran Pavley of the 23rd District, other regional and state government officials and executives from Procter & Gamble and SunEdison. Carlos Domenech, President of SunEdison, commented: "We are delighted and honored to enable P&G to achieve its environmental and energy goals. This is the type of leadership needed to inspire others to take an active role protecting the environment, managing energy, and creating jobs in their communities."

2009-11-17   Courtesy: SunEdison   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SunEdison

 

New York Solar Energy Society calls for feed-in tariffs

Solar industry expert Paul Gipe
Solar industry expert Paul Gipe

The New York Solar Energy Society (NYSES) has sent out an action alert calling on its members to support Senate Bill S2715A, the New York Renewable Energy Sources Act. According to solar industry expert Paul Gipe, NYSES' alert includes 14 talking points that explain why New York state needs renewable energy now and how feed-in tariffs (FITs) will make it happen. The New York State Solar Energy Industry Association (NYSEIA) had previously called for action on feed-in tariffs in support of this bill, and both Florida's SEIA and California's SEIA have called for various versions of FITs in their respective states  Gipe notes that neither the American Solar Energy Society (ASES) nor the national Solar Energy Industries Association (SEIA) has explicitly called for feed-in tariffs. Recently, however, the Solar Alliance, a trade association of solar photovoltaic (PV) manufacturers and developers, posted its policy in support of FITs, Gipe reports. NYSES' campaign for FITs in the Empire State is being led by Wyldon Fishman, the founder and current president of NYSES.

2009-11-17   Courtesy: Paul Gipe; www.wind-works.org   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Paul Gipe

 

Suntech selects Arizona for first U.S. PV manufacturing plant

From the U.S. China Green Tech Summit on Nov. 15th, 2009 Suntech Power Holdings Co., Ltd. (Wuxi, China), announced that its first U.S. manufacturing plant for the growing North American photovoltaic (PV) market would be located in the Greater Phoenix, Arizona area. The plant due to Suntech will have an initial production capacity of 30 megawatts (MW) and is expected to begin production in the third quarter of 2010. The announcement makes Suntech the first Chinese cleantech leader to bring manufacturing jobs to America.   Suntech selected the Greater Phoenix area for its plant because of Arizona's leadership in research through Arizona State University, and statewide renewable energy policies, particularly its Renewable Energy Standard and distributed generation set-aside, as well as a supportive local business climate represented by the Greater Phoenix Economic Council. The Suntech U.S. plant will employ over 75 full-time employees at launch and may double its staff within the year as the North American market develops.


A vision to grow the solar market in every corner of the world

Initially starting with 30 MW of PV module production capacity, the Suntech plant is configured for growth to respond to the expected expansion of the U.S. solar market in the coming years. The U.S. market had 356 MW of solar PV capacity installed during 2008 (source: Photon Magazine, Nov. 2009), and is expected to grow six-fold to more than 2 GW by 2012 (source: Solarbuzz LLC, Mar. 2009). "Bringing manufacturing jobs to the U.S. is part of Suntech's vision to grow the solar market in every corner of the world", said Suntech's Chairman and CEO Dr. Zhengrong Shi. "We are eagerly watching growing markets and see the potential of bringing manufacturing capabilities to other markets where we see the combination of rapid local market growth and manufacturing cost competitiveness."


Reducing time, costs, and emissions associated with long-distance shipping

Locating the plant close to Suntech's U.S. customers will reduce the time, costs, and emissions associated with long-distance shipping of Suntech panels. The plant, which will be approximately 80,000 to 100,000 square feet, will allow for long-term growth of manufacturing capabilities to meet increasing American demand for solar power.
"Suntech has been a leader to watch for some time, and its decision to bring manufacturing here to the U.S. is a great sign of the increasingly important collaboration between Chinese and American leaders in the renewable energy industry, as well as the potential for growth of green jobs in countries that implement smart, supportive policies," said Dan Kammen, Professor in the Energy and Resources Group and Director of the Renewable and Appropriate Energy Laboratory at the University of California, Berkeley.
Dr. Shi continued: "This is the first step in what I see as a long-term, strategic investment in the North American market. Over the last two years we have grown our U.S. team to over 60 employees. As a result of that effort, we have developed a network of over 200 solar dealers and integrators installing Suntech products and are actively involved with a number of large-scale solar project developers serving the utility market. We also have developed strong partnerships with U.S. companies such as MEMC of Pasadena, Texas, our largest supplier of silicon wafers used in our modules. The leadership shown by the US government in advancing renewable energy will only improve the environment for further investments in the coming years."
Suntech plans to make a final decision on the specific location of the plant in the coming weeks.

2009-11-16   Courtesy: Suntech Power Holdings Co., Ltd.   Solarserver.de   © Heindl Server GmbH

 

PV Trackers announces contracts for 1 MW of solar photovoltaic arrays in California

Tracking systems by PV Trackers
Tracking systems by PV Trackers

PV Trackers (Bend, Oregon), provider of solar photovoltaivc (PV) tracking systems, on November 11th, 2009 announced that the company is to supply more than 1 megawatt (MW) of trackers to Granite Bay Energy (Roseville, California) for three PV power plants in the greater Sacramento area. The companies anticipate that these three projects will be completed by year's end.   "We chose PV Trackers because of their solid tracker mechanics, rigorous focus on quality, and outstanding customer support", said Holli Tamas, President at Granite Bay Energy. "The PVT 6.0DX significantly reduces the cost of producing energy, and we're able to pass the cost reduction onto our customers." According to the press release, PV Trackers are a suitable solution for ground-mounted commercial and utility-scale solar PV projects, and they are believed to be able to reduce the levelized cost of energy production by 30 %. "PV Trackers' dual axis tracker is less expensive, installs in a fraction of the time, reduces balance of system costs, and enables solar arrays to generate more electricity compared to competing technology", said PV Trackers Chief Executive Officer (CEO) Bill Taylor. Granite Bay Energy is a provider of clean and reliable solar and renewable energy solutions to homeowners, small businesses, and large-scale commercial or agricultural operations throughout the Western United States.

2009-11-16   Courtesy: PV Trackers   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: PV Trackers

 

SOLON cooperates with Bayer in marketing customized solutions for energy-optimized buildings

PV panel Black 160/05 by SOLON
PV panel Black 160/05 by SOLON

Berlin-based SOLON SE, one of the leading European manufacturers of solar modules and solar system technology, is participating in the partner program recently launched by Bayer for the international marketing of innovative, economical, and ecological construction solutions. Under the EcoCommercial Building Program, Bayer acts as an intermediary for innovative partners and their high-tech products developed in collaboration with Bayer. Customized solutions for the construction of energy-optimized commercial and public buildings aim to improve the sustainability of buildings in the future and reduce their energy consumption.   The partner network in the program includes producers of construction materials, architects, energy engineers and providers of engineering services. The EcoCommercial Building Program is part of a large-scale sustainability initiative by Bayer that encompasses flagship projects in the fields of health, food security, and climate change.


Integrated photovoltaic solutions (BIPV) for buildings

As the sole participating solar company, SOLON will contribute its photovoltaic expertise to the partner network. The involvement is intended to provide SOLON access to new customer groups for its photovoltaic solutions in Germany and abroad. SOLON and Bayer have already worked together in the past in the development of integrated photovoltaic solutions (BIPV) for buildings. The SOLON Black 160/05 product developed in cooperation with Bayer Material Sciences was introduced to the public in spring 2009 and has already received numerous awards as an innovative solution for the integration of photovoltaic systems in roofs.

2009-11-16   Courtesy: SOLON SE   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SOLON SE

 

Suntech to develop 20 % of approved systems for China's solar rooftop program

BIPV by Suntech
BIPV by Suntech

Suntech Power Holdings Co., Ltd. (Wuxi, China), the world's leading manufacturer of crystalline silicon photovoltaic (PV) modules, on November 13th, 2009 announced that it expects to develop approximately 20 % of the 91 MW of solar photovoltaic (PV) projects that were approved under China's Solar Rooftop Program. China's Solar Rooftop Program, which was launched in March this year by the Ministry of Finance, is designed to increase the energy efficiency of buildings through the installation of building-attached and building-integrated solar PV systems. The first set of applications was submitted in April, and recently 111 solar projects totalling 91MW across China were approved to receive funds through the program, Suntech reports in a press release. The system owners are expected to receive a 13 – 17 RMB per watt rebate (1,9 - 2,5 $) for all projects approved through the program.   Suntech targets to develop approximately 20 % of the successful applications and will also participate as the system owner or partial investor in some projects. Suntech has completed 4 MW of its approved projects and plans to develop the remainder by mid-2010. Specific project agreements will be signed prior to implementation.


Dr. Zhengrong Shi: Countless rooftops across China as an underutilized resource

"Building energy use accounts for roughly 28 % of total energy consumption in China and is a critical front in the drive to achieve higher energy efficiency and reduce carbon emissions", said Dr. Zhengrong Shi, Suntech's Chairman and CEO. "The Ministry of Finance Solar Building Program recognizes the huge opportunity to offset building energy consumption with integrated solar energy generation. We are very pleased to demonstrate the capability of this technology and we hope to see this valuable solar program expanded in 2010 and beyond." The Solar Rooftop Program places particular emphasis on technologically advanced, building-integrated solar systems. Suntech has one of the industry's broadest portfolios of BIPV products and a highly experienced system design and integration team that can implement complex turnkey solar projects. Suntech's new Green Energy Headquarters in Wuxi that incorporates a 1 MW BIPV solar facade and rooftop system was designed and constructed by Suntech's in-house team and is one of the projects approved to receive the rebate. "Solar is an ideal solution to improve energy efficiency as it can be built into the skin of a building and serves the dual function of a building material and an energy generating system. We should view the countless rooftops across China as an underutilized resource that can easily support clean, distributed energy generation," added Dr. Shi.

2009-11-16   Courtesy: Suntech Power Holdings Co., Ltd.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Suntech Power Holdings Co., Ltd.

 

PV producer Yingli: Shipment volume reached record high and increased more than 80 %

Yingli Green Energy Holding Company Limited (Boading, China), one of the world's leading vertically integrated photovoltaic (PV) manufacturers, on November 13th, 2009 announced its unaudited consolidated financial results for the quarter ended September 30, 2009. Total net revenues due to the company were RMB 2,225.2 million (US6.0 million) and PV module shipment volume increased more than 80% quarter over quarter. The gross profit was RMB 447.6 million (US.6 million), with a gross margin of 20.1%, Yingli reports. Operating income was RMB 242.8 million (US.6 million), with an operating margin of 10.9 %. 

Record highs in shipment volume and net revenues

"I am pleased to announce strong results for the third quarter, with record highs in shipment volume and net revenues and healthy growth in net income", said Mr. Liansheng Miao, Chairman and Chief Executive Officer of Yingli Green Energy. "The main driving force for these results was increased market demand for our 'Yingli Solar' brand products as the solar project financing environment continued to improve and as we began to see the benefits of our recently implemented competitive pricing strategy, which leverages our favourable cost structure. Additionally, our continuous focus on high quality products and customer service enabled us to continue to expand our market share and raise recognition of our products in both established and emerging solar markets during the quarter, which we expect will help drive growth in the quarters to come."


PANDA project: Next-generation cells with an average conversion efficiency rate of 18% or higher
Mr. Miao concluded: "To maintain our leading position, we will continue to focus on research and development and integrating our value chain. I am pleased to report that Project PANDA has achieved its first phase target ahead of schedule, producing next-generation cells with an average conversion efficiency rate of 18% or higher on our pilot production line. Also of note, our in-house polysilicon manufacturing plant, Fine Silicon, is set to begin trial production in December 2009. With Fine Silicon on-line, we will become one of a limited number of PV manufacturers in the world with a fully vertically integrated business model, covering the manufacturing process from polysilicon to PV modules. In addition, we will be the first vertically integrated PV product manufacturer in the world to have all of our production facilities located on one site. We believe this will enable us to further optimize our cost structure and capture profit at nearly every stage of the PV industry value chain, thus driving profitability and allowing us to better serve our global customer base."

2009-11-16   Courtesy: Yingli Green Energy Holding Company Limited   Solarserver.de   © Heindl Server GmbH

 

aleo solar AG emphasizes strategy of internationalization with strong photovoltaic market share in Greece

PV plant in Greece
PV plant in Greece

aleo solar AG (Oldenburg, Prenzlau, Germany) on November 13th, 2009 announced an expansion to its international business in Europe: its market share in Greece is now 16 percent, the company reports in a press release. Of the nearly 38 megawatts (MW) of photovoltaic power that have now been connected to the country's national grid (according to its operator, Hellenic Transmission System Operation), aleo solar has supplied more than 6 MW since 2007.   Projects implemented range from commercial and private rooftop installations to major greenfield facilities. Speaking during a customer event at the company's new Athens office, Jakobus Smit, CEO of aleo solar AG, explained aleo's strategy: "Our internationalization efforts are focused on Europe. We are already a sought-after partner in Greece since we can satisfy all of our customers' demands including mono- or polycrystalline modules, thin-film modules, inverters or mounting frames. Customers are already benefiting from our expertise in marketing and sales. Over 40 Greek customers have now become part of our aleo power network."

Greece's emerging solar market is showing positive growth, thanks to the favourable terms of the Greek feed-in legislation. Rooftop installations with up to ten kilowatts of rated output have been even more attractive since mid-year: each kilowatt-hour fed into the grid is subsidized at EUR 0.55 over 25 years. Funding is adjusted annually to account for inflation and is not capped. In addition, tax rebates of 20 percent of investment costs are granted, up to a maximum of EUR 700. Nonetheless, the overall development of the Greek PV market continues to be held back by an excess of red tape.

More information about the development of the greek market can be found on the national grid operator's web pages:
http://www.desmie.gr/content/index.asp?parent_id=741&lang=2

2009-11-16   Courtesy: aleo solar AG   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: aleo solar AG

 

Photovoltaics: CdTe thin-film modules by Abound Solar among the first to receive UL certification

CdTe PV panel by Abound Solar
CdTe PV panel by Abound Solar

Abound Solar (Loveland, Colorado), a manufacturer of low-cost, thin-film solar photovoltaic (PV) modules, at the end of October 2009 announced that Underwriters Laboratories (UL) had certified the company's "AB1" series of PV modules in accordance with UL standard "1703 Third Edition". Abound Solar reports that the company is the second PV panel manufacturer employing cadmium telluride (CdTe) to pass this rigorous standard.   The UL certification requires an extensive set of electrical and mechanical tests of the modules that takes several months. According to the press release, the "UL Witness" program allowed for testing to take place both at Abound Solar's internal compliance laboratory as well as at UL's PV laboratory in San Jose (California).


Thin-film modules pass rigorous electrical and mechanical tests

The modules were reportedly exposed to several rounds of testing including accelerated stress testing under various climate conditions, mechanical impact tests, wind and snow load, fire test, rain, and arcing among others. "UL certification is an important milestone for Abound Solar modules and for the company itself", said Julian Hawkins, Abound Solar Senior Vice President of Sales and Marketing. "The rigorous testing our products had to undergo in order to receive certification is a testament to the quality and superiority of Abound Solar modules. As we continue to reduce production costs, this certification gets us one step closer to meeting the demands of consumers and accelerating clean energy usage globally." The company reports that its modules are also labeled with the CE mark, and that it is also in the process of testing according to IEC certification through TÜV Rheinland, an independent testing, assessment and certification company.

2009-11-15   Courtesy: Abound Solar   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Abound Solar

 

USA: Energy Secretary Chu to travel to India and China to promote clean energy partnerships

The U.S. Department of Energy (DOE) on November 10th, 2009 announced that Energy Secretary Steven Chu will travel to India and China as part of the Department's efforts to advance opportunities for international clean energy cooperation. During the China portion of the visit, Secretary Chu is to be joined by President Barack Obama as part of the official White House delegation  . "China and India will play central roles in the world's energy future", Secretary Chu said. "By working together we can promote clean energy technologies, helping meet our energy and climate challenges while creating jobs here at home." According to the press release, Secretary Chu plans to visit New Delhi, India for three days before continuing onto Beijing, China. The visits are to highlight the tremendous potential for mutually beneficial relationships in the clean energy sector, specifically focused on opportunities to create clean energy jobs and develop the latest in clean energy technologies.

2009-11-15   Courtesy: www.energy.gov   Solarserver.de   © Heindl Server GmbH

 

New Jersey: PSE&G to expand solar loan program, expects 51 MW new solar capacity

PSE&G headquarter, Newark
PSE&G headquarter,
Newark

The U.S utility Public Service Electric and Gas Company (PSE&G; Newark, New Jersey) on November 10th, 2009 announced that state regulators had approved the expansion of its solar loan program by approximately 143 million US-dollars. According to the press release, this financing will result in the installation of an additional 51 megawatts (MW) of solar energy systems on homes, businesses and municipal buildings throughout the utility's electric service area. Since the launch of its "Solar Loan Program," customers have applied for loans totaling 105 million US-dollars that would result in 30 MW of installed solar capacity, PSE&G reports.   The new initiative is to result in a total of 248 million US-dollars available for loans and 81 MW of solar power for New Jersey.



BPU approves additional loan program to spur further development of solar energy systems

"There's no question that providing a source of stable, secure capital, especially in our tough economy, has helped boost the number of solar energy systems in New Jersey", said Ralph LaRossa, President and Chief Operating Officer (COO) of PSE&G. According to the press release, the "Solar Loan II Program," was filed with the New Jersey Board of Public Utilities (BPU) in March 2009 and has now received approval after thorough review. "With today's BPU approval, this expanded program will support the development of another 51 megawatts of solar energy to help our state meet its aggressive renewable goals and reduce carbon emissions. We're pleased to do our part to make New Jersey a leader in solar energy installations, second only to California."

Solar Loan II program to be available for two years until 51 MW cap is reached

PSE&G reports that the program will be available for two years and applications will be accepted on a first-come, first-served basis until 51 MW of projects have been developed. The utility is to provide loans to developers or customers to cover about half of the cost of a solar installation project that is not allowed to exceed 500 kilowatts (kW) capacity. The borrower would be able to repay the loan over a considerably longer investment timeframe than traditional lenders are willing to provide for solar installations. PSE&G reports that borrowers would also be able to repay with "Solar Renewable Energy Certificates" (SRECs), which are created every time the system generates one megawatt hour (MWh) of solar electricity.


