Applied Materials expands display, solar equipment manufacturing capability in Taiwan
ATON 5.7 PVD system
Applied Materials, Inc. (Santa Clara, California) supplier of equipment to the semiconductor, flat panel display (FPD) and solar photovoltaic (PV) industries announced the opening of its newly expanded Tainan Manufacturing Center in Tainan. The nearly 15,000 square meter facility will enhance Applied’s capability to serve its FPD and thin film solar PV customers in Asia while capitalizing on Taiwan’s excellent location, strong talent pool and supply chain efficiencies. "The Tainan Manufacturing Center is one of our biggest investments in Asia and puts Taiwan at the center of our display and solar equipment technology efforts", said Mike Splinter, chairman and CEO of Applied Materials.
"Applied has a 20-year history of success in Taiwan and with this expanded center, we are setting a strong foundation for even greater success in the next 20 years. I would like to thank our customers, employees and the Taiwan government who helped make this state-of-the-art manufacturing facility possible."
Taiwan is becoming an increasingly active region for solar energy
The Tainan Manufacturing Center employs approximately 150 people and is expected to build and ship about 100 new plasma-enhanced chemical vapor deposition (PECVD) and physical vapor deposition (PVD) systems this year - a 400% increase in shipments from last year. The Center’s Tainan location and extensive supply chain in Asia will enable Applied to more rapidly meet the demands of its large base of display and solar customers in Asia. Applied Materials has a major presence in Taiwan with more than 800 employees in 10 offices across the country. A leading market for semiconductor and FPD manufacturing, Taiwan is also becoming an increasingly active region for solar energy. In 2009, Taiwan passed renewable energy legislation aimed at promoting the use of renewable energy and boosting energy diversification. Applied has donated R&D systems for thin film solar energy research to some of Taiwan’s leading universities and supports education efforts through its Applied Young Talent program.
"I am pleased that Applied Materials, a globally recognized company, is continuing to invest in Tainan and we will provide our full support to making the Center a great success", comments Taiwanese Premier D.Y. Wu. "This is an exciting time for Taiwan’s technology industry as solar energy and flat panel displays emerge as major opportunities for our economic development in the 21st century. We celebrate Applied’s successful history in Taiwan and the extraordinary achievements made through the collaboration and commitment of our people."
Solar cooling is ready for the market: German Federal Ministry for the Environment sponsors testing of solar air-conditioning units in practice
Adsorption chillers ACS 08 / ACS 15
Air-conditioning with solar power? This may sound paradoxical at first but is actually technologically feasible today. By combining solar thermal energy and adsorption technology, heat can be used to cool buildings. The German Federal Ministry for the Environment, Nature Conservation and Nuclear Safety (BMU) is promoting a widespread test for solar air-conditioning systems in the practice. The partners involved - Solvis GmbH & Co. KG, SorTech AG, the Fraunhofer Institute for Solar Energy Systems ISE and the University of Applied Sciences Offenburg - are presently looking for participants for this test. "The principle of solar-driven adsorption chillers is at the same time both simple and sophisticated", explains Tomas Núñez, project leader at Fraunhofer ISE.
"Like conventional chillers, the cooling is produced through the evaporation of a refrigerant. In contrast to conventional cooling techniques, however, solar thermal energy instead of electricity is used for the driving energy.
Electricity savings of up to 80% can be realized by using solar-driven adsorption chillers
"This is an optimal match, since sunshine is abundant during seasons with high airconditioning demand, and the system components like the storage and the collectors can be utilized to capacity", Núñez emphasizes. Not only is this an advantage for the system but also is beneficial to the environment. Compared to conventional cooling techniques, electricity savings of up to 80% can be realized by using solar-driven adsorption chillers. In addition, no environmentally harmful substances are used for the cold production – rather, just pure water is used as refrigerant. Fraunhofer ISE has been working on this technology for many years. Through the various demonstration projects for different applications carried out over the past years, Fraunhofer ISE and its partners have already proven that solar cooling is ready for the market. Already systems are in use throughout Europe for air-conditioning show rooms, offices, office lunchrooms and rooms for instruction.
At the Fraunhofer Institute for Solar Energy Systems ISE itself, a solar-assisted adsorption chiller from the company SorTech AG is used to cool the lunchroom and the kitchen since 2007. The chiller is driven by energy produced from 22m² of high efficiency flat plate collectors from the company Solvis GmbH & Co. KG. During summer operation, the heat from the solar thermal system provides the driving energy for the adsorption chiller. The exhaust heat produced in the cooling process is released into the earth by means of vertical ground probes. If the solar radiation is not sufficient, the heat grid provides the additional driving energy in order to sustain the cooling. During winter operation, the heat from the ground probes is brought up to the required temperature level for room heating with the help of the adsorption unit which functions as a heat pump in winter, and the heat grid provides the driving energy for the chiller. The heat pump achieves a thermal COP (Coefficient of Performance) of up to 1.5, and the efficiency of the heat source is increased by up to 50%.
In a cooperative project, sponsored by the German Federal Ministry for the Environment, Nature Conservation and Nuclear Safety (BMU), the partners Fraunhofer ISE, the University of Applied Sciences Offenburg, SorTech AG and Solvis GmbH & Co. KG, ten solar cooling systems with a power range between 5 and 30 kW are to be installed and equipped with measuring instruments. Private households and companies, who are interested in participating in this practice test, can apply at the contact given at the end of this article. "The demand profile is not fixed and can address either the residential or the commercial sector. In the course of the project, the system will be laid out, designed and equipped with comprehensive measurement devices on an individual basis", explains Walter Mittelbach, CEO of SorTech AG. The components used are high-quality products from the company Solvis GmbH & Co. KG for the solar and system technology and from the company SorTech AG for the thermally-driven chiller unit.
Participants can look forward to the following advantages: an initial price reduction of 20% on the system, free testing and system maintenance on a regular basis as well as free measurement, monitoring and analysis of the operation to be carried out by the University of Applied Sciences Offenburg and the Fraunhofer ISE. "The customer receives a complete system solution, fitted to his individual needs and serviced through to the end of the project in December 2012", describes Ralf Kynast from Solvis GmbH & Co. KG.
Interested persons and companies can apply under the keyword "SolCoolSys" at the following address:
PV producer Q-Cells SE: Anton Milner steps down, Nedim Cen to drive business transformation and continue implementation of existing restructuring programme
Solar energy pioneer Anton Milner steps down
Q-Cells SE's (Bitterfeld-Wolfen,Germany) Supervisory Board has accepted is meeting on March 11th, 2010 the resignation of Q-Cells CEO Anton Milner. Anton Milner will resign from the company’s Management Board with immediate effect but will serve as an advisor to the company. The Supervisory Board wants to explicitly thank Anton Milner for an outstanding job in the last years. Nedim Cen, currently CFO and Member of the Management Board, has been named CEO and will hold both positions. He is set to embark on the swift implementation of the transformation of the business and will continue to advance the existing restructuring programme.
Nedim Cen to remain in office until the foundation for the transformation of the business is established
Nedim Cen, Managing Director at restructuring consultants Alvarez&Marsal (A&M), had taken on the CFO position at Q-Cells SE back in June 2009 on an interim basis and will now remain in office until the foundation for the transformation of the business is established. At the same time A&M has been appointed to support Nedim Cen with the operational management of Q-Cells Reloaded, the company’s existing restructuring programme. Carsten Simon, Director of Finance since 1 January 2010, will support Nedim Cen in the day-to-day management of his CFO tasks. It is expected that the implementation of all measures concerned will be concluded by the end of 2010.
PV production: Equipment manufacturer XsunX completes hybrid chamber design, moves closer to commercializing its technology
CIGS wafer
XsunX, Inc. (Aliso Viejo, California), a developer of advanced, thin-film photovoltaic (TFPV) solar cell technologies and manufacturing processes, on March 8th, 2010 announced that the company had reached a significant milestone in its development process. According to the press release, the company completed a co-evaporation processing chamber design that combines several thermal evaporation techniques in one unified process to produce the CIGS (Copper Indium Gallium di-Selenide) solar cell’s absorber layer.