Solar electricity generation creates revenue through tradable solar renewable energy certificates

According to the press release, SRECs are tradable product in New Jersey, representing the clean energy benefits of electricity generated from a solar energy system. Under the Solar Loan II program, the SRECs are guaranteed to be valued at no less than an agreed price as approved by the BPU, which differs for residential, non-residential and for systems that have capacity greater than 150 kilowatt (kW) and up to 500 kW. The floor prices currently offered for SRECs for new loan applications lie between 380 and 450 US-dollars, and they will be reduced by about 3-6 % every 6 months, PSE&G reports. The utility plans to sell the SRECs it receives for loan repayment in an auction, and credit the proceeds from the sale to customers through the RGGI Recovery Charge (RRC), through which customers also pay for the solar program as part of their monthly bills. In addition to the loan program, PSE&G reports that it has launched the 515 million US-dollar "Solar 4 All" program, and that it is installing solar panels on 200,000 utility poles and street lights in about 300 communities.

2009-11-14   Courtesy: Public Service Electric and Gas Company   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: PSE&G

 

Smart Energy ‘09: Britain to prepare for the energy revolution

Smart Energy conference '09
Smart Energy conference '09

Britain is about to welcome a revolution that will help to meet the two current challenges of climate change and the credit crunch. Businesses and householders are rapidly realising that they can take control of the power they generate to light and heat their homes; and government-set Feed-In-Tariffs (FiTs) set to come in force next spring will help them benefit financially. Finding out more about actions to take and benefits that will accrue can be challenging. A new event being held at Wembley Stadium on 1st and 2nd December this year is set to solve this and de-mystify the whole procedure. Smart Energy ‘09, with its conference organised by the Renewable Energy Association and exhibition organised by Media Generation Ventures, offers organisations and contractors working on behalf of individuals the perfect one-stop-opportunity to learn, network – and do business.   The first day of the conferences focuses on "Smart Energy and Businesses" and the second on "Smart Energy and Communities" – both days feature sessions designed to explain the different technology options available, their features and their practical application, as well as practical information on how each of these technologies will benefit under the new government incentives. Powerful plenary sessions include speakers such as Jeremy Leggett, Executive Chairman of SolarCentury, the leading provider of solar photovoltaic (PV) solutions in UK; Susan Pelmore, of Pöyry Consulting; and Pilgrim Beart, Chief Executive of AlertMe, the device partner of Google’s online PowerMeter.

UK mind set is about to change thanks to FiTs and government emission reduction policy

"Britain is indeed on the brink of an energy revolution", says Paul Stott of Media Generation Ventures (a member of the Media Generation Group who also organise All-Energy, the UK’s largest renewable energy exhibition and conference). "Thanks to FiTs and government emission reduction policy, the UK mind set is about to change. We will see our methods of lighting and of heating transformed on large scale projects and within small businesses and in our own homes. Indeed, there are some who believe that the revolution will transform how we live and how we think. Smart Energy ’09 provides a first step to understanding the possibilities that lie ahead."

"We are expecting energy managers and facility managers from a wide range of large organisations such as retailers, warehouses and offices; local, regional and national government; schools, hospitals and public buildings; factories and businesses; hotels, leisure centres and sports facilities; communities and housing associations to descend on Wembley Stadium to find out more", Stott adds. "It is also the ideal opportunity for small and medium enterprises (SMEs) and for those to whom householders are likely to turn to for advice such as architects, builders, plumbers and electricians to find out more. We welcome them all. Online registration is open at www.smartenergy.co.uk."

Due to the organizer there is a modest charge for attending the conference, but the exhibition with its broad range of exhibitors including wind, biomass, solar PV, air conditioning, grid connection companies, project management consultants, and specialist advisors, is free to attend for delegates and non-delegates alike.


Stimulating conference discusses Feed-in-Tariffs

A successful campaign, led by the Renewable Energy Association (REA) and Friends of the Earth, has resulted in exciting new incentives for organisations and individuals to produce their own green energy under the 2008 Energy Act. The Government’s consultation on Feed-in-Tariffs (FiTs) closed mid-October with over 700 responses to their proposals on how the FiTs scheme should work, including the proposed tariff levels, and work is now underway in DECC analysing these responses. The FiTs will be introduced from April 2010 to incentivise local renewable heat, power and biogas production. This will contribute to accelerated growth in the sector. The conference will reflect this growth: http://www.smartenergy.co.uk/

2009-11-14   Courtesy: Smart Energy '09   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Smart Energy '09

 

OPV: Konarka and Arch Aluminum & Glass announce unique solar curtain wall

Solar curtain wall with Konarka's Power Plastic.
Solar curtain wall with Konarka's Power Plastic.

Konarka Technologies, Inc. (Lowell, Massachusetts), an innovator in development and commercialization of "Power Plastic", an organic photovoltaic (OPV) material that converts sunlight to energy, on November 10th, 2009 announced that the company, along with Arch Aluminum & Glass Co., Inc. (Arch; Tamarac, Florida), has launched the first curtain wall pilot project that will integrate Konarka Power Plastic into a wall structure at Arch's office building in Tamarac.   The solar panels with a capacity of 1.5 kilowatts (kW) are expected to be fully operational by the end of 2009. The installation is aimed to advance the development of a colored solar glass panel for integration into a wide range of buildings.



Yieldin data to advance development of transparent, colored solar glass panels

"The purpose of this project is to test the performance and robustness of our solar panel solution for a curtain wall application with a variety of glass and window configurations under a wide range of environmental and insolation conditions", commented Dr. Terri Jordan, Vice President of business development at Konarka. "The yielded data and information will guide our development of the first-of-its-kind vision application, a transparent, colored solar glass panel, and we are pleased to launch this first-class pilot installation with Arch." According to the press release, the testing facility includes east and south facing walls with both sunny and shadowed areas. The installation is believed to become a living laboratory with full modularity, including the ability to simultaneously test a wide range of panels under various conditions.


BIPV solution to become applicable in conventional buildings

Konarka explains that the curtain wall is an array of solar panels, glass and aluminum with a peak output of 40 watts per panel. "Integrating 'active solar glass' into a wall structure allows us to make use of a typical manufacturing building by giving it the ability to generate its own energy", commented Arch's Vice President of marketing, Max Perilstein. "This pilot facility and Konarka's flexible, light-weight solar material are allowing us to move forward in the feasibility and development of a solar solution that will add tremendous energy-producing value to a wall structure." In May 2009, the two companies had announced their product development plans to collaborate on building integrated photovoltaics (BIPV), photovoltaic materials used to replace conventional building materials.

2009-11-13   Courtesy: Konarka Technologies, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Konarka Technologies, Inc.

 

USA: SMA America launches 8,000 watt PV inverter

"Sunny Boy 8000US"

SMA America LLC (Rocklin, California), the U.S.-based subsidiary of SMA Solar Technology AG (Niestetal/Kassel, Germany), on November 10th, 2009 announced the expansion of its "Sunny Boy" solar photovoltaic (PV) inverter line, which the company reports now features an 8,000 watt model that has been designed and configured specifically for the North American market. According to the press release, the new "Sunny Boy 8000US" increases the U.S. Sunny Boy lineup to a total of seven 60 hertz transformer inverter configurations, ranging from 3,000 to 8,000 watts.   The company reports that its new product is immediately available, and that it is ideally suited for large residential or commercial photovoltaic (PV) systems. "The new Sunny Boy 8000US greatly strengthens the overall Sunny Boy lineup", said Jürgen Krehnke, President of SMA America. According to the press release, the new product's versatility is enhanced by its integration into the "Sunny Tower", where six units can be grouped to complete a stand-alone 48 kilowatt (kW) system, or scaled together for a much larger project. The Sunny Boy 8000US model is certified to the UL 1741/IEEE1547 standard and features a 96.5 percent peak efficiency, SMA America reports.

2009-11-13   Courtesy: SMA America   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SMA America

 

Solar Millennium: Spanish Minister of Industry announces pre-registration for Andasol 3 and Ibersol

Andsol power plants in July 2009
Andsol power plants in July 2009

On November 11th, 2009 the Spanish Minister of Industry, Miguel Sebastián, announced that the Andasol 3 and Ibersol solar thermal power plant projects, developed by Solar Millennium AG (Erlangen, Germnany), will obtain the pre-registration required to receive the Spanish feed-in tariff. The Minister announced this decision around lunchtime in the course of a meeting with representatives of the solar industry in Madrid. The ministerial order will be ratified by the Cabinet on Friday 13th. Pre-registration is needed before the statutorily guaranteed feed-in tariff can be granted. The entry into the register guarantees the receipt of the full feed-in tariff provided that the power plants are completed within the next 36 months (Andasol 3) respective 48 months (Ibersol).   Christian Beltle, CEO of Solar Millennium, comments: "With the Andasol power plants in the south of Spain we have developed Europe?s first-ever parabolic trough power plants. Thanks to the pre-registration, there is nothing more standing in our way of rapidly realizing Andasol 3 and Ibersol as well." Ibersol is the fourth 50 MW parabolic trough power plant developed by Solar Millennium in Spain. It will be built in the Spanish Extremadura region, whereas Andasol 1 to 3 are located at the foot of the Sierra Nevada in Andalusia. Thomas Mayer, CFO of Solar Millennium: "This is the breakthrough for a rapid implementation of both power plants and a further milestone on our stringent growth path. The increased investment security thereby provided will make our projects more attractive to investors. In line with the example set by Andasol 3, in which Stadtwerke München, RWE Innogy, RheinEnergie and MAN Ferrostaal invested, we plan to realize Ibersol together with partners, who provide the equity required for its construction."


First stage of construction of the Andasol 3 solar field already completed

The construction of Andasol 3 is underway, and the first stage of the solar field with approximately 60,000 m² of collector surface has already been completed. It is the third solar thermal power plant project with a capacity of 50 MW that Solar Millennium has developed in the province of Granada. Andasol 1 and Andasol 2, the two adjacent sister projects with the same capacity of 50 MW each, are already operating.
The power plants will mainly cover demand peaks in the Spanish grid during the summer months. The high electricity demand is primarily caused by the energy consumption of air conditioners. Each power plant additionally features thermal storage. Full storage reservoirs ensure additional power plant operation for up to eight hours, meaning they can be operated at night as well. The storages are each comprised of two tanks measuring 14 m in height and 36 m in diameter and contain approximately 30,000 tons of liquid salt.

2009-11-13   Courtesy: Solar Millennium AG   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Solar Millennium AG

 

ECD to install solar roofing system at East Los Angeles College

thin-film amorphous silicon-based photovoltaic laminate by ECD
thin-film amorphous silicon-based
photovoltaic laminate by ECD

Energy Conversion Devices, Inc. (ECD; Rochester Hills, Michigan), a manufacturer of proprietary, thin-film amorphous silicon-based photovoltaic (PV) laminates, along with its wholly owned subsidiary Solar Integrated Technologies, announced an agreement to install a 365 kilowatt (kW) building-integrated solar roofing system at East Los Angeles College (ELAC) as part of a contract with Chevron Energy Solutions (San Francisco, California), energy services provider for the ELAC project.   In addition to installing a new, energy-efficient PV roofing system, the energy services contract bundles multiple energy efficiency improvements into a single package that includes upgrading the facilities' lighting, insulation and HVAC systems (heating, ventilation and air-conditioning). "This project provides us with a unique opportunity to help East Los Angeles College save money and prepare for a greener future", said Mark Morelli, President and Chief Executive Officer (CEO) of ECD. "Our recent acquisition of Solar Integrated Technologies more vertically integrates our company and gives us the capabilities we need to install this UNI-SOLAR building-integrated membrane roof for ELAC."

2009-11-13   Courtesy: Energy Conversion Devices, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Energy Conversion Devices, Inc.

 

Phoenix Mayor Gordon launches largest city-sponsored financing program for residential solar power

Mayor Gordon kicked off the
Mayor Gordon kicked off the
"Solar Phoenix" initiative

The Mayor of Phoenix (Arizona), Phil Gordon, on November 10th, 2009 kicked off the "Solar Phoenix" initiative, which is believed to be the United States' largest city-sponsored residential solar financing program. The program, a collaboration among the city of Phoenix, Arizona Public Service (APS), National Bank of Arizona and SolarCity, is expected to allow up to 1,000 Phoenix homeowners to adopt solar power by the end of 2010. According to the Mayor's press release, Solar Phoenix is made possible by 25 million US-dollars in financing from National Bank of Arizona, and it includes options for low and moderate-income homeowners.   Under the program, qualifying Phoenix homeowners can install solar systems with no upfront investment and by issuing a small monthly payment that is lower than their previous electricity bills. Solar Phoenix is also said to incorporate incentives from APS's "Solar and Renewable Energy Incentive Program", which is funded by APS customers. Phoenix homeowners are invited to sign up or find more information about the program by visiting http://www.solarphoenix.org.

2009-11-13   Courtesy: www.phoenix.gov   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: www.phoenix.gov

 

Satcon partners with SunPower on 10 MW solar PV for Exelon City Solar in Chicago

"PowerGate Plus" 500 kW solar PV inverter

Satcon Technology Corporation (Boston, Massachusetts), a leading provider of utility scale power solutions for the renewable energy market, on November 10th, 2009 announced that it was selected as a supplier of the 10 megawatt (MW) "Exelon City Solar" photovoltaic (PV) power plant. According to the press release, this project will be the United State's largest urban solar power plant, and it is to be built by SunPower Corporation (San Jose, California) at a former industrial site in the West Pullman neighborhood on Chicago's South Side.   The 41-acre solar facility is to be owned and operated by Exelon Generation Corporation (Chicago, Illinois), utilizing Satcon's "Prism" one MW medium voltage package, which the company reports includes factory integrated step-up transformers, switchgear and electronics. The Prism solution is to connect nearly 32,300 SunPower solar panels to the local utility grid, thereby generating enough clean, reliable electricity to meet the annual energy requirements of up to 1,500 homes. According to the press release, the site will also use "SunPower Trackers," solar tracking systems that tilt toward the sun as it moves across the sky, which the manufacturer says can increase the daily energy production by up to 25 %.



Inverter technology selected for performance, reliability

Howard Wenger, President global business unit at SunPower, commented on the development of Exelon City Solar: "This project is a clear example of the unique demands of large scale solar power generation, and required that we design a system that is comprised of the industry's highest performing and most reliable components. Satcon's experience and expertise in large scale solar made them the natural choice for us." Steve Rhoades, Satcon's President and Chief Executive Officer (CEO), added: "Exelon City Solar showcases today's best in class total system solutions, optimally designed to deliver the highest levels of reliable large scale solar power production." Satcon reports that the Prism is built on the foundation of the company's "PowerGate Plus" 500 kilowatt (kW) solar PV inverter platform. This solution is reportedly delivered complete in an all-climate outdoor enclosure, ready to connect to the PV array and utility grid.

2009-11-12   Courtesy: Satcon Technology Corporation   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Satcon Technology Corporation

 

SunPower completes 1 MW solar tracking system at UC Merced

UC Merced's new solar array
UC Merced's new solar array

SunPower Corporation (San Jose, California), manufacturer of high efficiency solar cells, solar panels and solar photovoltaic systems, and the University of California, Merced (UC Merced) on November 10th, 2009 announced the completion of a one megawatt (MW) solar power system, which is located on 8.5 acres of UC Merced's campus. According to the press release, it consists of 4,900 solar panels that are integrated with the "SunPower T20 Tracker" system that follows the sun's movement during the day.   SunPower reports that the tracker system can increase the sunlight capture by up to 30 % over conventional fixed-tilt systems, while significantly reducing land use requirements. The university expects the solar power plant to cover two-thirds of the campus' electricity on summer afternoons, and 20 % of its annual electricity needs. Mary Miller, Vice Chancellor for administration at UC Merced, said: "The solar array project exemplifies UC Merced's founding vision to become an international model for sustainable development and environmental stewardship."


California universities and colleges embrace solar power generation

"Colleges and universities in California are seizing the opportunity to help the state meet its growing energy demand and renewable energy goals", said Bill Kelly, Managing Director at SunPower. "UC Merced understands the significant return on investment that SunPower systems deliver, and the added value of working with an experienced partner." Under the terms of a long-term power purchase agreement (PPA), SunPower will maintain the solar system and UC Merced will be entitled to the renewable energy credits (REC) and all environmental attributes associated with it. It is estimated that the system will offset more than 45 million pounds of carbon dioxide (CO2) over the next 30 years. The array is also expected to save the University more than 5 million US-dollars over the next 20 years in electricity costs. SunPower reports that it has build solar power systems for other California colleges and universities, such as the California State-East Bay, Napa Valley College, Ohlone College, Mendocino College and the Los Angeles Community College District.

2009-11-12   Courtesy: SunPower Corporation   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SunPower Corporation

 

Mars and PSEG Solar Source inaugurate 2 MW solar garden

Mars Chocolate North America's PV plant at Hackettstown
Mars Chocolate North America's
PV plant at Hackettstown

Government officials, executives from Mars Chocolate North America (Mars; Hackettstown, New Jersey) and PSEG on November 9th, 2009 celebrated the completion of a new solar photovoltaic (PV) garden at Hackettstown. The PV array is said to be the largest solar facility installed in New Jersey by a food manufacturing plant, and it is the first photovoltaic plant completed by PSEG Solar Source, a subsidiary of the Public Service Enterprise Group (PSEG; Newark, New Jersey).   According to the press release, the solar garden is comprised of more than 28,000 ground-mounted solar panels on 18 acres adjacent to Mars' headquarters, where more than 1,200 associates work and M&M brand chocolate candies are manufactured. PSEG reports that he solar garden has capacity of 2 megawatts (MW), providing solar electric power during peak hours, that is equivalent to approximately 20 % of the plant's peak energy consumption. It is expected to reduce carbon dioxide (CO2) emissions by more than 1,000 metric tons, equivalent to removing 190 vehicles from the road each year.


Thin film PV panels provided by First Solar; EPC services by juwi solar

PSEG reports that PSEG Solar Source will own the system under a long term agreement with Mars, which is to buy the entire output of the system. According to the press release, juwi solar Inc., a solar energy company located in Boulder, Colorado, performed the engineering, procurement and construction (EPC) services for the system and also pledged to provide the initial operation and maintenance services. Thin film PV panels were provided by First Solar (Tempe, Arizona). "Sustainability is one of the most pressing concerns of our time. At Mars, we are aware of the scale of the challenge, and we are determined to be part of the solution", said Todd Lachman, President of Mars Chocolate North America. Diana Drysdale, who heads PSEG Solar Source, said: "We are pleased with the completion and initial performance of the solar system and with the partnership with Mars that got us here." With additional environmentally friendly renovations that were completed by Mars at its facility, the company plans to apply for LEED Gold Certification.

2009-11-12   Courtesy: PSEG   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: PSEG

 

German PV producer Q-Cells SE: Reorganisation successfully advanced during third quarter

First operating successes of "Q-Cells
Reloaded" expected from the first
quarter of 2010 onwards.

Q-Cells SE (Bitterfeld-Wolfen; Germany) has published its report as of 30th September 2009 containing information on the implementation of the "Q-Cells Reloaded" reorganisation programme. The volume of solar cells sold to external customers on own account rose by 87 % to 103 MWp compared with the previous quarter. A further volume of 21 MWp was delivered to the company’s own Q-Cells International project business. The total production volume in the third quarter was 119.4 MWp (Q2: 117.8 MWp). Including project business, Group-wide sales revenues of 184.1 million Euro were achieved, the company reports in a press release. This corresponds to a 30 % increase compared with the second quarter (141.4 million Euro).  The figure for the first nine months of 2009 is therefore 550.3 million Euro (2008: 931.9 million Euro). The sharp decline in sales year-on-year is mainly caused by the drastic fall in prices on the international market for solar cells and is reflected accordingly in the operating income of Q-Cells SE, the company emphasizes.




Significant milestones achieved in implementing "Q-Cells Reloaded" measures

The Q-Cells Reloaded set of measures announced in August is being implemented according to plan. The purpose of these measures is to push forward the reorganisation of Q-Cells under the new market conditions. The first important results have already been achieved: the company reached an agreement with the works council on reducing the workforce as of December 2009. In accordance with the agreement, the workforce is to be reduced in total by up to 500 employees in production and administration. In order to ensure socially responsible implementation, a transfer company, a hardship fund and an employee severance package have been agreed.


High reorganisation costs affect operating income for the quarter; adjusted operating income stabilised

Adjusted operating income excluding New Technologies (-8.0 million Euro) amounted to 3.3 million Euro (previous quarter: 10.7 million Euro). As a result, adjusted income was stabilised in the third quarter despite the further fall in prices. During the past quarter, non-recurring costs and special effects connected with the ongoing reorganisation considerably impacted the reported EBIT. Without these special effects, which include costs for the closure of the older production lines at the Thalheim location, reorganisation costs for the planned workforce reduction as well as impairment losses on inventories and investments, Group EBIT amounted to - 4.7 million Euro (Q2: 1.8 million Euro). Taking into account all non-recurring and special effects, the company is reporting EBIT of -163.8 million Euro (Q2: -62.3 million Euro). The corresponding result is -248.2 million Euro (Q2: -305.0 million Euro) for the third quarter and -945.1 million Euro for the first nine months of the year.

Significant costs in connection with the reorganisation were recognised in the income statement in the third quarter. The first operating successes of this medium-term programme are expected from the first quarter of 2010 onwards.

The report as of 30 September 2009 and a current company presentation are available for download in the Investor Relations section of the Q-Cells SE’s website.



2009-11-12   Courtesy: Q-Cells SE   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Q-Cells SE

 

Rice Solar Energy files application for certification with CEC for 150 MW solar tower plant

A rendering of the solar tower plant
A rendering of the solar tower plant

Rice Solar Energy, LLC (RSE) a wholly owned subsidiary of SolarReserve, LLC (Santa Monica, California), in October 2009 filed the application for certification (AFC) with the California Energy Commission (CEC) to construct, own, and operate a solar thermal power plant, dubbed "Rice Solar Energy Project" (RSEP).   According to the filing, the RSEP will be a solar generating facility located on a privately owned site in unincorporated eastern Riverside County, California, which is surrounded by mostly undeveloped open desert that is owned by the federal government and managed by the U.S. Bureau of Land Management (BLM). The proposed project is expected to have a nominal net generating capacity of 150 megawatts (MW) and to be capable of producing approximately 450,000 megawatt hours (MWh) of renewable electricity annually.


Heat storage tank allows solar power plant to deliver electricity on demand

The proposed RSEP facility is to use concentrating solar power (CSP) technology, with a central receiver tower and an integrated thermal storage system. The plant is to generate electricity by focusing sunlight with a large circular field of mirrors, called heliostats, that reflect the sun's energy onto a central receiver tower. Liquid salt, a mixture of sodium nitrate and potassium nitrate, which has the viscosity and appearance similar to water when melted, is circulated through tubes in the receiver, thereby collecting the energy gathered from the sun. According to RSE, the heated salt is then routed to an insulated storage tank where it can be stored with minimal energy losses. When electricity is to be generated, the hot salt is routed to heat exchangers or a steam generation system. The steam can then be used to generate electricity in a conventional steam turbine cycle. According to the application, the salt is sent to the cold salt thermal storage tank after exiting the steam generation system and can be recycled in the process. The salt storage technology has been successfully demonstrated at the U.S. Department of Energy-sponsored 10 MW "Solar Two" project near Barstow, California, in the 1990s, the Energy Commission reports.


CSP tower technology believed to have many advantages

According to the applicant, this CSP technology offers several important benefits. Because liquid salt has highly efficient heat transfer and storage properties, it is used as the heat transfer medium in the cycle. According to RSE, natural gas heating is not required for startup or for operating stability during routine cloud cover. Secondly, the stored energy in the salt can be extracted upon demand and is said to be able to produce electricity even when there is no sunlight. Finally, the output from the RSEP is to produce a stable electricity supply, compensating for potential impacts on the electricity grid from other intermittent energy sources that have less predictable operating characteristics. According to the application for certification, the solar facility will also feature an air-cooled condenser (ACC) to eliminate water consumption for cooling the steam turbine exhaust.

2009-11-12   Courtesy: Rice Solar Energy, LLC   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Rice Solar Energy, LLC

 

Prism Solar Technologies to present at Dow Jones Alternative Energy Innovations, Redwood City, CA

Prism Solar HPC Modules mounted on a rooftop in Tucson, Arizona
Prism Solar HPC Modules mounted
on a rooftop in Tucson, Arizona

Prism Solar Technologies, Inc. (Highland, NY), a manufacturer of a unique holographic solar technology for solar-electric modules, on November 9th, 2009 announced that Rick Lewandowski, President and CEO, will speak at the Dow Jones Alternative Energy Innovations conference. Speaking times are 2:30 and again at 3:30 on Tuesday, November 17. "This will be an exciting and important opportunity to showcase the major milestones achieved in the past year, particularly as Prism Solar has begun pilot production", says Rick Lewandowski. The "Holographic Planar Concentrator"(HPC) is the key technology in Prism Solar products. The HPC acts as a low-cost concentrator, increasing the energy absorbed by solar cells due to the producer by as much as 3X, without mechanical tracking or the need for cooling systems.   HPC consists of holographic imprinted HPC Film, placed in strips along side solar cells. The HPC Film diffracts only wavelengths of sunlight that can be converted to energy by the solar cells. This energy is guided, via total internal reflection in the panel, to the cells.

Dow Jones organized this conference to help investors, entrepreneurs, and corporate executives find profit in the alternative energy sector. In the third quarter of 2009 alone, venture capitalists invested almost billion in U.S.-based cleantech companies, according to Dow Jones VentureSource. This is no surprise given the ongoing need to reduce reliance on foreign oil and overall energy usage. The fact that Washington is focusing on the area has only added to the interest by investors. But the key question for investors - especially in the current economic environment - is what is the best way to tackle the sector? The conference will kickoff with a panel of active investors discussing how they are looking at the sector.

Dow Jones Alternative Energy Innovations 2009

Dow Jones Alternative Energy Innovations, taking place Nov. 17-18, 2009 in Redwood City, CA, will convene an impressive group of speakers, including senior executives from major utilities, the government, oil companies, and venture capital firms, to discuss what it takes to find success in the industry. The CEOs of more than 50 of the sector's most promising startups will also present their technologies and business plans. For more information, visit http://alternativeenergy.dowjones.com.

2009-11-12   Courtesy: Prism Solar Technologies, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Prism Solar Technologies, Inc.

 

ITN Energy Systems Awarded .9 Million ARPA-E Grant from U.S. Department of Energy

ITN Energy Systems (ITNES, Littleton, Colo.), a clean energy and technology incubator, on November 9th, 2009 announced that it has been awarded .9 million as part of the Department of Energy ARPA-E grant program. The primary goal for this project is to develop solid-state electrochromic film on plastic substrates by using ITN’s proprietary roll-to-roll production process to substantially reduce the cost of electrically controlled smart windows for net-zero energy buildings. These windows when installed and in use will reduce heating and cooling loads and minimize overhead lighting use.   heating and cooling loads and minimize overhead lighting use. ITNES will serve as the prime contractor on the award and is supported by MAG Industrial Automation Systems, EPRI, Southern California Edison, and the Colorado School of Mines.

On October 26th, 2009 U.S. Department of Energy officially announced the awards. In the official DOE press release issued, Steven Chu, United States Secretary of Energy stated. "After President Obama announced this effort in April, we received a stunning level of interest - nearly 3,700 submissions. We invited about 300 of those to put together full proposals. Today we are funding 37 projects - 1 percent of the submissions."

Dr. Mohan Misra, Founder & Chief Executive Officer of ITN Energy Systems, stated: "We commend Secretary Chu and the Department of Energy for their foresight in creating ARPA-E and swiftly creating grant opportunities to continually foster innovation for clean technologies. This grant reflects our 15 year old heritage of success at ITNES in leading the development of clean technologies in the areas of energy generation, energy storage and energy efficiency."

Since 1996 ITNES has successfully spun-off four companies: Global Solar Energy, Infinite Power Solutions, Microsat Systems and Ascent Solar Technologies.

2009-11-12   Courtesy: ITN Energy Systems   Solarserver.de   © Heindl Server GmbH

 

AES Solar Energy closes on €25 million non-recourse financing for photovoltaic projects in Spain and Greece

AES reference PV plant in Spain
AES reference PV plant in Spain

AES Solar Energy Ltd (Arlington, VA), a joint venture between The AES Corporation and Riverstone Holdings LLC, announced that on October 31st, 2009 one of its subsidiaries closed three long-term non-recourse debt facilities for three of its portfolio of photovoltaic projects in Spain totaling approximately €25 million. The loans were extended by the Spanish branch of the European ethical and sustainable bank Triodos Bank, N.V. The three photovoltaic installations located in Granada, Spain, have a total peak capacity of 4.8 MWp. First Solar thin film panels are utilized in all three projects.   "We are very pleased to continue our success of developing sustainable sources of power in Spain - one of our core markets - despite the challenging credit markets. This transaction demonstrates our ability to raise non-recourse debt for well-structured projects that have committed people on both sides of the deal. We hope that this deal forms the start of a long term relationship between AES Solar and Triodos Bank", said Robert Hemphill, CEO of AES Solar.

"Triodos Bank is a specialized bank with strong experience in the renewable energy sector, above all in the Spanish solar PV sector. We consciously focus on high-quality plants in all our financing transactions in the photovoltaic sector, and AES Solar Energy has fully convinced us of the quality of their operations", stated Martín Guiñazú, Director of Business and Charity Banking at Triodos Bank Spain. Triodos Bank won this year’s Financial Times Sustainable Bank of the Year Award.


Largest solar PV project in Greece to qualify for favorable regulated tariff

In addition AES announced that one of its subsidiaries closed a €25 million non-recourse debt facility for the Iktinos project, a 4.3 MW photovoltaic (PV) facility located in Florina, Greece. The loan was extended by Landesbank Baden Wurttemberg (LBBW) of Germany in several tranches including an 18 year term tranche and three shorter term tranches. The financing has been syndicated to one other bank. When completed, the project will be the largest solar PV installation in Greece and will provide enough renewable electricity to power over 400 homes. The project is expected to reach commercial operation in early 2010. It qualifies for the favorable regulated tariff under the Renewable Energy Sources Law 3468/2006 ("RES Law") as well as a capital subsidy to support eligible project expenditures.

"The regulatory environment in Greece may be highly attractive to investors on one hand but on the other hand it is rather complex to document sophisticated financing structures. AES Solar certainly is amongst the most experienced sponsors of energy related projects in the world. In such markets it is very important to have partners who have the team and the infrastructure enabling them to deliver", said Alexander Bagiaos, Vice President at LBBWs Project Finance Renewables division. Polycrystalline panels manufactured by Yingli are to be used in the project. This financing represents the largest project financing completed in Greece for solar installations to date, AES emphasizes.

2009-11-11   Courtesy: AES Solar Energy Ltd   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: AES Solar Energy Ltd

 

Chinese PV Producer Suntech expands european senior management team with key hires

Suntech Power Holdings Co., Ltd. (NYSE, STP), the world's manufacturer of crystalline silicon photovoltaic (PV) modules, on November 9th, 2009 announced that it has strengthened its European management team with the appointment of four new senior executives: David Hogg has been appointed Head Suntech Europe; Vedat Guergeli Vice President of Sales, Europe; Frank Weber Marketing Director, Europe; and Carl von Braun Director Project Finance, Europe. According to the press release, Suntech Europe has quadrupled its European workforce since the beginning of 2009, with particular focus on senior management positions and customer related functions such as sales, marketing and after sales support.   Suntech emphasizes that its European headquarters in Schaffhausen, Switzerland and German office in Munich are home to a team with a full range of customer support capabilities.


New management to reinforce status and reputation of the Suntech brand across Europe

Dr. Zhengrong Shi, Suntech’s Chairman and CEO, said: "The key appointments to our European management team are another major move forward in solidifying our operations in Europe and providing local support to our rapidly expanding customer base. Each of these executives brings vast industry knowledge and crucial management expertise, which will reinforce the status and reputation of the Suntech brand across Europe." And he added: "With our three regional headquarters in Europe, Asia and North America we can localize our support for customers across the globe. This commitment to providing real-time customer service will underpin Suntech’s mission to encourage greater adoption of solar technology globally."

Mr. Hogg commented: "Suntech has secured an impressive position in the solar PV industry in general and in the European market in particular. I look forward to leading Suntech’s dedicated and expanding European team. Suntech is clearly committed to enhancing its leadership role through a process of expansion and continuous product and service improvement."

David Hogg

Mr. Hogg has more than 20 years experience in the solar PV industry. He is a founder of CSG Solar AG (Germany) and led the company as chief executive officer since 2004. Previous to that, Mr. Hogg was the managing director of Pacific Solar (Australia), a company dedicated to the development of the crystalline silicon on glass (CSG) technology. He began his career in the solar PV industry at Unisearch where he was responsible for commercializing technologies developed by the University of New South Wales in Sydney, Australia. Mr. Hogg holds a degree in mechanical engineering.

Vedat Guergeli

Reporting directly to Mr. Hogg, Mr. Guergeli joins Suntech from Conergy where he spent the last three years managing the PV business as Managing Director for the Asia-Pacific region (APAC) and as Managing Director South Europe. Previously, Mr. Guergeli worked for Bosch for more than six years as General Manager APAC for Blaupunkt Aftermarket, based in Penang, Malaysia, and as head of product management at company headquarters in Germany. He also spent more than 10 years at Sharp Microelectronics in Hamburg, Germany in various OEM sales and marketing management functions. Mr. Guergeli holds a degree in electronic engineering.

Frank Weber

Mr. Weber will be responsible for developing Suntech’s European marketing team, promoting sales and managing Suntech’s reputation. Mr. Weber has more than 18 years international marketing experience. He has advised and supported a number of growth, technology and manufacturing companies on business critical issues. Most recently, he was Senior Vice President Corporate Communications at Deutsche Post DHL where he supported marketing professionals and CEOs in Europe, Middle East and Africa. Mr. Weber holds a Masters degree from the University of Heidelberg.

Carl von Braun

Carl von Braun joins Suntech from CSG Solar where he held the position of CFO. He began his career at Deutsche Babcock-Borsig Group as a Commercial Manager and Financial Controller in various national and international assignments. He then moved on to Hyperion Solutions Deutschland, where he worked as a Financial Manager. Later he became CFO of a satellite communication firm and Finance Director of a WLAN company. Carl von Braun holds a Diploma of Business Administration from the European Business School.

2009-11-11   Courtesy: Suntech Power Holdings Co., Ltd.   Solarserver.de   © Heindl Server GmbH

 

DEK Solar adds new project manager to the team

Following the recent launch of the "PV3000" solar metallization line, DEK Solar (Flemington, New Jersey, USA), a global provider of next-generation photovoltaic (PV) production technologies and process support for solar cell manufacturers, has extended its team with the addition of new solar project manager George Foot. Designed to support the growing demand for the company’s services, the new role is focused on the development of next-generation solar solutions, the company reports in a press release.   According to DEK Solar, the new solar project manager will assume a customer-focused role, concentrating on developing the company’s award-winning commitment to service excellence. George Foot's responsibilities will include working closely with DEK’s global engineering presence to help bring solar products from development, through to customer Beta, final production and beyond. The new position will reinforce the department’s efforts in ensuring DEK technologies are optimised, both technically and competitively, throughout product lifetime, DEK explains.


Tinking beyond equipment

Building on the company’s reputation as a technology leader following the release of the very high throughput PV3000 platform, the new role will reportedly also reinforce DEK’s dedication to thinking beyond equipment. DEK Solar Programme Manager, Richard Willshere, explains: "Here at DEK, we take pride in delivering our customers a true solar solution. This means utilising our dedicated engineers, unprecedented production capabilities and global infrastructure to deliver the technologies end customers’ and line integrators’ need to move from concept to final production. But above all, it means thinking beyond equipment to ensure customers have everything they need to get achieve their precise business challenges. With George in position as new Project Manager, I’m confident that we’ll extend this focus even further - great news for DEK customers everywhere!"

George Foot graduated from Bath University with a degree in electrical engineering before joining DEK two years ago as a Management Trainee. During his time at DEK, he has established a strong reputation and gained experience in a number of departments before joining the Solar Team. Richard concludes: "George is an extremely talented individual who has already proved to be a valuable member of our team. I’m confident he will reinforce our commitment to helping customers around the world expect more!"

2009-11-11   Courtesy: DEK Solar   Solarserver.de   © Heindl Server GmbH

 

India’s booming solar industry reinforces Linde as frontrunner in PV industry

The Linde Group supplies Indian PV manufacturers with gases for the production of solar cells.
The Linde Group supplies Indian PV
manufacturers with gases for the
production of solar cells.

Reinforcing its position as India’s leading gas technology supplier to the photovoltaic (PV) industry, BOC India (BOCI), a member of The Linde Group (Munich, Germany) has won four new long-term gas supply deals with large PV manufacturers, Moser Baer, Euro Multivision, Solar Semiconductor and Indo Solar (formally Phoenix Solar), Linde reports in a press release. Gases are critical to the production of solar cells, and can account for up to 20 percent of the total cost of thin film silicon manufacturing. These significant deals for BOCI come at a time when India readies to unveil its first solar power target, pledging to boost output from near zero to 20 Giga Watts (GW) by 2020, as it firms up its national plan to fight global warming through the development of alternative energy sources and reduction of greenhouse gas emissions.   "As India plans its solar energy production targets, BOCI is committed to the common goal of bringing the cost of solar electricity to grid parity for mass adoption, by reducing cost per watt of solar cell production", said Srikumar Menon, Managing Director, BOC India. "Our relationships with this growing list of leading Indian manufacturers are testament to the value of our investment in establishing world class execution capability to serve this rapidly growing and technically demanding industry."