"This development is crucial to both the equipment and process technology side of our efforts", said Tom Djokovich, Chief Executive Officer (CEO) of XsunX. "The completion of this chamber converges several operations that we have been developing separately, allowing all of the processes necessary to produce the CIGS layer for our cross-industry technology to work in unison."
Commercializing "hybrid" CIGS manufacturing process
Djokovich believes that this latest development achievement increases the rate at which XsunX can develop its new technology towards initial baseline commercialization goals. "This is a fundamental next step in our plan to commercialize our hybrid CIGS manufacturing process, and deliver a potential replacement solution for the use of silicon", he said. According to the press release, the hybrid cross-industry system XsunX is developing an integrated delivery method that uses proven material handling and automation technologies from the Hard Disk equipment (HD) industry. These technologies are then adapted to small-area thin-film photovoltaic (TFPV) co-evaporation processes to configure the absorber layer, or solar power conversion portion of the cell, to produce low cost solar cells. The chamber is to process 125 mm x 125 mm production-sized substrates that the company anticipates will be replicated as the key component of a full commercial production toolset, after additional testing of the chamber itself.
Single chamber process design allows for tests of HD material handling and system management technologies
"This integration of numerous processing technologies into a single chamber design will allow us to begin testing the value of hard disk material handling and systems management technologies", said XsunX’s Chief Technology Officer (CTO) Robert Wendt. "From the start, we envisioned this chamber as the key to our ability to viably produce commercial quantities of CIGS solar cells using small-area processing techniques." Wendt believes that a key component to the company’s success lies in the use of the co-evaporation process on individual small-area substrates, or wafers similar in size to silicon wafers, to produce the solar absorbing portion of the solar cell. XsunX reports that co-evaporation has been at the forefront of technology development efforts at institutes worldwide such as the National Renewable Energy Laboratories (NREL) in the USA, and other renowned agencies including the Institute of Energy Conversion/University of Delaware. Each of these agencies has achieved world class efficiency conversion capability utilizing co-evaporation techniques. According to the press release, XsunX’s chamber completion is the result of experimentation and design modifications to both equipment and process technology, and it is believed to serve as a distinguishing advancement in the company’s intellectual capital portfolio. "From the beginning, we envisioned the completion of the chamber design, and its co-evaporation system, as a differentiating feat of the scientific team, a demonstration of their engineering and development prowess", noted Djokovich.
Prime Sun Power Inc. signs 100M Euros (USD 137M) agreement for the sale of a 25 MW PV power plant in Italy
Prime Sun Power Inc. (New York, NY), on March 9th, 2010 announced that the Company has signed a definitive agreement for the sale of a twenty-five megawatt photovoltaic (PV) power plant in Italy. This is a major event for the Company as it is expected to generate gross revenues of over 100 million Euros in 2010. PSP announces to receive interest for 12 million Euros of strategic investments in the Company from module suppliers. The transaction is the first sale under the terms of a signed frame agreement to sell 100 megawatt projects on a turnkey grid-connected basis to an institutional investor, PSP reports in a press release.
The Company currently has several engineering, procurement and construction (EPC) contractors and photovoltaic array module suppliers bidding for the construction, installation and connection of the power plant to the regional electricity grid in Italy. Terms and conditions of the long-term debt by the Company’s financing institution are expected to be finalized by the end of April 2010. Construction is targeted to begin in June 2010. The first electricity sales from the photovoltaic plant projects under the Italian feed-in-tariff regime are expected to commence during the fourth quarter of 2010.
Mr. Olivier de Vergnies, Chief Executive Officer of the Company, stated: "We have commenced the phase for monetization of our business model in the photovoltaic sector. The success of signing our first 25 megawatt photovoltaic sales contract not only exhibits the effectiveness of our strategy, but also demonstrates our Company project development capabilities and delivery of value to our shareholders. We intend to engage world leading EPC and module suppliers to guarantee on-time project delivery and project-outsourcing in order to close additional definitive sales agreements before the end of April 2010."
The Company is positioning itself as a clean energy utility company with an emphasis on the development, construction and operation of its own and third party utility-scale photovoltaic power plants. The Company is focusing on photovoltaic solar power generation in Europe, particularly in Italy, Greece and Turkey.
PSP plans to develop, build and operate 500 megawatts of photovoltaic solar power generation through the end of 2013 of which 150 megawatts are expected to be acquired by third party investors. In addition to Company expectation of proceeds from selected strategic financiers currently in negotiations with Company management, the Company plans to use revenues generated from sales of projects to third parties in the development and construction of its own power plants. The Company strategy is to act as a consortium-leader with reputable world-leading EPC and module suppliers to deliver all projects on a turnkey basis. The Company aims to achieve a leading position in the provision of solar energy.
Ontario reaches 46 MW of solar PV capacity in 2009
The Ontario Power Authority (OPA) reported that by the end of 2009, 40 megawatts (MW) of solar photovoltaic (PV) capacity were in commercial operation in the Canadian province. This represents about 46 MW of installed direct current (DC) capacity in the industry's standard notation. Industry expert and feed-in tariff (FIT) proponent Paul Gipe on March 5th, 2010 released a statement on Ontario’s solar success story, noting that the province had been able to become a major market for solar PV in North America within a few short months.
Gipe based his analysis on the data from "A Progress Report on Electricity Supply, Fourth Quarter 2009" by OPA. The early fall 2009 addition of the 9.1 MW "First Light" power plant 30 miles northwest of Kingston first put Ontario on the map of solar PV in North America, he explains. The SunEdison-"SkyPower" joint venture was soon followed by giant French utility EDF's first big solar PV project in Ontario toward the end of 2009. Gipe believes that EDF's 23.4 MW "Arnprior" project within the city limits of Canada's capital Ottawa pushed Ontario to the top of the solar charts.
Other Canadian provinces to follow Ontario’s FIT lead
With completion of one of several 10 MW PV power plants near Sarnia by year end, Ontario reached an alternating current (AC) capacity of 40 MW, Gipe reports. Several more First Solar 10 MW projects are scheduled for completion in 2010. Ontario's new solar capacity was installed under the province's ‘Standard Offer Contract’ program, the forerunner of its current FIT program. The solar panels are expected to generate 46 million kilowatt-hours (kWh) of electricity per year for the next twenty to thirty years. This would be enough electricity for some 4,000 typical Ontario homes, Gipe explains. In other developments, the Canadian province of New Brunswick is expected to launch a limited FIT of 0.10 Canadian dollars per kWh (CAD/kWh; 0.097 US-dollars/kWh) for community wind power soon. And in Nova Scotia the government's interest in a program of FITs led to the March 2nd, 2010 creation of Nova Scotia Sustainable Electricity Alliance (NovaSEA). NovaSEA's founding members represent agriculture (Nova Scotia Agricultural College), labor (United Steelworkers - Atlantic Canada), First Nations, a host of national and local environmental organizations, and several commercial renewable energy developers, Gipe reports.
SMA Solar Technology AG strengthens its presence in North America with solar inverter production, sales and services in Ontario, Canada
Solar photovoltaic inverters by SMA Solar
Technology AG
SMA Solar Technology AG (Niestetal, Germany) is to strengthen its presence in North America with the foundation of a subsidiary in Canada. The site will be selected during the course of the first half of 2010. The initial investment volume is between € 5 and 10 million. SMA solar photovoltaic (PV) inverters from the Sunny Boy, Sunny Central and Sunny Island product ranges are to be produced for the Canadian market. Sales and services are also to be bundled together into the company. SMA is planning to create 100 to 200 jobs on site in the medium term.