Multi-Megawatt PV production capacities in India

For Moser Baer’s first PV production unit in Greater Noida, India, BOCI has created one of the largest supply schemes for industrial gases for electronics manufacturing throughout South and East Asia. In addition to the on-site manufacturing of critical gases, BOCI’s partnership with Moser Baer includes a focus on employing technology solutions to optimise gas usage as well as India’s first on site Total Gas Management (TGM) service.

For Indo Solar’s first crystalline silicon PV cells manufacturing plant in India, and also in Greater Noida, BOCI has been selected as its exclusive supplier of bulk nitrogen (N2), silane (SiH4) and other specialty gases. BOCI will provide a full TGM service and also install the distribution and monitoring systems required for safe and reliable supply of these specialty gases to the manufacturing facility. In Phase One, Indo Solar will have an annual cell capacity of 160MW, which will ramp up by an additional 200MW in Phase Two (anticipated completion by end of 2009).

In Fab City Hyderabad, BOCI has been selected to pioneer the development of gas supply infrastructure in conjunction with the first large PV investment. Solar Semiconductor’s new crystalline silicon cell plant in Fab City has an initial capacity of 30 MW and plans to ramp up to 120MW by 2010. BOCI also plans to further expand its gas and chemical infrastructure in Fab City Hyderabad to support future investments. Finally, in Gujarat BOCI is working with Euro Multivision Limited on the bulk and special gas supply to their new 40MW crystalline cell manufacturing facility in Kutch. In India, solar manufacturing clusters are mainly in the north (Delhi and Noida) and the south (Hyderabad, Bangalore and Chennai).


2009-11-11   Courtesy: The Linde Group   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: The Linde Group

 

Australian Minister for Energy and Training welcomes 'Solar City' agreement

Australia's Minister for Energy and Training, Peter Collier, on November 5th, 2009, welcomed the launch of the 73.5 million Australian dollar (67.5 million US-dollar) Perth "Solar City" program. According to a press release, he joined Australian federal Environment Minister Peter Garrett in recognizing Perth as Australia's seventh and final demonstration Solar City. The program, which is to be run by a consortium led by Western Power (Perth, Australia), aims to encourage industry, business, governments and the general community to change the way they produce, use and save energy.   According to the press release, the program would include the installation of smart meters, solar hot water systems and photovoltaics (PV), for more than 106,000 homes within the six-member councils of the Eastern Metropolitan Regional Council.


Program to help meet Australian target of 20 % renewable energy by 2020

"This four-year project is an excellent example of how different levels of government, business and the community can work co-operatively to show how we can be smarter about how we use energy", Collier said. "The information collected will assist in developing more sustainable energy solutions both now and in the future." The Minister said the project would also assess the merits of a range of new technologies, such as the use of smart meters, widely used around the world to help consumers, retailers and distributors manage the use of energy across the network. According to the press release, the environmental and financial impacts of solar energy generation and the impacts of integrating such systems into the electricity grid would also be considered as part of the project. "The State Government has committed to the national target of 20 % renewable energy by 2020, so this project will be one of many steps to achieve this important goal", Collier concluded.

2009-11-11   Courtesy: Western Australia’s Ministry for Energy and Training   Solarserver.de   © Heindl Server GmbH

 

Secretary Chu highlights support for clean energy and energy efficiency projects in Indian country

U.S. Energy Secretary Steven Chu on November 5th, 2009 highlighted the Department of Energy's (DOE) continued commitment to partnering with Native Americans to support the development of clean energy projects on tribal lands at the White House Tribal Nations Conference. These projects are expected to help reduce energy use, limit carbon pollution, and create new jobs for tribal communities across the country. The American Recovery and Reinvestment Act (ARRA) greatly expanded opportunities for cooperation between the DOE and Indian Country with the goal of working together to promote energy development and energy efficiency.   Under the ARRA, the DOE reports it has made more than 35 million US-dollars in direct grants for energy efficiency projects available to all 562 federally-recognized Indian tribes and 12 Alaska Regional Corporations.



DOE to award additional 29 million US-dollars in ARRA funding to tribal governments

According to the press release, the DOE also provides funding to empower tribes to make strategic clean energy investments in their communities. With these funds, tribal governments are to conduct a wide variety of projects, including weatherization, energy efficiency audits and retrofits, transportation programs, financial incentive programs for efficiency improvements, installing renewable energy technologies on municipal buildings, developing an energy efficiency and conservation strategy, and educating tribal residents on ways to save energy in their own homes. The Department expects to award another 29 million US-dollars in ARRA funding over the next few months.

Funding expected to improve energy efficiency and help advance renewable energy projects in Indian Country

"The Department of Energy is committed to partnering with tribal communities to help them meet their energy needs through clean energy and energy efficiency technologies", said Secretary Chu. "Clean energy projects will create jobs and economic opportunities on tribal lands, while reducing energy use and increasing energy security for Indian Country." In addition to the ARRA funding, the DOE reports it has also awarded more than 13 million US-dollars for new clean energy projects on tribal lands this year. This funding is to be matched with other additional public and private investments to support more than 40 million US-dollars in total projects. Under DOE's Tribal Energy Program, 36 Native American tribes and Alaska villages received competitive awards to help develop and deploy a range of clean energy projects that are expected to advance renewable energy and energy efficiency projects in Indian Country.

2009-11-11   Courtesy: www.energy.gov   Solarserver.de   © Heindl Server GmbH

 

Scheuten Solar signs EPC and O&M contracts with Loveld NV

Scheuten Solar has concluded a turnkey EPC (Engineering, Procurement & Construction) contract and a photovoltaics (PV) maintenance contract for the installation of nearly 3,500 solar panels with Loveld NV of Aalter, Belgium.   Loveld is active in the field of architectural concrete and incorporation of natural stone into precast elements, Scheuten Solar reports in a press release. The solar panels with a total capacity of 708 Kilowatts (kWp) are installed on the flat roof of Loveld's production facility at Aalter. A special feature of the installation is the innovative spoiler system, Scheuten Solar emphasizes. An aerodynamic housing around the solar panels ensures that no wind can get in under them and provides the required stability. The photovoltaic roof system is one of a series of successful projects recently completed by Scheuten Solar in Belgium.

Ad Verbaas, Director Project Realization, comments: "Realization of this project is in full swing and the system will be operationally connected to the grid before the end of the year. Our cooperation with Loveld NV shows once again that Scheuten Solar is the right partner
in Belgium."

"We at Loveld are aware that a professional and efficient approach is vitally important to the success of a project. This clarifies why we opted for Scheuten Solar, which so far appears to be the right choice. We are convinced that this investment in green energy fits perfectly into our strategy of sustainable entrepreneurship", stated Director André Vanhulle.

2009-11-10   Courtesy: Scheuten Solar   Solarserver.de   © Heindl Server GmbH

 

AES raises 1.58 billion US-dollars in new capital, intends to sell 35 % minority stake in wind generation business

The AES Corporation (AES; Arlington, Virginia) on November 6th, 2009 announced a binding stock purchase agreement with a wholly-owned investment subsidiary of China Investment Corporation (CIC; Beijing, China) to raise 1.58 billion US-dollars of new equity to fund growth opportunities and extend its global leadership in the power sector.   At close, CIC is to acquire 125.5 million shares of AES stock for 12.60 US-dollars per share for an approximate 15 % stake in the company. According to the press release, the stock purchase agreement is subject to completion of regulatory reviews and receipt of applicable approvals, including the Committee on Foreign Investment in the United States (CFIUS) and the antitrust review under the Hart-Scott-Rodino Act. Approvals are expected to be completed during the first half of 2010. "We see tremendous potential for growth in meeting demand for affordable and sustainable power throughout the world", said Paul Hanrahan, President and Chief Executive Officer (CEO) of AES. "Having CIC as a partner will enhance our financial flexibility, provide capital needed to move more quickly on our project development pipeline, and offer broader access to high quality investment opportunities."


Investment company to acquire about 35 % of wind generation business

AES also announced the signing of a letter of intent (LOI) with CIC to raise an additional 571 million US-dollars of equity for an approximate 35 % interest in its wind generation business. According to the press release, the final execution of the terms in the LOI would be subject to additional due diligence, completion of final documentation and regulatory approval. AES reports that the company owns and operates a diverse portfolio of power generation and distribution businesses in 29 countries, and that it seeks to invest in high-growth areas of the power sector, including renewable energy and emerging markets. CIC is a long-term institutional investor operated on a commercial basis. Following the closing, CIC is to nominate a director to join the AES board, which currently has ten members.

2009-11-10   Courtesy: AES Corp.   Solarserver.de   © Heindl Server GmbH

 

sonnen_systeme Projektgesellschaft offers photovoltaic tracking systems specially for Greece

sonnen_system
sonnen_system "3_40 GR"
and "Triple_S GR" tracker

sonnen_systeme Projektgesellschaft (Alheim) on own account is the first German company to offer photovoltaic (PV) tracking systems developed specially for Greece. The newly-developed trackers with approx. 7.2 kWp output are available in the sonnen_system "3_40 GR" and as a premium version in the "Triple_S GR" with SunPower modules and SMA inverters. "Our Greek clients spoke to us in September this year, urgently seeking a tracking system which remains below a height of 2.5 m. After only one month of intensive development, we were able to implement this client benefit", George Alogas, Project Manager Greece at sonnen_systeme Projektgesellschaft, announces.   The rapid adjustment to market requirements was made possible by the fundamentally flexible design concept of the sonnen_system trackers, the company reports in a press release.



Simplified logistics and installation by Greek companies

The new sonnen_system "3_40 GR" and "Triple_S GR" tracking systems, like all sonnen_systeme, are fundamentally well suited to use abroad, the producer emphasizes. The modular construction of the tracking systems considerably simplifies logistics and installation by Greek companies at the operating location. The systems can generally be easily transported and set up locally without difficulty. "Our Greek clients could see this for themselves during the construction of the solar parks in Kilkis and Igoumenitsa", reports Alogas.

The German photovoltaic corporation sonnen_systeme Projektgesellschaft mbH with its international subsidiaries offers solar tracking technology to the global market. The company’s philosophy is to design, produce and sell the world’s safest and most precise premium tracking systems. The design of the system can easily be adapted to all international market requirements. Sonnen_systeme is prepared to cooperate in all fields of site assembled production in order to provide its customers with advantages by reducing operational costs, increasing in-house production and participating in fiscal support programs. A modular global service concept finally ensures sound technical operation and guarantees a maximum of profit stability.

2009-11-10   Courtesy: sonnen_systeme Projektgesellschaft mbH   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: sonnen_systeme Projektgesellschaft mbH

 

Chinese National institutes sign collaboration agreement on development of Dye-Sensitive Solar Cells with G24i

DSSC thin film produced in an automated
DSSC thin film produced in an
automated "roll-to-roll" process

Just three weeks after G24 Innovations (G24i; Wentloog, Cardiff, United Kingdom) launched what the company claims to be the world's first commercial application of Dye-Sensitive Solar Cells (DSSC), on November 4th, 2009, the company announced that it had signed a formal agreement with three of China's most prestigious institutes to accelerate the industrial development of its DSSC technology.   Continuing its expansion, G24i reports that it has signed an agreement with the China National Academy of Nanotechnology & Engineering (CNANE) in Tianjin, together with the Changchun Institute of Applied Chemistry (CIAC) which is part of the China Academy of Sciences, and the Nanotechnology Industrialization Base of China (NIBC). Dye-Sensitized Solar Cells are very robust, lightweight and durable, and produce electricity in low-light conditions indoors as well as outside, G24i emphasizes. According to the press release, G24i's DSSC modules are so versatile that they can be used in industries as diverse as personal electronics, building and construction, military and defense where rugged conditions and wide variations in lighting can apply.


Accelerated development and commercialization of DSSC technology expected

According to the press release, the parties to the contract aim to accelerate the growth platform for the industrialization of G24i's thin-film solar technology. The three national Chinese institutes have agreed to commit their resources to industrializing DSSC with the objective of making significant advances in materials, manufacturing and scientific aspects of this technology. John Hartnett, Chief Executive Officer (COE) of G24i, explained: "This agreement represents a very significant opportunity for G24i to tackle some developmental challenges. With the help of these major Chinese Institutes, we are confident that we can achieve significant cost reductions in the near term and drive commercialization at an even more accelerated pace." The inventor of the DSSC "Graetzel Cell" and professor at the Swiss institute, École Polytechnique Fédérale de Lausanne (EPFL), in Lausanne, Dr. Michael Graetzel, lauded the signing of the memorandum of understanding (MOU): "This agreement with G24i is a major step toward inexpensive and large scale commercialization of dye sensitized solar cells."

2009-11-10   Courtesy: G24 Innovations   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: G24 Innovations

 

PV technology provider Manz Automation AG publishes 9-month report for 2009; Revenues of € 46.7 million; EBIT falls

Dieter Manz:
Dieter Manz: "Superbly
positioned for the next
stage of our growth"

Manz Automation AG (Reutlingen, Germany), one of the world’s leading technology providers for the photovoltaic and LCD industries, recorded revenues of € 46.73 million in the first nine months of 2009 (previous year: € 159.10 million), the company reports in a press release. Revenues in the third quarter of 2009 totaled € 18.46 million (previous year: € 57.50 million). After the first nine months of 2009 total operating revenue amounted to € 59.14 million, compared to € 162.11 in the same period of the previous year. In the first nine months consolidated EBIT fell to € -16.09 million (previous year: € 18.77 million). The first positive effects could already be seen from the cost-cutting program put in place during the current year, Manz emphasizes.   As a result, it was possible to limit the operating loss in the third quarter to € -3.53 million, after a loss of € 7.60 million was booked in the previous quarter (Q2/2009).




EBIT falls from € 18.8 million to € -16.1 million

Pre-tax earnings (EBT) sank to € -14.39 million in the first nine months of 2009 after € 18.53 million in the same period of the previous year. This resulted in a consolidated net loss for the period of € -11.53 million compared to net income of € 14.09 million last year. This corresponds to earnings per share of € -2.45 (previous year: € 3.52). The cash flow from operating activities in the same period totaled € -4.41 million (previous year: € -4.60 million).

The revenue and earnings growth reflects the general economic situation and the impact of the global recession on the solar sector. Figures for the third quarter do not yet show the initial positive signs stemming from this year’s European Photovoltaic Solar Energy Conference and Exhibition and the generally improved outlook. In contrast, the recovery on the LCD market resulting from increased demand for TV sets, in particular in China, has ensured that the existing capacity at the Asian production facilities has been fully taken up.

The Reutlingen-based engineering company’s research and development activities in fiscal year 2009 are worthy of particular note. In addition to the new and further development of existing equipment and processes for the solar sector, the company is working on the development of a production line for the serial production of Li-ion batteries. Manz Automation is thus developing opportunities for growth in another aspiring sector. Manz is planning to expand these activities to form a separate business unit as early as next year, thus placing its business model on even broader foundations. Through this segment, Manz was already able to record a positive contribution to revenues and earnings in the third quarter of 2009.


Forecast for fiscal year 2009: Revenues of € 80 - 85 million with EBIT negative on the whole

The fact that the upswing failed to materialize in the second half of 2009 means that a balanced result is no longer realistic for Manz Automation for the year as a whole. Based on the order book of around € 78 million as of September 30, 2009, the Managing Board is forecasting revenues of € 80 - 85 million for fiscal year 2009. In addition, the Managing Board expects that Manz will return to positive EBIT in the fourth quarter, however without being able to compensate for the loss over the year as a whole.

Manz Automation AG’s CEO Dieter Manz believes that the company is excellently equipped to face the current challenges, irrespective of the current economic developments: "We are superbly positioned for the next stage of our growth. Over the past few months we have launched a large number of innovations that will set standards in the industry. Solar cell manufacturers will have to invest again in the coming months in order to be able to manufacture competitively. We offer the world’s leading solutions in this regard, and this, together with our low-cost production facilities in Asia, mean that we are excellently positioned to participate in this upswing."

The full report for the first nine months of 2009 can be downloaded from the company’s website in the Investor Relations section.

2009-11-09   Courtesy: Manz Automation AG   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Manz Automation AG

 

Etrion closes acquisition of 4 MW Italian solar photovoltaic power plants and 17 million Euro debt financing

Canadian energy company Etrion Corporation (Toronto, Ontario and Geneva, Switzerland) on November 5th, 2009 announced that it had closed the financing for the construction of four solar power plants in southern Italy with an aggregate capacity of 4 megawatts (MW). The ground-based solar photovoltaic (PV) power plants are to generate approximately 6.8 million kilowatt hours (kWh) annually, enough electricity to power more than 650 homes.   The company reports that it had arranged the financing with Centrobanca, an Italian bank owned by the UBI Group. The total project cost is estimated to be 20.7 million Euros (30.7 million US-dollars), and the nonrecourse loan provided by Centrobanca is for 17.2 million Euros (25.5 million US-dollars), or 83 % of the anticipated cost. Concurrent with the financing, a subsidiary of Etrion reportedly committed the balance of 3.5 million Euros (5.2 million US-dollars). "We are pleased to close the acquisition and financing of our first renewable energy project in Italy", said Marco Northland, the Etrion's Chief Executive Officer (CEO). "We expect the solar power plants to be operational by the summer of 2010. This is the first of several initiatives we are developing in Europe and plan to realize in 2010 through a combination of co-development efforts and the acquisition of existing projects." According to the press release, the construction of the first project is scheduled to begin by the end of November 2009, and the company's first electricity sales under the Italian feed-in-tariff (FIT) regime are expected during the third quarter of 2010.

2009-11-09   Courtesy: Etrion Corp.   Solarserver.de   © Heindl Server GmbH

 

Another milestone surpassed on the road to millions of DSC roofs

Dye solar cell by Dyesol
Dye solar cell by Dyesol

According to a press release the collaboration between Dyesol Limited (Queanbeyan, New South Wales, Australia) and steel producer Corus on dye solar cells (DSC) has surpassed another milestone on the road to full commercialization with the team meeting all the contractual criteria and performance targets of the Welsh Assembly Government (WAG) contract.   The project, supported by the WAG with more than 5 million Pounds Sterling (8.28 million US-dollars), has reportedly passed its sixth milestone to enhance the value proposition for dye solar cells (DSC) on metal strips for use in buildings. On November 4th, 2009 the milestone review meeting was held at the joint "PV Accelerator" facility on the Shotton site of Corus, which houses the 30 person technology team that aims to bring this building integrated photovoltaic (BIPV) product to market.



Companies team up to commercialize products for expected annual market of 35 GW photovoltaic power

In parallel to the product development work necessary to achieve this milestone, Dyesol and Corus report that they have formed the team into a Corus-led production oriented organization addressing the particular issues as the companies move closer to production. According to the press release, the emphasis is now on the product, process optimization and integration of the continuous manufacturing processes. During the forthcoming 'Alpha Model' period the facility is expected to produce about 1.5 km of product for performance and long term testing and for integration trials. Dyesol reports that the company has provided the DSC technology design and core processes for the project, and that it acts as the supplier of DSC materials to Corus. The companies are to share the rewards of commercializing the products worldwide. In this coming phase, Dyesol plans to scale up its materials manufacture, particularly in Wales, to meet the forecast demand for the portfolio of DSC materials. Based on the existing coated steel market of over 1 billion square meters annually, the addressable market is forecasted to be over 200 million square meters of photovoltaic product (or up to 35 GW of PV power) per year.

2009-11-09   Courtesy: Dyesol Limited   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Dyesol Limited

 

HCPV producer OPEL Solar awarded U.S.-Treasury payment under American Recovery and Reinvestment Act

Mike McCoy: New solar projects will create new jobs.
Mike McCoy: New
solar projects will
create new jobs.

OPEL Solar, Inc. (Shelton, Connecticut and Toronto, Ontario, Canada), subsidiary of OPEL International Inc. and a global developer and supplier of high concentration photovoltaic (HCPV) and other solar products, including ground-based and rooftop solar tracker systems, on November 5th, 2009 announced that it had been awarded a 179,000 US-dollar payment under a U.S. Department of Energy (DOE) and the U.S. Treasury Department program, which is to provide up to 3 billion US-dollars in direct payments to companies that create and place in service renewable energy facilities. According to a company official, the award was in recognition of the development and successful installation of one of Connecticut's first rooftop tracking solar power systems, completed by OPEL Solar in March 2009. 


Investments in solar power projects to contribute to continued growth of the U.S. economy

The company reports that this system with an electricity generating capacity of 131 kilowatts (kW) supplies to the Linden Elementary School in Plainville, Connecticut, covering approx. 20 % of its power needs. "The direct payment by the U.S. Treasury Department broadens OPEL Solar's ability to fund new solar projects that will create new jobs and will make inroads for clean solar energy", said Mike McCoy, Chief Financial Officer (CFO) of OPEL Solar, Inc. "Our investments in other solar power projects also will contribute to continued growth of the U.S. economy." According to the press release, OPEL Solar had also been awarded a grant by the Connecticut Clean Energy Fund (CCEF) for the Linden Elementary School power system, which the company reports features its patent pending "Sequoia" solar tracker system.

2009-11-09   Courtesy: OPEL Solar, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: OPEL Solar, Inc.

 

Suntech and Huadian partner on 10 MW solar PV plant in Jiangsu Province

HiPerforma monocrystalline module by Suntech
HiPerforma monocrystalline
module by Suntech

Suntech Power Holdings Co., Ltd. (Wuxi, China), the world's leading manufacturer of crystalline silicon photovoltaic (PV) modules, on November 8zh, 2009 announced it will develop a 10 MW solar photovoltaic power plant in Dongtai, Jiangsu Province, in conjunction with its strategic partner Huadian New Energy Development Co., Ltd. (HNE). Suntech will supply high quality solar modules and design and manage the installation of the plant. Suntech holds a minority share of the project, the company reports in a press release. The Dongtai solar plant, which is targeted to be completed by the end of 2009, due to Suntech will be powered by more than 37,000 Suntech solar panels and is projected to displace approximately 15,000 tons of carbon dioxide emissions per year. The project is expected to be supported by the Jiangsu Province’s feed-in-tariff policy that provides 2.15 RMB/kWh (0,32 US-Dollar) for ground-mount solar projects completed in 2009.  National and provincial governments supporting solar energy development

"We applaud the positive incentive policies and decisive steps taken in 2009 both at national and provincial levels to support solar energy development and establish a greener economy in our country",
Suntech’s Chairman and CEO Dr. Zhengrong Shi stated. "In particular, Jiangsu Province has shown great leadership with the introduction of their solar subsidy earlier this year. We are also pleased to see that other provinces are developing similar policies that will encourage greater investment in solar projects in China", he added.

Dr. Shi continued: "Suntech is firmly committed to paving the course for environmental protection and renewable energy development in China through close cooperation with our strategic partners such as Huadian. We plan to leverage our solid track record of solar innovation and market leadership in Europe, Japan and the US to accelerate solar energy education and market development here in China."



Huadian to invest heavily in wind and solar power

Mr. Zheng Fang, General Manager of HNE said, "As one of the five major power utilities in China, Huadian attaches great importance to its economic, political and social responsibilities. While actively promoting energy conservation, carbon emission reduction, and the acceleration of structural improvements, Huadian will invest heavily in renewable energy solutions such as wind and solar power. We are pleased to collaborate with solar industry leader Suntech Power – through our collaboration we will not only create development opportunities for both corporations, but also develop China’s photovoltaic industry in order to make a positive contribution to resource conservation, the environment and society."

The project will be the first to be initiated through Suntech’s strategic agreement with HNE announced in July 2009. Under the agreement, the two partners will develop utility-scale and commercial roof-top solar projects in China's sun-rich western provinces, Jiangsu province and Shanghai.

2009-11-09   Courtesy: Suntech Power Holdings Co., Ltd.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Suntech Power Holdings Co., Ltd.

 

GridPoint to provide software solutions for SMUD's smart grid solar photovoltaic project

GridPoint, Inc. (Arlington, Virginia), a developer of smart grid software, on November 3rd, 2009 announced that it will provide storage management, renewable integration and home energy management solutions for Sacramento Municipal Utility District's (SMUD) smart grid solar project. GridPoint reports that it has worked with the utility to draft the proposal, which is part of 117.6 million US-dollars allocated by the U.S. Department of Energy (DOE) in support of high penetration solar deployment projects. SMUD's project is to evaluate how the integration of energy storage could enhance the value of distributed photovoltaic (PV) resources for the community, the utility and the grid by reducing peak loads, firming capacity and maximizing overall system efficiency  It is expected to help build a strategy that can be replicated throughout SMUD's service territory. GridPoint reports that the project will integrate energy storage into an existing PV environment, a residential solar community in Rancho Cordova, California, and test new consumer control concepts and PV inverter control within an advanced metering infrastructure (AMI) system.


Software to manage loads on the electricity grid, integrate smart batteries to meet peak demand

"Energy storage is considered the holy grail because it is the key to bringing significant quantities of renewable energy onto the grid. When it can be easily controlled by both a utility and consumers, it offers a compelling solution for optimizing the grid", said Peter L. Corsell, Chief Executive Officer (CEO) at GridPoint. "We are pleased to be partnering with SMUD on this deployment, which will likely provide significant lessons for the industry as a whole." GridPoint reports that its software will monitor and control solar production and storage assets in real time, allowing SMUD to determine how to make them a predictable and more valuable energy resource. The software is to be used to dispatch stored energy from advanced batteries to reduce peak demand, power or back up homes' critical loads, charge the batteries, or export solar into SMUD's distribution system.


Households to receive immediate pricing information, utility to test consumer behavior based on this knowledge

The integration of the software with the utility's AMI system is expected to facilitate household load control via GridPoint's home energy management portal. The company reports that the portal will allow consumers to view household energy usage, PV production and output, and energy storage capacity, and also receive and respond to real-time pricing signals from SMUD to curtail usage during periods of peak demand. GridPoint's capabilities are also said to enable the utility to evaluate whether capacity firming and advanced pricing signals influence consumer behavior. According to the press release, it will allow SMUD to observe consumer preferences and interaction with the technology in order to provide innovative services and increase the effectiveness of energy conservation programs. "We expect that both SMUD and our customers will benefit from GridPoint's capabilities, which include providing flexibility to home owners in managing their energy use and balancing the load curve to improve overall reliability and efficiency", said Jim Shetler, SMUD Assistant General Manager, Energy Supply. GridPoint reports that the company is working with utilities across the United States, including Austin Energy, Duke Energy and Xcel Energy.

2009-11-09   Courtesy: GridPoint, Inc.   Solarserver.de   © Heindl Server GmbH

 

Soaring Heights Communities to become the largest solar-powered community in the U.S.

Ground-mounted solar arrays at Soaring Heights Communities, Davis-Monthan AFB in Tucson
Ground-mounted solar arrays
at Soaring Heights Communities,
Davis-Monthan AFB in Tucson

Housing developer Actus Lend Lease, SolarCity, Tucson Electric Power (TEP) and financing parties National Bank of Arizona and U.S. Bancorp Community Development Corporation (USBCDC) are working to create one of the nation's largest distributed, community-wide solar power systems at Soaring Heights Communities at Davis-Monthan Air Force Base, according to a press release. Upon completion, the community is expected to be the largest solar-powered community in the continental United States.   The solar photovoltaic (PV) systems are expected to produce more than 10 million kilowatt hours (kWh) of electricity annually, sufficient to provide an estimated 75 % of the residents' energy use next year. SolarCity reports that the complete installation is expected to include six megawatts (MW) of total solar capacity in a combination of a ground-mounted photovoltaic (PV) system and rooftop solar PV systems that are to be installed on approximately 900 residences. National Bank of Arizona is to own the 45,000 panel ground-mounted system, which accounts for more than 3.3 MW of solar capacity. The balance of the system is expected to consist of 36,000 more panels in the rooftop arrays.



U.S. Air Force Base community selected for solar project based on location, suitability for solar panels

According to the press release, the solar systems will be designed and installed by SolarCity and will be interconnected by TEP. The entire project is estimated to represent an increase of more than 15 % over Arizona's current grid-tied photovoltaic capacity. Collectively, the installation is expected to offset more than 570 million pounds of carbon dioxide over its lifetime. SolarCity reports that Soaring Heights Communities will also be one of the first solar-powered communities on an Air Force Base in the U.S. According to the press release, Actus Lend Lease is currently developing one of the world's largest solar powered communities at its Army Hawaii Family Housing complex, which is expected to become the largest solar-powered community in the U.S. upon its completion. Through its partnership with the U.S. Air Force, Actus Lend Lease leases Soaring Heights Communities homes to military families. Starting earlier this month, SolarCity reportedly began installing 1,000 PV modules per day on previously vacant land near Soaring Heights Communities. Homes in the community have been selected for solar installations based on their specific location and suitability for solar panels. Most of the homes selected for solar system installations are new dwellings built to the rigorous energy efficiency standards of TEP's "Guarantee Home Program," while some are existing homes, SolarCity explains.


Arizona utility to provide solar incentives, expects PV power to help reach renewable energy goals

TEP is to provide incentives through its customer-funded "SunShare" program to reduce the long-term cost of Soaring Heights Communities' photovoltaic installation. Both systems' output are expected to help TEP work toward the renewable energy goals established by the Arizona Corporation Commission (ACC). "Through the SunShare incentives that make this project possible, every TEP customer will be invested in the success of this remarkable new solar-powered community", said David Hutchens, Vice President of energy efficiency and resource planning for TEP and its parent company, UniSource Energy Corporation. "This project will help shrink the carbon footprint of Tucson’s largest military base while setting a new standard for distributed solar power systems." According to the press release, SolarCity will be outfitting the solar systems with its "SolarGuard" monitoring systems to measure solar electricity production, and to measure the performance of the ground-mounted arrays against the rooftop arrays. "Soaring Heights Communities is truly a solar city, and our largest installation to date," said SolarCity CEO Lyndon Rive. "We expect this project to be a springboard for additional clean power development in Arizona, one of the best locations for solar in the world."

2009-11-09   Courtesy: SolarCity   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SolarCity

 

Evergreen Solar's sequential PV shipments increase 35 % to 31 MW for the third quarter

Solar
Solar "String Robbon"
cells by Evergreen Solar

Evergreen Solar, Inc. (Marlboro, Massachusetts), a manufacturer of "String Ribbon" solar photovoltaic(PV) products with its proprietary, low-cost silicon wafer technology, on November 4th, 2009 announced the company's financial results for the third quarter that ended on October 3rd, 2009. According to the press release, key accomplishments during the quarter were the shipment of 31.3 megawatts (MW) of PV panels from the Devens production facility, an increase of 35 % over second quarter shipments, and the reduction of total manufacturing cost to 2.24 US-dollars per watt, down 17 % from 2.70 US-dollars per watt in the second quarter.  Evergreen reports that the company was able to generate 6.3 million US-dollars earnings before interest, taxes, depreciation and amortization (EBITDA), and that its wafer manufacturing cost was approximately 0.75 US-dollars per watt, down from 0.85 US-dollars per watt in the second quarter.



Transition of Devens panel assembly to China planned for 2010

The company reports that it has also finalized agreements with Jiawei Solar and the Wuhan, China Government's Hubei Science & Technology Investment Co., Ltd. (HSTIC), under which it will manufacture String Ribbon wafers at a leased facility currently being built by Jiawei in Wuhan, China. Jiawei pledged to convert the wafers into Evergreen Solar-branded panels on a contract manufacturing basis. HSTIC is to provide 33 million US-dollars of 7.5 % financing, which Evergreen Solar says it will repay no later than July 2014. The company reports that it was also able to hire its Chinese executive team, including Henry Ng, former General Manager of Suntech Power's factory in Wuxi, China, and that it has begun pilot production at the company's Michigan high-temperature filament plant during this quarter. "Due to strong demand from our customers, we were able to increase our sequential production substantially and sell everything we produced", stated Richard M. Feldt, Chairman, Chief Executive Officer (CEO) and President of Evergreen Solar.


Wafer and cell production to remain in the United States

Feldt stressed that because panel prices have fallen over 30 % since mid-2008, it has been very difficult for manufacturers located in high-cost regions to remain price competitive. "Therefore, we are accelerating our strategic initiative of increasing the focus on our unique wafer manufacturing technology; and we will begin to transition our Devens-based panel assembly to China in mid-2010", said Feldt. The company plans to produce approximately 30 to 35 MW each quarter at its Devens facility. After the transition of the panel assembly is completed, Evergreen plans to continue to produce wafers and cells at Devens. The company reports it can expand its module production capacity if long-term demand for panels manufactured in the United States significantly increases.

2009-11-08   Courtesy: Evergreen Solar, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Evergreen Solar, Inc.

 

Indian market researcher RNCOS believes global PV market ready to take off

RNCOS PV study
RNCOS PV study

According to a study by RNCOS E-Services Pvt. Ltd. (Noida, India), a global market research and information analysis company, the annual global installed photovoltaic (PV) capacity reached around 5.6 gigawatt (GW) in 2008, taking the total installed capacity to around 15 GW by the end of that year. The authors of the report, dubbed "Global Photovoltaic Market Forecast to 2013", believe that various factors including government incentives for solar energy, narrowing cost differentials between solar and conventional sources of energy, increasing environmental concern and emission regulations will remain major growth drivers for the PV industry worldwide.  

According to RNCOS, the study gives an overview of the market forces that are currently driving the global demand for PV industry, identifying a dependency on government initiatives. As an example, researchers point to the United States of America, which due to RNCOS lags behind Germany and Japan due to lack of adequate policies. The report anticipates that the PV market will largely depend on governments' enforcement of existing or new support mechanisms across the world. Besides this, RNCOS believes that the competition among major manufacturers will intensify, with new players entering the market as the potential for PV opens up. According to the press release, the report focuses on the growing marketplace for the PV industry at global as well as at the country level and analyzes the current market trends along with future growth prospects of the industry.

2009-11-08   Courtesy: RNCOS E-Services Pvt. Ltd.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: RNCOS E-Services Pvt. Ltd.

 

Global Green Challenge 2009: Tokai University wins in solar car equipped with Sharp solar photovoltaic (PV) cells

"Tokai Challenger" wins solar car race
in Australia

Driving a solar car equipped with 2176 Sharp compound solar cells with a conversion efficiency of 30 percent and a nominal PV capacity of 1,8 Kilowatt (kW.), the Tokai University team won the Global Green Challenge, one of the world’s largest solar car races. On October 25th, 2009 the solar car team from Tokai University began its impressive run from Darwin in the north of Australia to Adelaide in the south, covering the approximately 3,000 kilometers at an average speed of about 100 kilometers per hour. The team’s journey ended at 2:39 p.m. (local time) on October 28, when its car, the "Tokai Challenger", crossed the finish line in first place, well ahead of the second-place finisher.   The event continued until October 31, and the awards ceremony was hold on the same day. According to a press release by Sharp Corp. (Japan), the high performance of Sharp’s solar cell was proven by the amazing drive of the Tokai University team, including Kenjiro Shinozuka, Japan’s leading rally driver.





Research on high-efficiency solar cars in Japan

The Tokai University Challenge Center Team is led by Professor Hideki Kimura, who researches high-efficiency solar cars at Tokai University School of Engineering’s Department of Electrical and Electronic Engineering. The team for this year’s race was made up of 19 members, mostly students.

More information about the race on http://www.globalgreenchallenge.com.au/

2009-11-08   Courtesy: Sharp Corp.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Sharp Corp.

 

Applied Materials acquires the assets of Advent Solar

Advent Solar pioneered innovations for producing c-Si solar cells
Advent Solar pioneered innovations
for producing c-Si solar cells

Applied Materials, Inc. (Santa Clara, Calif.), supplier of equipment and services to the solar photovoltaic (PV) industry, announced on Nov. 6th 2009 that it has acquired substantially all the assets, including the intellectual property, of Advent Solar, Inc. for an undisclosed cash amount. Advent Solar is a developer of advanced technology for crystalline silicon (c-Si) photovoltaic (PV) cells and modules. This acquisition is expected to complement Applied’s portfolio of solar PV technologies and enhance its leadership in the c-Si equipment market. Advent Solar has pioneered several innovations for producing c-Si cells and modules, including technology for streamlining module assembly processes and advanced efficiency device architectures.  The company, founded in 2002, is headquartered in Albuquerque, New Mexico.




Mark Pinto: Delivering systems to enhance customers’ c-Si roadmaps and accelerating cost reduction

"We believe the acquisition of Advent Solar will increase our opportunities to provide innovative solutions for reducing module production costs", said Dr. Mark Pinto, chief technology officer and general manager of Applied’s Energy and Environmental Solutions Group. "Combining Advent Solar’s PV technology with Applied’s expertise in automated wafering and cell production equipment, we expect to deliver systems that will enhance customers’ c-Si roadmaps and accelerate the reduction in cost per watt of solar electricity." After the close of this transaction, Advent Solar’s assets will be integrated with Applied’s Energy and Environmental Solutions Group.

2009-11-07   Courtesy: Applied Materials, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Advent Solar, Inc.