Ontario’s support program as a guiding light of the potential in inspiring other Canadian provinces to follow suit."
The province of Ontario in Canada offers an outstanding framework for the development of a sustainable photovoltaic market. The recently implemented support programme, combined with above-average solar radiation, creates a strong incentive for investment in photovoltaics. For manufacturers of photovoltaic components, the programme comprises of a call for local content. The goal of this call is the creation of high-quality jobs in a sector geared to the future. "We support this call for local content and are meeting this requirement with the establishment of a production facility there", explains Günther Cramer, Chief Executive Officer at SMA Solar Technology AG. "Ontario’s support program is a guiding light and, according to our evaluation, of the potential in inspiring other Canadian provinces to follow suit."
In parallel, the SMA Group is also increasing production capacity at the sites in Kassel and Denver. Germany is to remain the main production and technological development area for the future. At the sites in Niestetal and Kassel, annual capacity is to be increased to around 10 gigawatts by the middle of the year through the implementation of interim solutions. Production in Denver, USA is in the initial phase, operating at an annual capacity of around 1 gigawatt, and should start production this summer.
SunPower and K6 partner on two solar power plants in Italy
SunPower Corp. (San Jose, California) and K6 S.a.S. (Milan, Italy) on March 9th, 2010 announced an agreement under which the companies are building two 1-megawatt photovoltaic (PV) solar power plants in the Puglia region, Italy. The two plants will be located in Casamassima and Conversano and will be completed by August 2010. The clean, renewable solar power generated by the plants will provide electricity locally, and contribute to Italy's national electric grid.
"The cooperation with SunPower is consistent with K6's strategy to develop highly efficient solar parks", said Luciano Di Filippo of K6. "SunPower's most efficient tracker will allow us to achieve optimal energy production, meeting our target financial model in the time period expected and helping to drive renewable energy."
At the sites, SunPower will install SunPower panels, the most efficient solar panels commercially available, and the proprietary SunPower(R) T20 Tracker technology. The Tracker follows the sun during the day and due to the producers delivers up to 30 percent more energy than fixed-tilt systems, requiring only half the land area to produce the same amount of energy as conventional dual-axis trackers. A non-ground penetrating, pre-cast concrete foundation option minimizes environmental impact. Real-time, remote monitoring and control is enabled via the SunPower TMAC Advanced Tracker Controller.
"We are delighted to expand our portfolio of Italian solar power plant projects with these two latest parks we are designing and building for K6", said Luca Bandini, general manager of SunPower Italia. "SunPower has leveraged its global power plant experience to offer cost saving enhancements to its T20 Tracker technology, including remote monitoring and control capabilities that enable seamless integration with power plant supervisory control and data acquisition (SCADA) systems."
SunPower on own account has more than 200 megawatts of solar power plants operating globally today, including Italy's largest solar power plant, the 24-megawatt plant in Montalto di Castro. Earlier this month, SunPower announced that it signed a definitive agreement to acquire SunRay Renewable Energy, a leading European solar power plant developer with offices in Europe and the Middle East, including a principle project office in Rome. Upon closing the transaction, SunPower will acquire a project pipeline of solar PV projects totaling more than 1,200 megawatts (MW) in Italy, France, Israel, Spain, the United Kingdom, and Greece.
First Solar signs contract with PG&E for 300 MW photovoltaic solar power plant
First Solar power plant (10 MW) at
Boulder City, NV, USA.
First Solar, Inc. (Tempe, Arizona) on March 09th, 2010 announced a power purchase agreement to supply Pacific Gas and Electric Company (San Francisco, California) with renewable electricity from a 300 megawatt (AC) utility-scale photovoltaic solar power facility that First Solar is developing in Southern California. The Desert Sunlight project, to be located near Desert Center in eastern Riverside County, Calif., will have a total capacity of 550 megawatts, enough to power approximately 160,000 area homes - or about 480,000 residents.
The other 250 MW portion of the project is already under contract to Southern California Edison. First Solar's power purchase agreements with PG&E and SCE are subject to the approval of the California Public Utilities Commission.
Displacing 300,000 metric tons of CO2 per year
First Solar will build the Desert Sunlight power plant using its industry leading thin-film photovoltaic solar modules and providing its project development, engineering, procurement and construction capabilities. With construction expected to start by the end of 2010 and completion as early as 2013, the project will displace 300,000 metric tons of CO2 per year, the equivalent of taking 60,000 cars off the road. It will also create approximately 430 construction jobs. The project's permit application has been fast tracked by the Bureau of Land Management.
"First Solar is one of the few companies that has all the capabilities required to realize very large, utility-scale solar projects like Desert Sunlight, which are important in helping our customers and California reach the state's renewable energy goals", said Rob Gillette, First Solar chief executive officer. First Solar on own account has 1,700 megawatts of utility-scale power projects with power purchase agreements in North America.
FLS Energy solar farm goes live with high-performance photovoltaic modules from Suniva
Asheville based PV plant pPowered by Suniva
Suniva, Inc. (Norcross, Georgia), a manufacturer of high-efficiency monocrystalline silicon solar cells and modules, on March 4th, 2010 announced the joint commissioning of a solar farm in Canton (North Carolina) with partner FLS Energy (Asheville, North Carolina). Set atop a former landfill, the 555 kilowatt (kW) PV plant utilizes high-powered Suniva solar modules, the company reports. The solar power plant was constructed via a 20-year power purchase agreement (PPA) from FLS Energy to supply clean energy to the customers of the region's utility Progress Energy.
The installation went live at a local ceremony on March 1st, 2010, in which Congressman Health Shuler spoke at the press conference and toured the solar farm at an Evergreen Packaging (Memphis, Tennessee) facility. "Utilizing Suniva's technology allows FLS to retain our commitment to provide only the most efficient, cost-effective products and offer the best value for our customers", said Michael Shore, President of FLS Energy. "The modules are performing extremely well". John Baumstark, Chief Executive Officer (CEO) of Suniva, said that the Evergreen solar farm provides a great example of Suniva's prominence in the rapidly expanding renewable energy market of the southeastern U.S. and the company’s ability to meet the growing needs of its utility scale customers.
New central PV inverter series Fronius CL: Modular system. Maximum yield
Central PV inverter Fronius CL
The new Fronius CL central inverter series was developed to ensure continual high performance, Fronius International GmbH (Wels, Austria) reports in a press release. This series provides maximum earnings along with the highest system stability due to the combination of high-yield power electronics with a unique modular system design using the Fronius "MIX" concept. The Fronius CL with power classes 36, 48 and 60 kW is perfectly suited for photovoltaic (PV) systems of up to several hundred kilowatts.
"MIX"concept for up to 15 power racks
Up to 15 identical power racks work together in the Fronius "MIX" concept in one Fronius CL. This modular system design offers numerous advantages both for the system installer as well as for the system operator:
- Highest partial load efficiency: Due to optimized utilization of the power racks, which are turned on/off fully automatically as required.
- Unsurpassed reliability: A redundant system is created due to the cooperation of several power racks. When there is a defect in one power rack, the remaining power racks take over. The inverter remains in operation ensuring earnings.
- Long service life: Individual power racks are utilized depending on their operating hours. At full load, all work in unison, during partial loads, those with the lowest number of operating hours take up the slack. In this way, the operating hours for individual power racks are decreased thus increasing the service life of the inverter.
- Highest serviceability and the quickest reaction time on the market: Thanks to their drawer design and the plug & play principle, power racks can be easily removed and replaced when service is required.
Integrated manufacturer know-how: high-yield power electronics
Fronius CL devices work using the HF transformer technology perfected by Fronius and achieve a constant high efficiency throughout the entire input voltage range due to the automatic transformer switchover function. In addition, the Fronius Module Manager ensures exact MPP tracking enabling Fronius CL central inverters to achieve an MPP adaptation efficiency of 99.9%.