 

BioSolar completes R&D, begins production of bio-based solar panel backsheets

Pv panel with
Pv panel with "BioBacksheet" by BioSolar

BioSolar Inc. (Santa Clarita, California), a developer of a technology to produce bio-based materials from renewable plant sources for the production of photovoltaic (PV) solar modules, on November 4th, 2009 announced that the company had completed the research and development phase on its proprietary "BioBacksheet-C." According to the press release, this product, designed for traditional crystalline silicon (c-Si) PV solar panels, is now qualified for production. It is to be the company's first product to become commercially available.   "Designed specifically for cost-sensitive, economical PV solar cell modules, we expect the BioBacksheet-C to be instrumental in driving down the cost per watt of solar power", said Dr. David Lee, President and Chief Executive Officer (CEO) of BioSolar. "An initial full production run was recently completed at one of our manufacturing partners and samples will be available for all interested PV module manufacturers shortly."


Plant-based backsheet materials to meet solar industry standards

BioSolar reports that the company is working to make solar power 'greener' and more affordable by developing natural, non-toxic alternatives to the petroleum-based films currently in use by most silicon-based solar module manufacturers. Its proprietary line of BioBacksheets is made of plants rather than petroleum, and it reportedly meets or exceeds the characteristics of various testing and performance standards for the PV industry. The products are also said to cost significantly less than current petroleum-based films.




UL 1703 certification passed

Dr. Stanley B. Levy, Chief Technology Officer (CTO) of BioSolar, commented the performance of BioBacksheet-C products during standard qualifications: "They have been tested and passed some of the most rigorous tests of UL 1703, the Underwriters Laboratories PV certification standard, including the damp heat test, where the module is exposed to 85 degrees C and 85 % relative humidity for 100 hours, and the wet Hipot test, which is a measure of short circuit resistance after the module has been submerged in water." According to the press release, BioBacksheet-C is a two component system that is highly water resistant and contains high dielectric strength material combined with cellulosic film. "The substrate is a cellulosic material coated with a proprietary material to reduce the water vapor transmission rate and to increase abrasion resistance", Lee added.

2009-11-07   Courtesy: BioSolar Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: BioSolar Inc.

 

Total signs a research agreement with MIT to develop batteries for solar power storage

Total, Paris, France, on November 3rd, 2009 announced the company had signed a research agreement with the Massachusetts Institute of Technology (MIT) to develop new stationary batteries that are designed to enable the storage of solar electric power. According to the press release, this agreement is valued at 4 million US-dollars over five years, and it is part of the "MIT Energy Initiative", which Total joined as a member in November 2008.   The Total-MIT research project's primary focus is on development of a low-cost, long-life battery suited to store the power generated by photovoltaic (PV) panels, the company reports. The ability to store solar electricity is believed to be a major challenge and an essential ingredient for the scale up and widespread deployment of affordable solar power. Total reports that the research agreement marks a significant step forward in its research and development (R&D) of alternative energies, particularly in accelerating the development and deployment of solar power. Philippe Boisseau, Total's President of Gas & Power, said: "Our partnership with MIT and its Energy Initiative will support groundbreaking research, designed to meet the needs of energy consumers."


MIT Energy Initiative to improve energy systems, develop global energy marketplace

According to the press release, the MIT Energy Initiative (MITEI) is a MIT Institute-wide initiative designed to help transform the global energy system to meet the challenges of the future. It includes research, education, campus energy management and outreach activities, and an interdisciplinary approach that covers all areas of energy supply and demand, security, and environmental impact. Total reports that MITEI pairs the institute's world-class research teams with key players across the innovation spectrum to help improve today's energy systems and shape tomorrow's global energy marketplace. Ernest Moniz, Director of the MIT Energy Initiative program, said: "Total's support for research in the storage of solar energy has the potential to be a game-changer. We applaud their commitment and look forward to working with them to develop low-cost storage options that could enable affordable, reliable energy from renewable sources." MITEI is also said to be a resource for policy makers and the public, providing unbiased analysis and serving as an honest broker for industry and government.

2009-11-07   Courtesy: TOTAL   Solarserver.de   © Heindl Server GmbH

 

Sunfilm provides modules for largest photovoltaic roof installation in Germany with silicon-based thin film tandem junction technology

Sunfilm AG (Grossroehrsdorf, Germany) on November 6th, 2009 announced it has completed the delivery of its thin film tandem junction modules for a 700 kWp PV installation on the roof of Weinmann Aach AG in Dornstetten, Black Forest. This photovoltaic array - the largest roof installation in Germany of its kind - was contracted by Sunova AG, Grasbrunn, that is partner in several roof projects throughout Europe, acknowledging the outstanding performance of Sunfilm modules with respect to their application on flat roofs. Sunfilm provided its module Model Q, which represents the smallest out of five available formats. 




PV panels have to resist strong winds and heavy snow loads

The roof installation in Dornstetten will be challenged by strong winds and heavy snow loads but is perfectly prepared for such exposure as the SUNOVA MCG 2.1 System has already proved its superior mechanical stability under such conditions in the laboratory, in wind tunnel tests and in the field, Sunfilm emphasizes in its press release. The PV power station is planned to produce 2.4 times more power per year than Weinmann Aach AG used in 2008. This provides enough capacity for an increase in power requirement as the company expands.


Horizontal orientation of modules avoids negative effects of shadowing, increases number of panels per roof area

Sunfilm’s thin film tandem junction technology is particularly well suited for commercial roof installations because the modules maintain their excellent energy efficiency, even when installed in parallel roof orientations. This horizontal orientation avoids negative effects of shadowing by adjacent rows of PV panels. Therefore, modules can be put closer together increasing the number of panels per roof area. In addition to this orientation advantage, the modules also maintain their efficiency at lower irradiation conditions, appropriate for most regions in Germany. Another important aspect is the environmental benefit as the PV system in Dornstetten reduces climate-active CO2 emissions by yearly 540 tons, Sunfilm accentuates.

2009-11-06   Courtesy: Sunfilm AG   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Sunfilm AG

 

Applied Materials opens advanced solar research and customer demonstration facility in China

Applied Materials' solar research center in China
Applied Materials' solar research
center in China

Applied Materials, Inc. (Santa Clara, California), one of the world's largest suppliers of equipment for the solar photovoltaic (PV) industry, opened an advanced solar research and demonstration facility in Xi'an, China. Applied Materials reports that this "Solar Technology Center" is the largest non-government solar energy research facility in the world, with laboratory and office buildings that cover more than 400,000 square feet, containing an entire Applied "SunFab" thin film manufacturing line and a complete crystalline silicon (c-Si) pilot process.   These lines are configured to simulate customer fabrication (fab) environments. According to the press release, Xi'an is one of the leading high-technology research areas in China, a growing center of energy technology excellence that boasts more than 40 colleges and universities. "This opening represents a critical breakthrough for the photovoltaic industry and China and a tremendous benefit to our customers”, said Mike Splinter, Chairman and Chief Executive Officer (CEO) of Applied Materials.


Center equipped with a 56 kW photovoltaic array on a parking lot structure

Applied Materials celebrates the company's 25th anniversary in China this year, where it currently employs 800 people in 13 offices, with approximately 300 employees in Xi'an. The company reports that it first broke ground in Xi'an in 2006, and that the total investment in the multi-phase project is more than 250 million US-dollars. The completed facility reportedly includes a solar technology center for research and development (R&D), engineering, product demonstration, testing and training for crystalline silicon and thin film solar module manufacturing equipment and processes. Employees in the center are to work closely with local suppliers to test and qualify new materials and tools and to evaluate potential new cost saving technologies. Applied Materials reports that the center is equipped with the currently largest solar power system in Xi'an, a 56 kilowatt (kW) array on a parking lot structure. "We believe this technology center will provide important contributions to driving down the cost of solar around the world", stated Mark Pinto, Senior Vice President, General Manager, Energy and Environmental Solutions and Applied Materials' Chief Technology Officer (CTO).

2009-11-06   Courtesy: Applied Materials, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Applied Materials, Inc.

 

Mexico: SANYO celebrates opening of Monterrey solar module manufacturing plant

HIT solar module by SANYO.
HIT solar module by SANYO.

SANYO Energy, S.A. de C.V. (Tijuana, Mexico), a subsidiary of SANYO Electric Co., Ltd., on November 4th, 2009 announced that it had officially started production at its photovoltaic (PV) manufacturing plant in Monterrey, Mexico. The company will assemble its patented "HIT" (Heterjunction with Intrinsic Thin-layer) solar modules at the plant. SANYO reports that its HIT solar cells and modules feature the world's highest solar light to electric energy conversion efficiency per installed square foot. SANYO Energy is to produce solar panels at an annual capacity of 50 megawatts (MW), the assembled panels are envisaged to be used in installations in North America.  According to the press release, SANYO is augmenting its facilities with the necessary equipment and construction of new facilities for future growth in response to market demand. The company plans to move forward to reach goals set for an annual global production capacity of at least 600 MW by fiscal year 2010.




Manufacturing of silicon ingots and wafers in the United States; module assembly plants in Mexico, Hungary and Japan

"Our Monterrey plant was actually our first overseas module assembly facility in our solar business", said Mitsuru Homma, Executive Vice President and Member of the Board of SANYO. He added that the Monterrey plant is an important production location and he believes that it has largely contributed to the growth in sales in North America. The company reports that it currently manufactures a large portion of silicon ingots and wafers in the United States, solar cells are being made in Japan and that its module assembly plants are located in Mexico, Hungary and Japan.

2009-11-06   Courtesy: SANYO Energy, S.A.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SANYO Electric Co., Ltd.

 

Australia: Silex Solar re-starts Sydney Olympic Park PV manufacturing plant, starts certification process

Silex Solar Pty Ltd. , a wholly owned subsidiary of Silex Systems Ltd. (Lucas Heights, NSW, Australia) on November 2nd, 2009 announced the successful re-start of its "Sydney Olympic Park" solar photovoltaic (PV) manufacturing plant and the dispatch of solar panels to a Japanese laboratory for formal testing and standards certification.   The company reports that this qualification process is a standard testing procedure which, assuming success, Silex Solar's initial commercial product range of solar panels will receive certification under the IEC Standards protocol. Firstly the company plans to focus on the residential and commercial rooftop markets in Australia, with initial sales expected to occur in the first quarter of calendar year 2010. "These two achievements are very important milestones towards the launching of the company's commercial operations", said Silex Chief Executive Officer (CEO) Dr. Michael Goldsworthy. "It is particularly pleasing that the plant start-up and the production of initial solar panels for qualification have been accomplished on schedule and within budget."



Launch of solar PV manufacturing plant to occur at the right time given the expected market growth

According to the press release, the SOP plant is the largest solar cell manufacturing facility in the Southern Hemisphere, with more than 50 megawatts (MW) of solar cell production capacity and 10 MW of module production capability under 24/7 operation. The plant reportedly has the capacity to expand to approximately 200 MW, and possibly more with improvements in solar cell efficiencies. "We believe this is a very opportune time to be starting up a new solar manufacturing business", said Rod Seares, Silex Solar General Manager. "With the current economic downturn, the solar industry is taking a 'breather,' with only 15 % forecast growth this year instead of the 30 % plus per annum growth seen for the 5 years to the end of 2008. However, stronger growth is predicted to return later in 2010 as economic conditions improve; ideal timing for Silex Solar." The company believes that the global swing towards renewable energy sources such as solar, supported by strong government policy initiatives, and ever decreasing solar power costs are key factors favoring growth in the solar industry over the coming years. With a strong technology focus underpinned by a research and development (R&D) program, Silex Solar expects to take advantage of these positive market factors over the next decade. According to the press release, the cells produced in initial volume production at the SOP plant achieved an average cell efficiency of about 17 %.

2009-11-06   Courtesy: Silex Solar Pty Ltd.   Solarserver.de   © Heindl Server GmbH

 

enXco enters agreement with Suntech to supply up to 115 MW of solar panels in 2010

Suntech will ship up to 115 megawatts (MW) of PV modules to enXco
Suntech will ship up to 115
megawatts (MW) of PV modules
to enXco

The renewable energy project developer enXco (Escondido, California), an EDF Energies Nouvelles Company (Paris, France), on November 3rd, 2009 announced that it had entered into a supply agreement with Suntech Power Holdings Co., Ltd. (Wuxi, China), on to up to 115 megawatts (MW) of photovoltaic (PV) modules in 2010.   enXco hopes that this supply agreement will help the company to execute on its growing portfolio of 2010 solar photovoltaic (PV) projects in both the United States and Canada for rooftop and ground mounted utility-scale projects as well. "We are impressed with Suntech's record of quality and innovation and are pleased to enter into this supply agreement securing Suntech as a partner in serving our utility and rooftop customers' needs", said Erik Ellis, Director of Utility-Scale Solar with enXco. Steven Chan, Suntech's Chief Strategy Officer, commented: "enXco has built exceptional expertise in the development of renewable energy projects over the past 20 years, and we are very pleased to partner with them in the expansion of their solar business. We look forward to building upon this agreement and working with enXco to promote a transition to solar energy and sustainable development in the United States."

2009-11-06   Courtesy: enXco   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Suntech Power Holdings Co.

 

Pennsylvania Governor Rendell says state's solar capacity doubles under solar rebate program

Governor Rendell:
Governor Rendell: "PA
Sunshine is putting people
to work across the state"

Pennsylvania Governor Edward G. Rendell on November 2nd, 2009 announced that the new "PA Sunshine Solar Program" is performing better than expected and has helped to double the state's solar generating capacity in less than 6 months. According to the Department of Environmental Protection (DEP), the program has reached its first incentive milestone for small business rebates, namely the deployment of 5 megawatts (MW) of solar power under this program.   This is enough electricity to supply to about 575 average homes in Pennsylvania, and it is estimated to offset 5,580 tons of carbon dioxide (CO2), 16,000 pounds of nitrogen oxide, and 77,500 pounds of sulfur oxide. According to the press release, the commonwealth has committed 12.5 million US-dollars in 625 projects by residential and small business consumers since the program opened in May, 2009. According to DEP, the projects represent at least 50 million US-dollars in private investment. "Reaching this milestone, not to mention the overwhelming response we've had to the program, is proof that it's performing as intended", said Governor Rendell.


State reduces rebates for solar projects for small businesses

The 100 million US-dollar PA Sunshine Solar program is part of the "Alternative Energy Investment Fund," that Governor Rendell had signed into in law in July 2008. It reimburses homeowners and small business owners up to 35 % of the purchase and installation costs of solar energy technology. Under the original guidelines of the program, reaching the 5 MW threshold means the incentive rates for small business solar projects will be reduced. According to the press release, the program offered 2.25 US-dollar per watt for 3-10 kilowatt (kW) projects, 2 US-dollars per watt for 10-100 kW projects, and 1.75 US-dollars per watt for 100-200 kW projects originally. As of Saturday, October 31st, 2009, all small business incentive rates were reduced by 50 cents across the board. Homeowner incentive rates are to remain at the original level of 2.25 US-dollars per watt.


Rebate program creates jobs, reduces dependency on fossil fuels

According to the press release, more than 300 installers have been certified to install solar systems under the Sunshine Solar program, and the DEP continues to receive and accept applications. "PA Sunshine is putting people to work across the state doing everything from manufacturing solar technologies to installing and maintaining them, while helping people and businesses become less dependent on the electrical grid and other fossil fuels, which saves them money", said Governor Rendell. "And because of the program, we're also emerging as a national leader in developing and deploying solar technology." He expects Pennsylvania to be among the top five states for total solar capacity within the next year. John Hanger, DEP Secretary, added: "As the market continues to develop, the intense competition among solar installers and greater efficiencies on the part of manufacturers will help bring down prices for solar. As such, the need for the incentive will continue to decline."

2009-11-06   Courtesy: portal.state.pa.us   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: portal.state.pa.us

 

CNPV launches high performance 72-cell mono crystalline solar module series

72-cell solar module by CNPV
72-cell solar module by
CNPV

China Solar Photovoltaic SA (CNPV; Dongying, China), a multi-product solar company, on November 3rd, 2009 announced that ICIM S.p.A. and Euro Test Lab Italy had awarded the International Electro Technical Commission (IEC) certification to the company's photovoltaic (PV) "premium" module series. According to the press release, these modules are available with power ranging from 190 watts peak (Wp) to 200 Wp, and they are produced with high efficiency 125 x 125 mm mono crystalline cells.   The company recently launched this module series at the 24th EUPVSEC held in Hamburg, Germany. CNPV reports that it already shipped 8 MWp of these modules to key customers in Germany, France, Belgium, and the Czech Republic for rooftop applications. The 72-cell module series is said to feature large area, high-efficiency mono-crystalline silicon solar cells, anti-reflection coated glass and high conductivity interconnected materials.



Modules with large, high-efficiency PV cells believed to outperform solar industry average

According to the press release, both the larger diameter of the cells and their alleged conversion efficiencies of 17.5 % are able to outperform the industry average by 8 %, which the company reports translates into a module efficiency of 15.25 % or more. The anti-reflection coated glass is said to ensure 93 % transmittance at the standard test condition (STC) level, and to provide an additional 3 % performance at field level installations. The company reports that the modules in the series have received the IEC 5400Pa certification verifying their ability to withstand high wind pressures and a heavy snow load. B. Veerraju Chaudary, CNPV's Chief Technology Officer (CTO), said: "CNPV is the first in its field to attain IEC certification for and begin sale of this class of modules series. This is a tremendous achievement for CNPV and clearly demonstrates the power and versatility of the premium module series technology." Zhang Shunfu, Chief Executive Officer (CEO) of CNPV added: "We look forward to working closely with ICIM, Euro Test Lab Italy, TUV Germany, UL Groups and other international testing organizations as we continue to enhance our research and development efforts."

2009-11-05   Courtesy: China Solar Photovoltaic SA   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: China Solar Photovoltaic SA

 

Photovoltaics: SOLON SE wins contract for additional 11 MWp project in Spain

PV system "SOLON Single Axis".

SOLON SE (Berlin, Germany) has been selected to build another turnkey, 11 MWp solar power plant in Spain, the company reports in a press release. The contract was awarded by Renewable Energies and Photovoltaics Spain S.L. (REPS), a majority owned subsidiary of the Norwegian energy company Statkraft AS. The solar power plant will be erected in southern Spain, in the Andalucian town of Espejo and will incorporate SOLON Single Axis tracking photovoltaic systems. Along with power plant planning and installation, the contract also covers subsequent maintenance and operation of the installation. The agreement will be effective as soon as the project is granted Guarantee of Power and the final investment decision has been taken by REPS.  The transaction represents an expansion of the business relationship between SOLON and Statkraft and will ensure additional project volume for SOLON in the Spanish solar market. In June, the two companies had announced the conclusion of a framework agreement on the implementation of power plant projects in Spain for a total output of 40 MWp by the end of 2011.