The Fronius CL cooling concept prevents direct contact of the outside air used for cooling with the PC boards. This increases the reliability and service life of the inverter. During the development of the Fronius CL, special attention was paid to ensure that practical features were integrated into the design as illustrated by planning flexibility due to a wide input voltage range, easy installation due to a compact design and generously sized connection area and low installation height of 183 cm (with base).
Comprehensive system monitoring
Professional monitoring is absolutely required for PV systems of this size. That's why the Fronius CL is 100% compatible with the Fronius DATCOM system for comprehensive system monitoring. The Fronius Com Card as well as the Fronius Signal Card and Interface Card functions are standard device features. These devices are suitable for indoor and container installations (degree of protection IP 20). The market entry phase is expected to start in mid-2010.
CPV Consortium elects Dr. Andreas Bett as new board member - Concentrator photovoltaics on its way to commercialization
Dr. Andreas Bett, Depart-
ment Head and Deputy
Director at Fraunhofer ISE
The CPV Consortium, a non-profit concentrator photovoltaic (CPV) solar industry organization, has elected Dr. Andreas Bett, Department Head and Deputy Director at the Fraunhofer Institute for Solar Energy Systems ISE (Freiburg, Germany), as a member of its board. Dr. Bett is also the chair and main organizer of the upcoming 6th international Conference on Concentrating Photovoltaics, which will be held from April 7-9, 2010 in Freiburg, Germany, Fraunhofer ISE reports in a press release.
Andreas Bett has already served a long career in concentrator PV technology. His department of Materials - Solar Cells and Technology - at Fraunhofer ISE is a leader in the field and has contributed many significant developments to CPV technology. In January 2009, the Freiburg researchers posted a world record efficiency of 41.1 percent employing a method of metamorphic crystal growth for multi-junction PV cells.
Becquerel Prize awarded at the European Photovoltaic Solar Energy Conference in 2009
Dr. Bett is a co-founder of Concentrix Solar GmbH (Freiburg, Germany), an ISE spin-off that successfully manufactures and markets CPV technology today. At the 24th European Photovoltaic Solar Energy Conference (PVSEC) in 2009, he was awarded the prestigious Becquerel Prize. Further, Dr. Bett is a member of the IEC TC82 WG7 committee, which draws up standards for concentrator technology, and as a member of the European Photovoltaic Platform's Working Group 3, he helped draft the strategic research agenda and implementation plan for photovoltaic technology.
Moving CPV towards commercialization
Together with Andreas Bett, Martha Symko-Davies from the National Renewable Energy Lab (NREL) has also been elected as a new CPV board member. Nancy Hartsoch, director of the CPV Consortium, said in her own press release: "With the appointments of Drs. Bett and Symko-Davies, the CPV Consortium gains decades of expertise from the highest levels of solar industry research and development. Their insights from Fraunhofer, the DOE and NREL will broaden the perspective of the organization, and hopefully facilitate the benefits that public and private cooperation can bring to an emerging technology at a critical time for CPV commercialization."
The CPV Consortium is dedicated to supporting the development and optimizing the success of CPV technology as a mainstream energy source for distributed and utility scale deployments. It is a global organization comprised of members from all segments of the CPV industry including system manufacturers, cell suppliers, power generators, tracker suppliers, system integrators, project developers, universities and research laboratories.
Dye solar cells: Dyesol to collaborate with Pilkington North America on BIPV
BIPV panels by Dyesol
Dyesol Inc., a 100% subsidiary of Dyesol Industries Pty Limited (Queanbeyan, New South Wales, Australia), a manufacturer and supplier of dye solar cell (DSC) technology and products, on March 7th, 2010 announced that the company is collaborating with the NSG Group subsidiary Pilkington North America (Toledo, Ohio) to develop opportunities in the building integrated photovoltaic (BIPV) market place.
The companies plan to utilize Pilkington’s "TEC" series of transparent conductive oxide (TCO) coated float glass and combine it with Dyesol’s DSC materials and technology. The global market for flat glass is forecast to be approximately 6 billion square meters for 2010, and growing at 5 % per annum. Dyesol reports that the collaboration with Pilkington will initially seek to address the non-view glass market, known as spandrel, which accounts for 40 % of the total flat glass market. Beyond spandrel, addressing the larger view glass market is reportedly also a key objective and is expected to be supported by a number of other regional collaborations, particularly programs to introduce new dyes and DSC systems.
DSC technology to be used in steel, glass, auto and electronics products
According to its press release, Dyesol has a clearly defined strategic objective to partner with best-in-class commercialization partners who have access to global markets in the sectors of steel, glass, auto and electronics. The collaboration with Pilkington is entirely consistent with this strategic objective. Marc M. Thomas, Chief Executive Officer (CEO) of Dyesol Inc., noted that Dyesol and their customers have been utilizing Pilkington’s TEC glass for many years. "This collaboration presents an ideal platform for co-developing and optimizing products that work together to improve DSC performance", Thomas said. "Pilkington believes it is time to begin developing the next generation of photovoltaic power", said Pilkington's Stephen Weidner, Senior Vice President of building products for North America. "BIPV is an emerging market segment with great opportunity for utilizing our TCO technology to bring photovoltaic power into building design." Weidner believes that the collaboration with Dyesol has the potential to bring a significant change in the value of architectural glass as it is known today. "No longer will glass be viewed solely for its insulation and aesthetic properties, but for its power generating potential as well", Weidner said.
Imitation of photosynthesis allows for low-cost PV
Dr. Gavin Tulloch, the global Managing Director and Co-founder of Dyesol Ltd., explained: "DSC technology can best be described as 'artificial photosynthesis'. It uses an electrolyte, a layer of titania semiconductor (a pigment used in white paints and toothpaste) deposited on transparent conductive oxide glass, metal or polymer substrates which is then soaked in a ruthenium based organic dye. Light striking the dye excites electrons which are injected into the titania to become an electric current many times stronger than that found in natural photosynthesis in plants." Dyesol reports that its technology has lower cost and embodied energy in manufacture than competing technologies, and that it is able to produce electricity more efficiently over the normal light spectrum.
SolarEdge signs manufacturing partnership agreement with Flextronics on distributed PV harvesting and monitoring systems
SolarEdge Technologies (Hod Hasharon, Israel), a solar power harvesting provider, and Flextronics, a global Electronics Manufacturing Services (EMS) provider, on March 3rd, 2010 announced the signing of a partnership agreement. SolarEdge reports that it had selected Flextronics (Singapore), as its global manufacturing partner for high-volume production of SolarEdge’s distributed photovoltaic (PV) power harvesting and monitoring systems.
According to the press release, the announcement follows six months of close collaboration between the two companies on preparing dedicated production lines located at a Flextronics factory for the mass production of SolarEdge systems. Production has reportedly commenced during the previous quarter and is expected to reach an annual capacity of 200 megawatts (MW).
Cooperation with panel manufacturers to integrate power harvesting technology
SolarEdge reports that its holistic PV power harvesting and monitoring technology is able to maximize the energy output and cost efficiency of solar PV units. The company said it partners with solar industry players such as BP Solar, Schott Solar, GE, Gehrlicher Solar, Isofoton, and HaWi Energitechnik, among others, to embed the SolarEdge technology into PV panels. It is believed that this can increase their power output by up to 25 % while providing affordable monitoring and control features. Flextronics Solar Division is to provide competencies in design, manufacturing, assembly, testing and after market services. The EMS provider is to leverage its expertise in markets such as semiconductor capital equipment, energy and electro-mechanical equipment, PV component assembly and balance of system (BOS) products.
EMS provider to leverage global resources to ensure quality mass production
"As SolarEdge continues to rapidly scale to meet growing market demand, we are focused on forging first-rate partnerships that will support our promise of reliability and excellence to our customers", said Guy Sella, Chairman, Chief Executive Officer (CEO) and Co-founder of SolarEdge. E.C. Sykes, President, Flextronics’ Industrial Market Segment, said: "We are all set to deliver a quality product at mass volumes. Flextronics is prepared to leverage its global resources including production and logistics facilities in Mexico, Hungary and China to support SolarEdge’s strategic future growth."