Statkraft due to SOLON is Europe's largest renewable energy company. The Group develops and generates hydropower, wind power, gas power and district heating, and is a major player on the European power exchanges. Statkraft also develops marine energy, osmotic power, solar power, and other innovative energy solutions. In 2008 Statkraft posted gross operating revenues of EUR 3.1 billion. The group employs 3,200 staff in more than 20 countries.



2009-11-05   Courtesy: SOLON SE   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SOLON SE

 

Signet Solar to ship 10 MW silicon thin film solar PV modules to Tejados Fotovoltaica de Industriales (TIF) Group

Thin film modules by Signet Solar.
Thin film modules by Signet Solar.

Germany based thin film PV module manufacturer Signet Solar and Spanish Tejados Fotovoltaica de Industriales (TIF) Group on October 3rd, 2009 announced that the two companies have executed a definitive agreement for Signet to supply to TIF a minimum of 10 MWp of its thin film modules for shipments before the end of June 2010 and a continued supply relationship for the remainder of 2010 and beyond.   "This agreement will serve as a strong foundation to the long standing successful workings between Signet and TIF Group throughout Spain and Italy. TIF’s extensive market expertise and access to significant equity investors combined with Signet’s aggressive approach in helping its customers attain bankability through its debt and equity partners is a great match", said Gunter Ziegenbalg, Managing Director of Signet Solar GmbH, at the signing ceremony.


"I am very proud to have Signet as my strategic partner for PV deployments", said Klaus Mueller, CEO of Tejados Fotovoltaica de Industriales Group - a leading EPC based in Benissa, Spain. "Signet’s consistent execution to its roadmap of releasing industry leading efficiencies and power output for its silicon thin film modules has enabled BOS cost advantages for my company, which I expect will continue to enable higher IRR’s for our investors. Based on Signet’s 10-15% output performance advantage in higher insulation areas such as Italy and Spain and their bankability now with over 10 debt financers, I am confident I have made the right long term strategic partner."


2009-11-05   Courtesy: Signet Solar, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Signet Solar Inc.

 

Massachusetts: Alteris Renewables to build 506 kW solar photovoltaic system at 'green' business park

PhoenixPark historic Mill space
PhoenixPark historic Mill space

Phoenix Park, a 'green' business park developed from a historic cotton mill complex in Shirley (Massachusetts), on November 2nd, 2009 announced the addition of a 506 kilowatt (kW) solar photovoltaic (PV) system as a flagship effort in a long string of energy efficiency work at the complex. The solar PV array is to be installed by Alteris Renewables (Wilton, Connecticut), and construction is scheduled to begin later this month. According to the press release, the system will include 2,530 Evergreen Solar 200 watt solar panels and Solectria Renewables PV inverters.   Phoenix Park believes that its choice of Massachusetts-made components from Evergreen and Solectria will bolster and reinforce the state's leadership position in the nation's growing green economy. "Phoenix Park is committed to driving the Massachusetts green industry forward by hiring stellar local businesses for its green building and renewable energy initiatives", said Eric Shapiro, Managing Partner of Phoenix Park.



PV system expected to provide approximately 50 % of the total electrical load at the location

"By targeting leading innovative green companies as tenants, we're creating a valuable network and hub for this burgeoning industry." The solar PV system is expected to provide approximately 50 % of the total electrical load at the location, offsetting over 950,000 pounds of CO2 over its lifetime. According to the press release falling price of solar panels, partial funding from the Massachusetts Renewable Energy Trust, and a combination of business tax credits helped make this investment possible for Phoenix Park.

2009-11-04   Courtesy: Alteris Renewables Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Phoenix Park

 

High-Performance CS modules series sets new PTC ratings records for P-Type silicon modules

CS5P module by Canadian Solar
CS5P module by Canadian
Solar

Canadian Solar Inc. in October 2009 announced that two of their solar module series, CS5A and CS5P, have set the new record in PV USA (or PTC) ratings. In addition, the Company announced the successful test of cells produced with Enhanced Selective Emitter (ESE) technology, a breakthrough technology for the Company. In the development of increased conversion efficiencies for scale production, Canadian Solar is on track to boost performance of these cells to 18.5 % for mono crystalline and 17% for poly crystalline.   The Canadian Solar High Performance CS modules were tested in June and July of this year. PTC measurement, a mandatory test in the state of California, measures a PV system power output at atmospheric conditions closer to real-world climatic conditions. A higher PV rating indicates higher actual production on site per watt installed - which translates directly into higher California rebates for system owners. Part of the Company's industry-leading "CS" solar module series, the High Performance modules include ratings of 190 and 250 watts. They are available for immediate delivery, Canadian Solar reports in a press release.


Record-setting PTC efficiencies validating progress in quality and long-term reliability

The Company also announced it is accepting orders for cells and modules with ESE technology for delivery in early 2010. The ESE technology, developed in Canadian Solar laboratories, will enhance module performance and thus is expected to lead to increased revenues and returns on investment for customers. Dr. Shawn Qu, Chairman and CEO of Canadian Solar, commented: "Canadian Solar continues to advance the field of photovoltaics through our commitment to R&D. The record-setting PTC efficiencies of our High Performance CS modules are a clear validation of the progress we've made to bring high quality products and long-term reliability to real solar projects around the world. Our Enhanced Selective Emitter technology is a breakthrough in terms of the efficiency and value we bring to our customers. We will continue to invest in R&D and manufacturing processes, allowing us to further increase our module efficiency, while improving cost structures and driving down the cost of solar."

2009-11-04   Courtesy: Canadian Solar Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Canadian Solar Inc.

 

Photovoltaics: Bosch acquires 68.70-percent majority shareholding in aleo solar AG and majority stake in thin-film manufacturer Johanna Solar

aleo manufacturing facility in Prenzlau
aleo manufacturing facility in Prenzlau

The Bosch Group (Stuttgart, Germany) has acquired the majority shareholding in the photovoltaic (PV) module manufacturer aleo solar AG (Oldenburg / Prenzlau, Germany). Including additional acquisitions and tendered stock, Bosch has now secured 68.70 percent of aleo stock, the Bosch Group reports in a press release. "We are looking forward to further developing our photovoltaics business together with aleo", said Dr. Siegfried Dais, deputy chairman of the Bosch board of management with responsibility for the Solar Energy division. In addition, Bosch is acquiring a more than 60 percent interest in Johanna Solar Technology GmbH, based in Brandenburg an der Havel, Germany, in which aleo holds a roughly 17 percent stake.  The antitrust authorities have already granted the necessary approval, Bosch reports.

Completed value added chain and new distribution channels

"With aleo solar and Johanna Solar, we are strengthening our photovoltaics business by completing our value added chain and opening up new distribution channels", said Holger von Hebel, president of the Bosch Solar Energy division. With its new associates and experienced teams, Bosch would be able to further expand its position in the promising market for renewable energies, he said.


Module manufacturing facilities in Prenzlau and Spain


aleo solar is an established brand name in the solar module market. It manufactures PV modules on the basis of in-sourced mono- and polycrystalline solar cells. The modules are sold via an extensive distribution network and installers to end-users in Germany and other important European markets. In 2008, the company generated sales of roughly 360 million euros, and employed some 800 associates. Its manufacturing facilities are located in Prenzlau, Germany, and near Barcelona, Spain.
Johanna started developing solar modules based on thin-film CIGS cells in 2006, going into production at the end of 2008. These thin-film modules are marketed by aleo. Johanna employs some 125 associates.

2009-11-04   Courtesy: Bosch Group   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: aleo solar AG

 

Thin-film photovoltaics: AT&M and Odersun to form joint venture to address Chinese solar market

Flexible
Flexible "super cell" by Odersun

Advanced Technology & Materials Co., Ltd. (AT&M; Beijing, China), a stock-listed high-tech enterprise in advanced materials, and Odersun AG (Berlin, Germany), a manufacturer of thin-film photovoltaic (PV) cells and modules, on November 2nd, 2009 announced the plan to form a joint venture in Beijing, China, for the production and sales of solar cells and modules based on Odersun's proprietary thin-film technology.   According to the press release, the companies established their relationship in 2004, when AT&M became an early investor in Odersun and a strategic partner in a number of joint research projects. It is believed that recent renewable energy support schemes will drive significant growth in the PV sector in China, which is why both companies join forces to address this fast-growing market.





Addressing the Chinese market and accelerating innovation at Odersun

"We are delighted with this chance to bring highly innovative and flexible solar products based on Odersun's technology to the growing Chinese market", said Dr. Zhao Pei, President of AT&M. "Our joint venture is the result of long-term cooperation and trust between Odersun and AT&M." The companies expect that AT&M's expertise in material science and technologies and Odersun's solar technology and market experience are forming a mutually beneficial foundation for this collaboration. "Here we have the unique opportunity to address the Chinese market and at the same time to further accelerate innovation at Odersun in cooperation with a highly competent partner", said Dr. Hein van der Zeeuw, Chief Executive Officer (CEO) of Odersun AG. The construction of the joint venture's manufacturing facilities in China is expected to start in the course of 2010.

2009-11-04   Courtesy: Odersun AG   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Odersun AG

 

SMUD awarded over million grant for photovoltaic and smart grid pilot project

SMUD to enhance the value of distributed PV resources
SMUD to enhance the value
of distributed PV resources

The Sacramento Municipal Utility District (SMUD) will be awarded .3 million dollars from the Department of Energy (DOE) to aid in completing the utility’s photovoltaic (PV) and smart grid pilot project. The primary objective of the 12-month pilot project is to examine how the integration of energy storage can be used to enhance the value of distributed PV resources, SMUD reports in a press release. The pilot which is expected to kickoff in the first half of 2010 will be conducted in Anatolia III, a community within SMUD’s service territory.   The community is part of the utility’s Solar Smart HomesSM program and is made up of new, energy efficient homes with 2kW grid-tied, rooftop PV systems installed during construction. Energy storage will be deployed in two configurations. First, Residential Energy Storage (RES) systems will be connected behind the meter at customer homes and sized to integrate with the home’s PV output and load. Second, Community Energy Storage (CES) systems will be connected to pad- mount transformers on distribution feeders and will be sized to work with the group of homes fed by each transformer. A control group without energy storage will also be included in the project.




Monitoring of PV systems along with the energy storage to demonstrate potential value of distributed energy resources

Additionally each of the homes will be part of SMUD’s Advanced Metering Infrastructure (AMI) rollout. The use of the new meters will allow SMUD to monitor the hourly electricity usage of each volunteer. The pilot will also allow monitoring of the PV systems along with the energy storage to give SMUD a better picture of the potential value of distributed energy resources from a utility standpoint and determine how well the storage systems can support SMUD’s super-peak from 4 p.m. to 7 p.m., especially after 5 p.m. when output from the PV systems drops significantly. SMUD has been a leader in developing ways to better integrate renewable technologies into the grid. Once completed, the results of the pilot are expected to take another important step by contributing significantly to developing ways to address technical issues that currently limit the integration of PV in high penetrations.

SMUD will serve as the project lead with GridPoint, National Renewable Energy Laboratory (NREL) and Navigant Consulting rounding out the project team. The entire project is expected to cost .9 million. DOE grant funds are subject to negotiation but are expected to be the primary funding source with additional funding coming from the project team.

2009-11-04   Courtesy: Sacramento Municipal Utility District   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Sacramento Municipal Utility District

 

Compensation study by HR PERSONAL CONSULTING: Manager remunerations within the renewable energies sector in Germany tended to increase once again in 2008

HR PERSONAL CONSULTING (Dresden, Germany) currently publishes a study about the compensations of management and supervisory board members in 37 listed German companies mainly working in the renewable energies (RE) sector. With this study the personnel consultancy primarily specialised in executive search in the clean-tech industries aims at presenting objective data as a helpful orientation within this subject and a basis of decision-making, especially against the background of the public discussion about appropriateness of compensations at the C-level. In particular for foreign investors the company states relevant information needs, HR PERSONAL CONSULTING emphasizes in a press release. 

Data of 18 companies from the photovoltaic industry analysed

Purpose of the study is the analysis and presentation of the compensation of management board members in the RE sector from the years 2007 and 2008. Meaningful influence factors, trends and correlations are considered. Additionally, the data of 18 companies from the photovoltaic industry as the largest group within this sample are analysed once again separately. Currently, the present examination due to the company is the only compensation study up to date which concentrates on the RE sector exclusively. Its findings are considered to be representative for this sector. From it suitable recommendations can be educed for compensations of managing directors in not listed companies. In contrast to other industry specific respectively intersectoral compensation studies in the one at hand not only the CEO remuneration is analysed but also the compensation of the remaining management board members in 2007 and 2008. Moreover, supervisory board members are considered as well for both years. By doing so the study provides a complete data collection and presentation of detailed figures and their changes from 2007 to 2008 for each company, including compensations of management and supervisory board as well as company key figures.


Q-Cells' CEO Anton Milner lead the ranking in 2008

Furthermore, the Top Five of the best paid managers and the companies with the highest average compensation at C-level are revealed. In 2008, this ranking is led by Anton Milner, CEO of Q-Cells SE. Interested parties can order the study in English from HR PERSONAL CONSULTING by now in the digital version on CD for 599 EUR or as hardback at a price of 699 EUR, each price including 7% VAT.

2009-11-04   Courtesy: HR PERSONAL CONSULTING GmbH   Solarserver.de   © Heindl Server GmbH

 

Intel announces US million investment in Trony Solar

BIPV reference system by Trony Solar (Shenzhen Nanshan Software Park)
BIPV reference system by Trony Solar
(Shenzhen Nanshan Software Park)

Intel Capital, the global investment arm of Intel Corporation, in October 2009 announced its first two cleantech investments in China. Intel Capital on own account is investing million in Trony Solar Holdings Co., Ltd., a Chinese thin-film solar energy (photovoltaics) and solution provider, the company reports in a press release. They also signed an agreement, subject to various closing conditions, to invest in NP Holdings Limited (NPH), a technology company focused on massive electricity storage systems for renewable energy and energy efficiency. The amount of the investment was not disclosed.   "These investments demonstrate Intel Capital’s ongoing commitment to investing around the globe and its strategic focus on cleantech", said Arvind Sodhani, president of Intel Capital and executive vice-president of Intel. "Clean technologies are transforming our world and the landscape of entrepreneurship."



PV production capacity to be expanded up to 105 megawatts

Trony plans to use the investment to enhance its photovoltaic (PV) production capacity to 105 megawatts (MW), to serve a broad base of customers, and strengthen its research and development capabilities. With growing R&D capacities, advanced application of innovative technologies, and low-cost volume manufacturing in Shenzhen, Trony now offers a diverse range of competitive products and solutions for various energy-related applications such as solar farms in the utility industry and building materials for the construction industry, Intel Capital emphasizes in the press release.

"China’s renewable energy industry is experiencing rapid development", said Cadol Cheung, managing director of Intel Capital Asia Pacific. "We believe these investments will be a catalyst to drive local cleantech innovation and help China toward the transition to a more sustainable energy system as well as economic growth."

2009-11-03   Courtesy: Intel Capital; Trony Solar Holdings Co.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Trony Solar Holdings Co.

 

DuPont announces first glass-glass PV modules made with novel encapsulant, introduces new PV polyester films

DuPont PV5300 Series encapsulants helped Silicon Energy design a strong, open-edged photovoltaic module that lets air circulate and readily sheds water and dirt
DuPont PV5300 Series encapsulants helped
Silicon Energy design a strong, open-edged
photovoltaic module that lets air circulate
and readily sheds water and dirt

Silicon Energy, LLC and DuPont Photovoltaic Solutions in October 2009 announced the world's first glass-glass polycrystalline silicon (cSi) photovoltaic (PV) modules made with DuPont's advanced "PV5300" series ionomer-based encapsulant for added module strength and durability.   The companies report that high-efficiency cSi wafer technology is well-established in PV modules, but the fragile semiconductive wafer material requires protection against impact, flexing and moisture. Traditionally, this protection had been provided by surrounding the silicon wafers in a polymer called EVA, supplied in a sheet form. "Compared with EVA and other available encapsulants, the new DuPont PV5300 sheet is based on ionomer, which is up to 100 times stiffer, 5 times stronger and much more resistant to moisture intrusion", explained Steve Cluff, global encapsulants Business Director for DuPont Photovoltaic Solutions. "DuPont's ionomer sheet technology comes from our advanced interlayer business for safety glass, where the original challenge was to find a clear material that could help laminated glass meet hurricane codes."


Stronger encapsulant to allow for sturdiness while maintaining a high level of light transmission properties

According to the press release, the PV5300 series encapsulant sheets deliver glass-like clarity plus impact resistance, high strength and proven adhesion to glass, allowing Silicon Energy to build modules suited to not only high wind loads, but also heavy snows typical during the winter season. "By combining the high efficiency of crystalline silicon with the new, stronger encapsulant from DuPont, our module offers a new level of physical strength, durability and improvements in design", said Gary Shaver, Director of Sales for Silicon Energy. DuPont reports that Silicon Energy uses two 60-mil layers of the PV5300 encapsulant to surround the silicon wafers in the solar modules. The company then adds high-transmittance tempered glass to complete the structure. The resulting combination of glass and ionomer sheet material is believed to deliver significantly increased flexural strength over traditional modules. "Because the new DuPont encapsulant is more resistant to moisture intrusion, we're also able to innovate with an open-edged framing design", said Shaver. "This allows snow, water and dirt to just slide right off, which increases module performance." According to the press release, Silicon Energy began testing the encapsulant material about two years ago, and it is the first manufacturer in the United States to use it in a new module design.


DuPont Teijin Films introduces polyester films with enhanced weatherability for PV applications

DuPont Teijin Films (Hopewell, Virignia) on October 26th, 2009 announced the first in a series of "Mylar" and "Melinex" polyester films with enhanced "weatherablility" and durability performance for use in PV solar products. After ultra-violet (UV) exposure these new films are said to show improved retention of key optical and mechanical properties such as transparency, color, strength and flexibility. "Our ability to provide improved UV performance in our polyester films is a strong addition to our photovoltaic films offering", said Simon Shepherd, Photovoltaics Market Manager with DuPont Teijin Films. "The capability will provide great benefits for our PV backsheet customers and downstream module makers." DuPont Teijin Films is a global joint venture partnership between DuPont and Teijin, and a producer of PET and PEN polyester films.

2009-11-03   Courtesy: DuPont   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: DuPont

 

Amonix announces expansion of HCPV manufacturing capacity

The Amonix 7700 uses lenses to focus sunlight onto very small solar cells
The Amonix 7700 uses lenses to focus
sunlight onto very small solar cells

Amonix Inc. (Amonix; Torrance and Seal Beach, California), a manufacturer of utility scale high concentration photovoltaic (HCPV) systems, in October 2009 announced the expansion of its manufacturing capacity in Seal Beach, California. According to the press release, this facility currently manufactures the company's Amonix "7700 Solar Power Generator", including its proprietary "MegaModules" which incorporate multi junction solar cells.   The company reports that it had started production in the 78,000 square feet facility in late 2008. Amonix recently automated its "MegaModule" assembly process with robotic systems to support higher volume production. According to Vahid Ghassemian, Amonix's Vice President, Manufacturing "the new automated MegaModule assembly delivers multiple benefits; not only does it improve manufacturing throughput and quality, but also the Amonix 7700's field performance." Amonix reports that it now has 30 megawatt (MW) of annual manufacturing capacity. The automated assembly process is to serve as the model for the company's future manufacturing facilities.




Company celebrates 20 year anniversary

Coinciding with Amonix's dedication of the expanded Seal Beach production capacity, the company also celebrated 20 years of developing, manufacturing and deploying its HCPV technology. Amonix's Founder, President and Chief Executive Officer (CEO) Vahan Garboushian, said: "Our product is realizing its potential to deliver significant cost advantages to the utility scale solar market. We are proud to be expanding our manufacturing capacity, and as we celebrate our 20 years of hard work, I look forward to bright prospects ahead for Amonix and the solar power industry."

2009-11-02   Courtesy: Amonix Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Amonix Inc.

 

Fronius unveils CL PV Central Inverter at Solar Power International

Solar central Inverter Fronius CL
Solar central Inverter Fronius CL

Fronius International GmbH has introduced the Fronius CL central photovoltaic (PV) inverter with "MIX" concept at Solar Power International in Anaheim, CA. The Fronius CL due to the producer combines high-yield power electronics with a unique, modular system design of up to 15 identical power modules in the "MIX"concept. Maximum earnings and the highest stability are the advantages of this sophisticated system, Fronius emphasizes in a press release.   This makes the Fronius CL the optimal central inverter for large PV systems. Additional features include the exact MPP tracking of the module manager, the automatic transformer switching function and much more, making the Fronius CL a distinctive multi-purpose device that guarantees continual high performance. Configurations of 9, 12 or 15 identical power modules are available in this class of inverter for output options that range from 33.3kW to 60kW. The new class of inverters is designed to accommodate commercial applications. Fronius is targeting to release the CL Central Inverter in Q2, 2010.

2009-11-02   Courtesy: Fronius International GmbH   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Fronius International GmbH

 

Konarka and Enviromena Power Systems collaborate on solar shade structure projects in Middle East

The Masdar 10 MW PV plant was designed and constructed by Enviromena
The Masdar 10 MW PV plant was designed and
constructed by Enviromena

Konarka Technologies, Inc. (Lowell, Massachusetts), an innovator in development and commercialization of Konarka "Power Plastic", a material that converts sunlight to energy, announced that the company is collaborating with Enviromena Power Systems (Abu Dhabi, UAE) to investigate the integration of Konarka Power Plastic into various shade structure projects by Enviromena, a developer of solar photovoltaic (PV) projects in the Middle East and North Africa (MENA).   The company reports that the agreement outlines an application development program that includes design through commercialization. "We are pleased to be working with Enviromena on joint materials evaluation and application development for shade structures in the Middle East and North Africa", stated Dr. Terri Jordan, Vice President of business development for Konarka. "We anticipate a unique fit with our organic PV material (OPV), as it is well suited for flexible and lightweight product requirements. Together, we look to develop viable green architectural alternatives for the region."


Shift towards alternative energies expected for MENA region

According to the press release, Enviromena has an impressive list of completed projects for clients such as Masdar and Aldar, the largest developer in the region and the largest installed capacity of any solar developer in MENA. The company reportedly develops projects for utility scale solutions, commercial solutions and remote power solutions across the Middle East. Konarka believes there is a huge shift towards alternative energy in this region, which the company says is being driven by forward looking Government initiatives and an increased demand for solar technology. Sami Khoreibi, Chief Executive Officer (CEO) of Enviromena, said: "Combining Konarka’s unique flexible Power Plastic solar technology with Enviromena’s experience in the MENA region, which includes the successful completion of the largest PV solar power plant in the Middle East, will surely lead to offerings specifically designed for the Middle Eastern climate."

2009-11-02   Courtesy: Konarka Technologies, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Enviromena

 

Solarig Group begins construction of eight PV plants in Italy with a total installed capacity of eight MW

PV plant by Solarig
PV plant by Solarig

Solarig Holding, S.L. (Golmayo, Soria, Spain) announced that it had begun the construction of eight photovoltaic (PV) parks in the regions of Puglia and Piedmont in Italy, a country that offers an attractive legislative framework for this type of project. In the region of Puglia, the Solarig Group plans to build seven parks, six of which will be mounted on fixed structures, each with a capacity of 0.99 megawatt peak (MWp). The company reports that the seventh project will have a capacity of 0.68 MWp, using double-axis solar tracking technology. According to the press release, the company is also building a 1.5 MWp PV park with fixed structures in the region of Piedmont.   Solarig Group is to carry out all phases of development, construction, connection and operation of the projects, through its Italian subsidiaries. After their connection to the grid, which is scheduled for December of 2009, the solar parks are expected to produce enough energy to supply electricity for more than 2,700 households, thereby avoiding the emission of more than 5,000 tons of carbon dioxide (CO2). The company reports that it plans the construction of more than 30 MW in different regions of Italy during the next few months.

2009-11-02   Courtesy: Solarig Holding, S.L.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Solarig Holding, S.L.

 

SEPA announces 2009 Solar Business Achievement Awards winners, introduces new internet portal site

SEPA's Executive Director Julia Hamm introduced the new web portal and database
SEPA's Executive Director Julia Hamm
introduced the new web portal and database

The Solar Electric Power Association (SEPA, Washington, D.C.) on October 28th, 2009 announced the results of the "2009 SEPA Solar Business Achievement Awards" at the Solar Power International Conference in Anaheim, California. In the midst of the currently challenging solar market conditions, the SEPA Board of Directors and staff recognized utilities and solar companies, that they believe are responding to these challenges with action and innovation. Winners were selected in five categories based upon their demonstration of clear vision and imaginative business strategies. Nominees for the awards included one utility Chief Executive Officer (CEO), electric utilities, and solar companies from SEPA's 700 plus member companies across the U.S. and the world. SEPA reports that it had chosen Don Brandt of Arizona Public Service (APS) as "Utility CEO of the Year.  Julia Hamm, SEPA's Executive Director, commented: "Don Brandt has begun the critical task of moving APS in a new, renewable direction with innovative initiatives ranging from distributed to centralized solar project and program developments. While the APS staff deserves credit for the ground-level implementation, having Don Brandt's top-level solar vision and commitment is a key piece of their strategic change."



Solar Business Achievement Awards for PSE&G, Gainesville, SCE and Portland General Electric

Public Service Electric and Gas (PSE&G) received the "Innovation in Solar Program Design"-award for its "Solar4All" program for New Jersey, which demonstrates that significant and strategic investments in solar energy can occur outside of the sunbelt. The Gainesville Regional Utilities received the "Community Outreach and Public Awareness"-award in part for its development of a new feed-in tariff program, and Southern California Edison (SCE) was recognized with the "Solar Portfolio Leadership"-award. SEPA believes that SCE's balanced and scaled approach to solar energy deployment will help change the landscape of the solar markets today and over the next five years. Finally, Portland General Electric was pronounced the winner of the "Partnering for Success"-award for its partnership with U.S. Bank, Oregon Department of Transportation, and ProLogis. SEPA reports that Portland General Electric has developed an innovative utility solar partnership program that has worked through the challenges inherent in project financing and siting, while leveraging the business needs of the utility and the interests of customers.


New web portal and database on solar electric power

To help utilities rise to the challenge of adopting solar power at a large scale, SEPA unveiled a comprehensive source of information about solar electric power. Executive Director Julia Hamm introduced the new web portal and database at the Solar Power International Conference in Anaheim, California. SEPA reports that utilities face unique business and policy pressures to adopt clean, renewable energy from solar power. The organization's new internet site is to help them explore options, find resources and think strategically about how their utility peers across the country are moving forward. According to the press release, the site aims to help utilities make prudent strategic business decisions about solar power by providing 'intelligent navigation' of industry reports, events, online tools and market data that can be filtered by technology, application and employee type. Highlights include the Solar Toolkit, a one-stop window into the site's technical content, data and maps on the largest solar projects, as well as streaming online webinars from past SEPA events. SEPA reports that its utility solar power experts designed the site to assist utilities in every stage of the process, from fielding the first customer interest in solar power, to expanding solar adoption in the service area, through smart grid rollouts and new solar power procurement.

New web portal: http://www.solarelectricpower.org

2009-11-02   Courtesy: SEPA   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: SEPA

 

Solar power from the deserts: Joint venture DII established and ready to take up work

DII relies on solar and wind energy. Picture: solar thermal power plant (CSP)
DII relies on solar and wind energy.
Picture: solar thermal power plant (CSP)

A unique industry initiative to develop a reliable, sustainable and climate-friendly energy supply from the deserts in the Middle East and North Africa (MENA) is now taking shape. On October 30th, 2009 in Munich the articles of association for the DII GmbH (limited liability company) were signed by the group of founding members consisting of twelve companies and the DESERTEC Foundation. The DII aims at accelerated implementation of the DESERTEC concept, as proposed by the DESERTEC Foundation. This work of the DII will entail a thorough analysis and the establishment of a framework for investments to supply the MENA region and Europe with power produced using solar and wind energy sources. The long-term goal is to satisfy a substantial part of the energy needs of the MENA countries and meet as much as 15% of Europe’s electricity demand by 2050. 




Dutchman Paul van Son appointed as CEO

The DII shareholder meeting appointed Paul van Son as CEO of the DII. Over a period of about 30 years van Son has held various management posts in the European energy industry, including Managing Director of Deutsche Essent (Germany) and Econcern (Netherlands). These companies have earned a reputation as developers of renewable energy and energy efficiency programs. Paul van Son is also Chairman of the European Federation of Energy Traders (EFET) and Chairman of the Energy4All Foundation which is active in Africa.


Renewable energy technologies and interconnected grids

"We recognize and strongly support the DESERTEC vision as a pivotal part of the transition to a sustainable energy supply in the MENA countries and Europe. Now the time has come to turn this vision into reality", says van Son: "That implies intensive cooperation with many parties and cultures to create a sound basis for feasible investments into renewable energy technologies and interconnected grids. The DII will primarily focus on the economic, technical and regulatory conditions that must be fulfilled for successful project implementation. Early reference projects will allow us to learn for further rollout plans by the DII and other parties."


Mediterranean Solar Plan and DII

Since the announcement in July, the DII has gained support from a wide variety of political and governmental institutions in the MENA region and Europe. As an example, the DII intends to collaborate closely with the Mediterranean Solar Plan (MSP), an initiative launched in 2008 by the French presidency of the Council of the European Union within the framework of the "Union for the Mediterranean". The Mediterranean Solar Plan aims at the creation of a new balanced north-south relationship based on the promotion of sustainable energy projects. Both initiatives - the MSP as a political initiative and the DII as a private industry initiative - share similar goals and can therefore mutually support each other.

Shareholders of the DII are ABB, ABENGOA Solar, Cevital, DESERTEC Foundation, Deutsche Bank, E.ON, HSH Nordbank, MAN Solar Millennium, Munich Re, M+W Zander, RWE, SCHOTT Solar and Siemens. In the near future further companies from different countries will join the DII as shareholders or partners to ensure broad-based support from the EUMENA society. DII headquarters will be located in Munich.


A win-win situation for both the environment and the economy

All DII signatories agree on the need for efficient climate protection measures. Torsten Jeworrek, member of the board of Munich Re on behalf of the DII founding members: "The question is not whether we should do something, but how we can reduce greenhouse gas emissions to the atmosphere and how this goal can be achieved in an intelligent manner, which results in a win-win situation for both the environment and the economy. With regard to the important UN climate summit in Copenhagen, this private sector initiative demonstrates how business potentials can be aligned with sustainability goals."

2009-11-01   Courtesy: DESERTEC Foundation   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Solar Millennium AG

 

BP Solar and Petra Solar join forces to develop and market solar AC systems to utilities

Smart grid interactive solar system specifically designed for installation on utility distribution poles
Smart grid interactive solar system specifically
designed for installation on utility distribution
poles

BP Solar (Frederick, Maryland) and Petra Solar, Inc. (South Plainfield, New Jersey) on October 28th, 2009 announced plans to extend the ongoing collaboration between the companies to market utility grade, pole-mounted solar alternating current (AC) systems and to continue their ongoing development of AC module products for other applications and markets. According to the press release, the companies performed extensive testing and evaluation of the integration of Petra Solar's "SunWave Smart Energy" module technology and BP Solar's PV modules.  Both companies plan to continue their testing as part of their respective quality assurance and continuous reliability evaluations. Reyad Fezzani, President and Chief Executive Officer (CEO) of BP Solar, said: "Petra Solar established the market for utility-grade intelligent PV systems that provide pole-mounted distributed solar generation, smart grid communications and enhancements to the reliability of the electric distribution system. The current commercial deployment by PSE&G in New Jersey and our own testing establishes that Petra Solar's pole-mounted, 'SunWave' AC systems are utility grade and provide a compelling value proposition to electric utilities. We are now collaborating on a commercial supply agreement whereby Petra Solar will integrate BP modules as part of their 'SunWave' system." Dr. Shihab Kuran, Founder, President and CEO of Petra Solar, added: "A common bond for our companies is our shared commitment to expanding U.S. manufacturing that will strengthen our domestic solar industry."

2009-11-01   Courtesy: Petra Solar, Inc.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Petra Solar, Inc.

 

Satcon selected as technology provider for 5 MW CalRENEW-1 solar farm

PowerGate Plus 1 MW Solar PV Inverter
PowerGate Plus 1 MW Solar
PV Inverter

Satcon Technology Corporation (Fremont, California), a provider of utility scale power solutions for the renewable energy market, on October 28th, 2009 announced that it had been selected for the CalRENEW-1 installation, the first utility-scale photovoltaic solar farm to be approved by the California Public Utilities Commission (CPUC) under the state's Renewable Portfolio Standard program. The 5 megawatt (MW) alternating current (AC) facility will be located in Mendota, California, and is to utilize five, 1 MW "Prism" solutions, Satcon's fully integrated utility platform that comes complete with factory integrated medium voltage transformers, switchgear, and electronics.  Satcon reports the company had introduced Prism in June of 2009, and that it believes it to be the industry's most advanced 1 MW solar PV power conversion solution. According to the press release, it is built on the company's "PowerGate 500 kW" inverter line, which it reports has been installed on over 170 MW of large scale solar power plants since 2005.



CalRENEW-1 believed to become most advanced PV power plant in the world

Satcon reports that CalRENEW-1 will be one of the most advanced PV solar facilities in the world, with a zero emission electric capacity of 5 MW for sale to the utility Pacific Gas & Electric (PG&E; San Francisco, California) under a long term power purchase agreement (PPA). "We are excited to be a part of the CalRENEW-1 project, which clearly demonstrates the increased role of large scale solar power production as an integral part of tomorrow's energy network", said Steve Rhoades, President and Chief Executive Officer (CEO) of Satcon Technology. "Our continued focus on developing the highest performing, most reliable, and most advanced utility ready solar PV inverter systems allow us to deliver the solutions that enable utilities to effectively integrate solar power as a secure and cost effective renewable energy source." According to Satcon, each 1 MW Prism solution is delivered complete in an all-climate outdoor enclosure and ready to connect to the PV array and utility grid.


General availability of utility scale power harvesting and management solution announced

Satcon had announced the general availability of its "Solstice" utility grade solar PV solution for large scale solar power plants at the Solar Power International in Anaheim, California. Solstice is said to deliver fine grained power harvesting and control with advanced utility ready grid interconnection and is said to be able to boost total power production by 5-12 % over designs using standard inverters. "Satcon Solstice sets the new standard for large scale, utility class solar PV power production", said Steve Rhoades, Chief Executive Officer (CEO) of Satcon. "By addressing the performance of the entire system, Solstice introduces a highly optimized energy harvest architecture and combines it with advanced grid interconnection and utility control capabilities. This delivers significant performance gains, improved system safety and reliability, and an overall reduction in balance of system costs." Solstice is also expected to be the company's first solution released with the full suite of utility features and functionality that enables the role of the inverter in the "Smart Grid."


Power conversion system said to offer more power at less cost

Satcon believes that its Solstice solution is the industry's first complete power conversion system, utilizing next generation inverters and subcombiners, called SSBs, which are populated with Satcon's proprietary direct current (DC) to DC power converters. The fine grained harvesting of each panel string provided by the DC to DC conversion stage, coupled with a highly efficient inverter design, is said to insure the Solstice platform to deliver more power over the lifetime of the PV system, while lowering the overall installed cost of the of the power plant. "Solstice represents the next generation of solar power production and is a critical link in the integration of large scale solar onto today's utility grid network", said Dr. Leo Casey, Chief Technology Officer (CTO) of Satcon. The company reports that its Solstice products are now available in North America, and that they will be available in Europe and Asia in the first half of 2010.

2009-11-01   Courtesy: Satcon Technology Corp.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Satcon Technology Corp.

 

Jinko Solar to partner with Upsolar for PV module sales in North America

PV production at Jinko Solar
PV production at Jinko Solar

Jinko Solar Co. Ltd. (Jiangxi Province, China), an integrated photovoltaic (PV) manufacturer and service provider, on October 28th, 2009 announced that it had signed a strategic cooperation agreement with Upsolar (Shanghai, China) in September, 2009. Based on this agreement, Upsolar will serve as a strategic cooperator of PV module sales for Jinko Solar in North America in the coming three years, with an anticipated general volume of 175 megawatt (MW).  Jinko Solar reports that Upsolar committed to design, R&D and quality control PV products, as well as support the sales and marketing of modules internationally. Jinko Solar believes that sources indicated that Upsolar based on its global sales and service network, is now the first choice of cooperation for domestic PV manufacturers to realize internationalization. "We're glad to achieve regional cooperation with Upsolar in North America, which not only extends the influence of Jinko modules to the region, but indicates Jinko's capability in providing high quality PV products for international clients", said Chen Kangping, Chief Executive Officer (CEO) of Jinko Solar. According to the press release, the partnership with Upsolar reflects Jinko's attention to North America, which the company believes to be a promising emerging market in the PV industry.

2009-11-01   Courtesy: Jinko Solar Co. Ltd.   Solarserver.de   © Heindl Server GmbH
Picture Courtesy: Jinko Solar Co. Ltd.

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