PPA Partners and Arizona Western College to develop 5 MW solar array comprised of 5 different technologies, 1 MW each
Scheduled site for the 5 MW multi technology
solar project on AWC’s Yuma campus
PPA Partners, Inc. (Morgan Hill, California), a power purchase agreement (PPA) and funding company that offers comprehensive solutions across the entire renewable energy development and financing value chain, and Arizona Western College (AWC) on March 2nd, 2010 announced a collaboration for a 5 megawatt (MW) multi technology solar photovoltaic (PV) plant on AWC’s Yuma (Arizona) campus.
The 5 MW deployment deemed "Solar with a Purpose" is to be comprised of the five commercially viable PV technologies, all optimized by tracking and state of the art inverters. One single engineering, procurement and construction (EPC) services provider is to be responsible for the entire project, so that the installation and the Balance of System (BOS) will as well be identical, PPA Partners reports.
Utility-scale PV plant to include high and low concentration solar, thin film, mono- and polycrystalline technologies
According to the press release, 5 representative technologies are to be used in AWC’s solar project, namely high concentration solar, low concentration solar, thin film, mono crystalline, and polycrystalline technologies. The technology partners are reportedly still being finalized, but Sol Focus, Skyline Solar, Signet Solar, Del Solar, Ray Tracker and Satcon are all in discussions with PPA Partners for inclusion in the Project. According to PPA Partners, Draker Laboratories is to provide the monitoring system for the project, which in conjunction with Satcon’s "Solstice" inverters is expected to allow for a level of monitoring detail unheard of in commercial systems. "We know of no other solar project where all 5 technologies are showcased at utility scale, installed by the same group, at the same time with the same equipment, tracked and optimized, under the best solar resource in the country", stated Bruce Mercy, Chief Executive Officer (CEO) of PPA Partners. "The data generated by the project should be very interesting."
PV plant to cover 100 % of college campus’ electricity needs
The array at the AWC campus is to be the largest at a U.S. college or university, and is expected to provide the college with 100 % of its power from clean on-site generation. Additionally, the project partners are reportedly developing a solar demonstration / incubation area where emergent technologies, manufacturers, researchers, and industry can place a 20 kilowatt (kW) system in a private secured enclosure, complete with video feeds, and identical BOS components from the larger project, and even staff to help work with the technology for optimization. "Access to the data from the main 5 MW field will only be available to those participating in the project, the college, select research groups and those that have a space at the demonstration/incubation area”, explained Mercy. "Yuma has the greatest solar resource in the US, what better place to demonstrate solar and test technology than the area with 352 sun days per year."
Special solar industry curricula to help educate future U.S. workforce
PPA Partners reports that project’s participants are also working on a cutting edge solar curriculum, with certificate, AA, BA/BS and continuing educational and advancement courses and components, and a 10,000 sq ft ‘Commercial Scale Solar Technology Lab and Facility’. "Not only will this collaboration present a great opportunity to the Yuma community, it will also open opportunities for universities around the world to partner and collaborate with Arizona Western College through joint curriculum as well as research and development", said Mark Weiss, President of PPA Partners. "It is not possible to duplicate the solar resource available in Yuma at say UC Berkeley, MIT or University of Illinois." Mercy added that PPA Partners and AWC hope to present a new model on how to transition to a renewable energy economy and to help America train a new workforce and assist and incubate American technologies to successfully compete in the global economy. PPA Partners reports that it is in the process of negotiating with its financial partners and anticipates final funding for the project in the next 2 months.
US-utility PECO purchases 6 MW of solar energy credits, harnessing solar power for electricity customers
PECO (Philadelphia, Pennsylvania), an electric and natural gas utility subsidiary of Exelon Corporation, on March 3rd, 2010 announced the signing of 10-year agreements to purchase 6 megawatts (MW), or 80,000 solar energy credits, in support of Pennsylvania’s Alternative Energy Portfolio Standards (AEPS). According to the press release, the purchases were made at an average price of 256.57 US-dollars per megawatt hour (MWh). The utility reports that the agreement covers enough energy to power nearly 1,000 homes for 10 years.
PECO reports that it is the first utility in the state to buy and bank green energy credits, and that it has purchased more than 450,000 MWh of wind and other renewable energy credits since 2008. The AEPS legislation requires that by 2011, 3.5 % of the energy sold to Pennsylvania utility customers is generated from renewable resources such as wind, landfill gas, and solar. The requirements are measured by renewable energy credits which are sold by electric generators on a one-to-one basis each time they produce one MWh of renewable energy.
Purchase of solar energy credits part of broader environmental and energy efficiency initiatives
PECO reports that it completed the solar credit purchase through a competitive Request for Proposal (RFP) process that was launched in October 2009. "These purchases underscore our strong environmental focus and commitment to renewable energy for our customers", said Denis P. O’Brien, PECO President and Chief Executive Officer (CEO). "By acting now PECO is helping to increase demand for renewable energy resources and promote clean energy technologies." According to the press release, the utility’s support of alternative energy is part of a broader environmental initiative to preserve the environment and help customers become more environmentally responsible. Totaling more than 15.3 million US-dollars of work, the comprehensive program also includes building improvements at the company’s buildings, the increased use of hybrid and biodiesel vehicles, the support for community environmental projects and enhanced tools and programs to help customers use energy more efficiently. PECO’s efforts are a component of the comprehensive environmental plan of PECO’s parent company, dubbed "Exelon 2020: A Low-Carbon Roadmap".
USA: PV Powered inverters selected for photovoltaic plants on warehouses
Aircraft Spruce facilities with roof-mounted
solar panels
The U.S. solar inverter manufacturer PV Powered, Inc. (Bend, Oregon), on March 4th, 2010 announced that its commercial inverters were installed at both the Corona (California) and Peachtree City (Georgia) warehouses of Aircraft Spruce and Specialty Company (Aircraft Spruce; Corona), one of the United States’ premier suppliers of private aircraft parts and pilot supplies.
According to the press release, the installations were handled by Aliso Electric, Inc. (Laguna Hills, California), a leading electrical contractor in Southern California. "Installing photovoltaic (PV) systems made good sense to us because Aircraft Spruce has always strived to be environmentally responsible", said Jim Irwin, President of Aircraft Spruce, "but the financial benefits of operating highly efficient systems are a definite bonus." PV Powered reports that Aircraft Spruce was able to take advantage of generous federal and state credits and incentives for their solar power plants.
Ease of installation, low cost per Watt were key inverter selection decision factors
According to the press release, the Georgia installation is the second largest solar system to be installed in this U.S. state. The company estimates that 65 % of its power needs will be met by the two 119 kilowatt (kW) solar power plants. Karla Martinez, Project Coordinator of the Solar Division at Aliso Electric, said: "We selected PV Powered commercial inverters because they represented the highest efficiency and lowest cost per Watt, enabling us to offer a performance guarantee to our customer. But another key advantage is that the inverters are also the quickest and easiest to install". Daniel Abundes, Electrical Foreman for the Solar Division at Aliso Electric, added: "As an installer, we are sometimes faced with challenges and obstructions when installing commercial and residential inverters. PV Powered has developed a product for rapid installation with easy-to-follow instructions. The products’ mounting bases allow for straightforward ‘set and go’ installation, and the built-in support for performance monitoring completes the package." PV Powered reports that its commercial inverters are designed for 20 + year productive service lives. The company reportedly offers a standard 10-year warranty and optional 20-year warranty.
Ascent Solar achieves mil-spec 810G certification for defense applications
Flexible CIGS thin-film photovoltaic
module by Ascent Solar
Ascent Solar Technologies, Inc. (Thornton, Colorado), a developer of flexible thin-film photovoltaic modules, in February 2010 announced that its premier and 2 meter flexible CIGS (copper-indium-gallium-(di) selenide) solar photovoltaic (PV) modules have been certified by an independent laboratory on a variety of United States Department of Defense (DOD) military ruggedization standards known as MIL-STD-810G.
MIL-STD-810G focuses on environmental engineering issues and requires products to pass various laboratory tests to ensure that military equipment operates in worldwide environments, Ascent Solar reports in a press release.
Modules have demonstrated the ability to withstand humidity, shock and sand blasting
Ascent Solar President and CEO Farhad Moghadam stated: "MIL-STD-810G certification is a significant step forward in penetrating the defense application market for military and disaster relief integrated products. These certified modules are equipped with a non-reflective coating to prevent glare and have demonstrated the ability to withstand humidity, shock and sand blasting. Specialty markets which include defense applications are vital to our ability to demonstrate the diverse market opportunities with partners and customers using our unique flexible CIGS modules."
PV producer Yingli Green Energy announces 300 MW "PANDA" mono-crystalline manufacturing capacity expansion project
Yingli Green Energy Holding Company Limited (Baoding, China), a leading solar energy company and one of the world's largest vertically integrated photovoltaic manufacturers, which holds the brand "Yingli Solar," on March 8th, 2010 announced a 300 MW "PANDA" mono-crystalline silicon-based manufacturing capacity expansion project at its Baoding headquarters. The Company also announced a project loan of RMB 1.5 billion (approx. 216 million US-dollar) and a working capital credit facility of RMB 250 million (approx. 36 million US-dollar), both granted by the Bank of Communications Co., Ltd., Hebei Branch ("BOCOM").
Yingli announced its plan to build PANDA mono-crystalline silicon-based manufacturing lines with annual production capacity of 300 MW in each of mono-crystalline ingots and wafers, cells and modules at its Baoding headquarters, through its wholly owned subsidiary, Yingli Energy (China) Co., Ltd. The new production lines will be designed to produce next-generation high efficiency PV cells based on the technology developed through Project PANDA, a collaboration among Yingli Green Energy, the Energy Research Centre of the Netherlands, a leading solar research center in Europe, and Amtech Systems, Inc., a global supplier of production and automation systems and related supplies for the manufacture of PV cells.
RMB 1.5 Billion Project Loan and RMB 250 Million Working Capital Credit Facility Granted by BOCOM
Yingli Green Energy also announced Yingli China has secured a project loan of RMB 1.5 billion and a working capital credit facility of RMB 250 million from BOCOM. Under the loan agreement, BOCOM has agreed to provide to Yingli China, subject to certain conditions, a five-year project loan of RMB 1.5 billion to support Yingli China's 300 MW expansion project in Baoding. In addition, BOCOM also granted a working capital credit facility of RMB 250 million to Yingli China.
Average efficiency rate of at least 18.5% on commercial PANDA pilot lines targeted by the end of 2010
"Shared anticipation of global PV industry growth, the robust flow of orders and inquiries that we have already received in 2010 and our global growth strategy are the main motivations for this strategic capacity expansion plan", said Mr. Liansheng Miao, Chairman and CEO of Yingli Green Energy. "We believe this expansion will allow us to meet the increasing demand for our bankable, cost-effective products and further drive down costs through increased cell conversion efficiency and the larger scale of manufacturing. On the Project PANDA pilot line, we have already successfully produced next-generation cells with an average efficiency rate of 18% or higher. Looking ahead, we expect to increase the average efficiency rate to at least 18.5% on the commercial production lines by the end of this year. Combined with the existing 600 MW production capacity in Baoding and the 100 MW capacity under construction in Hainan Province, this new expansion project is expected to bring our total production capacity to 1 GW by the end of 2010. With this expansion in place, we will be better positioned than ever to solidify our leadership in the global PV market."
215 watts and 14.4% efficiency: New high-performance photovoltaic module from the Kyocera KD series
Kyocera KD Modules
The Japanese technology corporation Kyocera (Kyoto), one of the leading manufacturers in the photovoltaic field, is bringing a new solar module from the successful KD series onto the market. With its high nominal output, extreme stability under mechanical pressure and optimized junction box, the new KD215GH-2PU fulfils high requirements in every field, Kyocera reports in a press release.
The KD215GH-2PU high-performance module achieves a nominal output of 215 watts at an efficiency of 14.4 per cent under standard test conditions. Compared with the predecessor model, the KD210GH-2PU, Kyocera has again been able to improve the cells, while retaining the same module size, and increase output by 5 watts. The nominal output has a tolerance of only +5/-3 per cent. As a result, the 54 solar cells incorporated in the module guarantee the user a high annual energy yield.
Dependable protection against fire hazards
In the contacts for the junction boxes, Kyocera opts for high-quality soldered joints rather than clamped joints, and thus offers dependable protection against fire hazards. If lower quality is employed, defective electrical connections may lead to a fire in the junction box. Soldered connections are the safest form of creating the contact and, in connection with complete encapsulation of the junction box, provide protection against corrosion and overheating. The junction box meets the requirements of the highest non-combustibility rating of 5V-A in compliance with UL94.
A sturdy frame for the module guarantees high mechanical stability: it can withstand a high wind pressure and a snow load of up to 5,400 N/m2. Kyocera makes all components in its own manufacturing facilities, without buying in any intermediate products - starting with the processing of the raw material, via cell production, through to module assembly. This guarantees the high quality standards that Kyocera places on its products, ensuring that the KD215GH-2PU delivers maximum quality and reliability as well. All KD modules by Kyocera fulfil the new IEC 61215 ed.2 and IEC 61730 standards. The KD215GH-2PU is due to be available in Germany as from spring 2010.
Satcon to ship 38 MW of its 500 kW "PowerGate Plus" inverters for PV plants in China
Satcon Technology Corporation (Boston, Massachusetts), a provider of utility scale power solutions for the renewable energy market, on March 3rd, 2010 announced that it had been selected to ship 38 megawatts (MW) of its "PowerGate Plus" 500 kilowatt (kW) solar photovoltaic (PV) inverter solutions to GCL Solar Limited (Nanjing, China), one of China's largest utility solar power plant developers that specializes in consulting, design, system integration and total project contracting services for all kinds of solar systems. According to the press release, the 38 MW will be installed across three separate solar power plants and added to the previously announced 23 MW supplied for China's largest ground-mounted and largest rooftop projects of 2009.
Each installation is to utilize Satcon's PowerGate Plus 500 kW inverters, which according to the manufacturer are the world's most field-tested and proven large scale solar power solutions.
Utility scale inverters to power megawatt solar power plants
The first 10 MW Youyu City site is to be located in the Shanxi Province and will supply power to Shanxi International Power Solar Power Generation Ltd. Another 10 MW Shizuishan City plant is to be located in the Ningxia Hui Nationality Municipality, and is to supply its solar power to Ningxia State Power CSI New Energy Developer Ltd., Satcon reports. An additional 20 MW site is also scheduled to be constructed during the first half of the year and is expected to be energized in late summer. "These new projects demonstrate the increased momentum of the utility scale solar marketplace in China", said Dr. Gu Huamin, General Manager of GCL Solar Limited. "Satcon is an important partner for GCL as we continue to develop and deliver China's largest and most advanced solar power plant facilities."
Inverter company happy to help increase China’s solar power capacity
"GCL continues be a key driver in the rapid growth of China's utility scale solar market", said Steve Rhoades, Satcon's President and Chief Executive Officer (CEO). "The increased scope and volume of these installations highlight the importance of engineering and construction innovation supported by the world’s most advanced and reliable technology solutions. With these new power plants, GCL expands its leadership position in both the China and the global utility scale solar market." Rhoades added that Satcon feels excited and honored to be a valued partner to GCL and to help make China become one of the world's leading utility scale solar power producing countries.
Arizona Corporation Commission approves “AZ Sun” program
The U.S. electricity utility Arizona Public Service (APS; Phoenix, Arizona) on March 3rd, 2010 announced that the Arizona Corporation Commission (ACC) had approved its “AZ Sun program.” According to the press release, this means a major step forward in increasing the utility’s ability to deliver solar energy to customers. Through the expected four-year life of the program, APS plans to invest up to 500 million US-dollars for 100 megawatts (MW) of turn-key photovoltaic (PV) power plants across Arizona.
The plants are to be selected through competitive procurement processes and are to be owned by APS. "AZ Sun is good for customers and good for solar power in Arizona," said APS President Don Robinson. "To meet the growing energy needs of customers, we continue to seek the most effective ways to add renewable energy to our energy supply portfolio." APS reports that the utility’s renewable energy portfolio is expanding rapidly, growing from less than one MW in 2001 to currently more than 245 MW. This is enough energy to meet the needs of more than 60,000 homes.
Utility to procure additional 25 MW solar energy from independent power providers
APS reports that its Jan. 27th, 2010, Request for Proposal for new sources of solar energy will seek to secure projects that could fulfill the initial phase of this program. Proposals are due April 7th. The utility also plans to develop a separate plan to procure 25 MW of solar energy from independent power providers. Until the time that the costs of the first 50 MW of the AZ Sun program are recovered in base rates, the costs are to be recovered through the existing Renewable Energy Surcharge, the company reports. Costs for the remaining 50 MW are to be recovered through an adjustment mechanism to be determined in APS's next retail rate case.
Ascent Solar and FTL Solar sign multi-million US-dollar strategic alliance supply agreement
Ascent Solar Technologies, Inc. (Thornton, Colorado), a developer of flexible thin-film photovoltaic (PV) modules, on March 2nd, 2010 announced that it had signed a strategic supply agreement with FTL Solar, LLC, a manufacturer of lightweight solar structures and products headquartered in Austin (Texas).
According to the press release, FTL Solar has committed to minimum purchases of 6.5 million US-dollars worth of high efficiency flexible copper-indium-gallium-(di)selenide (CIGS) photovoltaic two meter and premier modules during the three year contract period. Ascent Solar is to begin shipments to FTL Solar for market seeding of emerging market opportunities with their lightweight solar integrated tensile fabric product line. This specialty product line is intended to serve defense/disaster relief and the portable power segments.
CIGS solar modules to equip awnings, fabric airbeams, fabric automobile covers, sailboat sails, tarps, tents, and umbrellas
Tony Saxton, Chief Executive Officer (CEO) of FTL Solar, said: "We are pleased to announce that FTL Solar is a US distributor for Ascent's light weight photovoltaic (PV) modules for fabric awnings, airbeams, tents, tensile structures, sailboat sails, tarps and umbrellas. Integrated with Ascent's high output light weight flexible modules, FTL Solar's products are the optimal means for capturing electricity from sunlight, as well as providing second functions such as shelter." Saxton explained that the company had launched its "PowerMod" tents with Ascent Solar PV modules 'outside' for military and tent rental industry applications, and hand-held "PowerFold" battery chargers for the military and consumers. "We see this as the beginning of an epochal change across all of the fabric structure industries", Saxton said. "We envision that the fabric structure industry is going to become renewable electricity providers in the future in addition to being the flexible fabric product providers that they have traditionally been."
Solar modules certified for defense and disaster relief applications
Farhad Moghadam, Ascent Solar President and CEO, added: "FTL Solar has designed a world class lightweight solar integrated tensile fabric product line. This contract represents sales velocity for specialty products that require certain customization and affirms our ability to demonstrate our breadth of integration." Ascent’s recent product certification under MIL-STD 810G for defense applications has reportedly opened up market potential in the emerging defense/disaster relief opportunity with fabric integrated portable solar applications for both tent and personal portable power integration. Moghadam explained that enabling products to be integrated with Ascent Solar’s lightweight CIGS PV modules builds the foundation of the company’s market penetration of specialty products.
Canadian Solar headquarters features first OPA-approved microFIT solar photovoltaic installation
Canadian Solar's corporate office
Canadian Solar Inc. (Kitchener, Ontario, Canada) on March 1st, 2010 announced that its headquarters is home to Kitchener's first Ontario Power Authority (OPA) approved microFIT (feed-in tariff) solar installation. The 3.2 kilowatt (kW) direct current (DC) Canadian Solar system was reportedly installed on Canada's first C-2000 designated ‘Green on the Grand’ office building using less than 50 % energy and water normally used for a commercial building.
"I am very proud to see the first OPA approved microFIT solar installation on Canadian Solar's head office in Kitchener, Ontario", said Dr. Shawn Qu, Chairman and Chief Executive Officer (CEO) of Canadian Solar Inc. "Up to date, close to 700 MWs of Canadian Solar's modules have been installed in over 30 countries, contributing to global efforts in fighting against the climate change." Carl Zehr, Mayor from the City of Kitchener, said: "At last year's State of the City Address, I encouraged city residents to imagine a city of LEED certified neighborhoods with zero footprint. I am very pleased that the City of Kitchener and Canadian Solar could bring an inspiring project together that has long-term financial, social and environmental benefits."
Installation of solar system was reportedly seamless
Canadian Solar reports that the microFIT program is flexible and offers different participation opportunities for residential and small commercial business owners. Under the program, system owners will be paid a guaranteed price over a 20-year term for all the electricity produced and delivered to the Ontario’s electricity grid. Ian Cook, the owner of the solar installation from Ian Cook Construction, said: "It is with great pride that we announce this milestone event. The Canadian Solar installation compliments the efficiency and environmental responsibility Green on the Grand represents." Chuck Mantel, Owner and President of CMS Electric, noted that working with Canadian Solar representatives and products made the installation seamless.
Sony recertifies Targray as "Green Partner" supplier
Andrew Richardson: Reducing our
ecological footprint is part of
Targray’s corporate culture
Targray Technology International Inc. (Targray; Kirkland, Canada), a global supplier of raw materials and products for optical media and photovoltaic (PV) manufacturers, on March 1st, 2010 announced that it had been recertified as a Sony "Green Partner" based on its ongoing practices in sound environmental management.
Following a rigorous audit conducted by Sony Corporation (Tokyo, Japan), Targray was reportedly able to demonstrate compliance with Sony’s stringent environmental guideline standards for "environmentally friendly" products, production facilities and management systems. Established in July 2001, the Sony Green Partner certification, which is renewable every two years, encourages suppliers to design and produce products with minimal environmental impact.
Green Partner suppliers expected to be environmentally friendly
Targray reports that Sony demands that all outside suppliers of components, devices and materials for Sony products comply with Sony’s Green Partner requirements. They are expected to maintain and provide data on products and supplier products and material to demonstrate they do not contain hazardous substances such as cadmium, mercury and lead. Component suppliers are also mandated to establish procedures across manufacturing, quality, product, purchasing and sales operations to ensure materials used are environment friendly. Sony ensures suppliers’ compliance to the standards through audits at the respective manufacturing facilities.
Company strives to reduce energy consumption, minimize environmental impact and promote education on ecological issues
Andrew Richardson, President of Targray, said that he was pleased that the company was again recognized by Sony for its longstanding commitment to environmental preservation. "As at Sony, reducing our ecological footprint is part of Targray’s corporate culture", Richardson said. "In addition to green products and environmentally conscious operational controls, we have established an Environmental Committee that continuously spearheads initiatives to further reduce our overall energy consumption, minimize our environmental footprint and promote awareness and education of environmental issues." Issued by the Procurement Head Office of the Sony Corporation, Targray’s certification covers the two-year period from March 1, 2010, through February 28, 2012.
SolarCity creates new 90 million US-dollar fund with U.S. Bancorp to finance solar projects
SolarCity (Foster City, California), a U.S. provider of solar power system design, financing, installation, monitoring and related services, on March 2nd, 2010 announced a new fund to finance an additional 90 million US-dollars in commercial and residential solar projects in 2010 with U.S. Bancorp Community Development Corporation (USBCDC), a division of U.S. Bancorp (Minneapolis, Minnesota).
SolarCity and USBCDC have reportedly collaborated on three separate funds to finance a total of 190 million US-dollars in solar projects in the United States in 2009 and 2010. According to the press release, SolarCity will use the new fund to finance its solar lease ("SolarLease") and power purchase agreement (PPA) offerings as it continues to expand to Arizona, California, Colorado, Oregon and Texas.
Fund to finance residential and commercial solar installations
SolarCity reports that the company’s financing options make it possible for customers to save money immediately by installing solar, because homeowners are not required to put any money down and typically save more on their monthly electricity bills than they pay for solar each month. The company’s offerings include custom design and installation, insurance, repairs, production monitoring and guaranteed performance. Customers can obtain all of this by a monthly payment that may be as little as 30 US-dollars per month in some areas, SolarCity reports. "We started this company with the simple belief that if we made solar power as affordable and accessible as other energy sources, we could make it a mainstream source of electricity", said Lyndon Rive, SolarCity’s Chief Executive Officer (CEO).
MENASOL 2010: Concentrating solar power capacity of 9,000 MW planned by 2020
The solar market in MEN is being earmarked
as the boom market for solar development
The solar market in North Africa and the Middle East (MENA) is being earmarked as the boom market for solar development, New Solar Today, organizer of the MENASOL 2010 2nd North Africa & Middle East Solar Conference, reports in a press release. The conference will be held in Cairo, Egypt, from May 4th to 5th. According to reports solar energy in the Middle East is going to be a boom market for the next 10 years - with 9,000 MW of concentrating solar power (CSP) capacity planned by 2020 and more than 40,000 MW by 2030, New Solar Today emphasizes in the press release. According to New Solar Today this is not a surprising conclusion looking at the announcements made in last quarter of 2009 and currently in 2010. What is surprising is that oil rich exporting countries are now realising that it is time for them to plan for the long term and kick start the next venture - exporting solar electricity.
For some of the North African countries such as Morocco and Tunisia it is not as surprising as they are pure electricity importers. That is why governments are now employing aggressive solar initiatives that will attract investors and project developers, New Solar Today reports in the press release.
MENASOL 2010 offering an opportunity to make a comparative approach
According to New Solar Today some commentators have said that while North Africa and the Middle East have been slow adopters to the renewable energy campaign, we will now see them competing with each other on offering the most attractive options for businesses. MENASOL 2010 – 2nd North Africa & Middle East Solar Conference is offering countries in the region a platform to be vocal about their country’s initiatives and will have delegations sent from the most solar active countries. It will be offering anyone that is interested in the MENA region a rare opportunity to make a comparative approach on where the best opportunities are and what is the best strategy for them in the short and long term future, the organizer reports in the press release.
In addressing the strategy, one of the biggest concerns is the technical aspects in developing solar in desert conditions, issues include humidity, lack of water, sand storms and extreme range of temperatures during the day and night, New Solar Today emphasizes. However leading companies such as Abengoa, Acciona, Nur Energie are leading the way and will be providing in depth case studies on their experiences and what they will be doing for forthcoming projects at MENASOL 2010.
More information about MENASOL 2010: www.newsolartoday.com/solar-conference
Second large-scale solar power plant completed at Denver International Airport fuel facility with Sharp solar panels
A second large-scale solar power system at Denver International Airport (DIA; Colorado) recently became operational, Sharp Solar reported in a press release in March. According to the press release, this new 1.6 megawatt (MW) solar power array now powers the airport’s fuel-storage and distribution facility. The photovoltaic (PV) system was financed and developed by MP2 Partners and Oak Leaf Partners, constructed by Quanta, and is comprised of approximately 7,400 Sharp solar panels.
The new solar energy system is reportedly able to cover almost all of the fuel farm's electricity consumption. The commissioning of this newest solar array at Denver International Airport follows the inauguration of a 2 MW Sharp solar power array in August of 2008. "Sharp is delighted to have once again provided the solar modules for one of the most forward-thinking cities and airports in the country", said Ron Kenedi, Vice President of Sharp Solar Energy Solutions Group.
Airport to buy solar electricity under power purchase agreement
Sharp reports that DIA will buy the electricity generated by the system at 90 % of the local utility’s rate under a power purchase agreement (PPA). Kim Day, DIA Aviation Manager, said: "This project will reduce energy costs for our airline and cargo business partners over the 20-year term of the power purchase agreement. DIA has a widespread reputation as a 'green' airport, and this project is another example of our commitment to environmental responsibility." The construction of the 1.6 MW solar power system reportedly commenced in September 2009, and was completed in December 2009. The array is sited on approximately nine acres north of the airport's airfield.
Trina Solar announces establishment of EU regional headquarters in Switzerland
Trina Solar Limited (Changzhou, China), a leading integrated manufacturer of solar photovoltaic (PV) products from the production of ingots, wafers and cells to the assembly of PV modules, on March 2nd, 2010 announced the establishment of its European regional headquarters in Zurich, Switzerland, which commenced initial operations in January, 2010.
Trina reports that it has set up its regional headquarters in the international business district of Zurich to further strengthen its presence and growing customer base in Europe. It is to give the company a greater proximity to key established solar markets and allow for additional logistical support and enhanced service to the strategic partners and customers in the region.
"We are proud to establish our EU headquarters, a crucial milestone in realizing one of Trina Solar's goals to globalize its operations, deepen customer relations and expand brand recognition across key European markets", commented Jifan Gao, Chairman and Chief Executive Officer (CEO) of Trina Solar. "We are confident that our strategy to centralize regional operations and broaden the level of service offered in Europe will play a critical role in the growth of our European business in the years to come."
Xcel Energy launches "Solar Rewards" program in Minnesota
The U.S. energy provider Xcel Energy (Minneapolis, Minnesota) on March 1st, 2010 announced that it is offering incentives to Minnesota electricity customers to install solar panels on top of their homes and businesses.
According to the press release, "Solar*Rewards" will make a one-time payment of 2.25 US-dollars per installed watt of generating capacity to help off-set the cost to customers who install small or medium rooftop photovoltaic (PV) systems, thereby encouraging the growth of solar energy in the state. For an average size residential installation of 3.5 kilowatts (kW), the incentive payment would be 7,875 US-dollars, or about 30 % of the installation costs, the company explains. In addition to the Solar*Reward incentive, federal, state and local government agencies may provide customers with other rebate opportunities for their PV installations.
Program offers incentives for customer-generated solar power
Xcel Energy reports that Solar*Reward participants must agree to install a system with a capacity of 0.5 to 40 kW. In exchange for the incentive payment, ownership of the Renewable Energy Credits (RECs) produced by the system will transfer to Xcel Energy for a term of 20 years. Xcel Energy also pledges to buy any energy that a system produces in excess of the customer’s needs. The company plans to support the installation of about 2 megawatts (MW) of solar energy each year for the next three years through this program, or approximately 450 installed systems annually. "Minnesota is a great resource for solar energy", said Laura McCarten, Xcel Energy Regional Vice President. "Our Solar*Rewards program makes it more affordable for residents and business owners interested in this clean, sustainable energy option." Participants of the program must be Xcel Energy electricity customers in Minnesota with an unshaded south, east or west-facing roof in good condition, and they must agree to have the system interconnected to the grid. This program exclusively applies to PV generating systems, the company reports. Solar*Reward is part of its 2010–2012 Conservation Improvement Program (CIP), a comprehensive series of new and expanded programs that is to guide the company’s electricity and natural gas conservation and load management efforts for the next three years.
German PV producer SOLON extends the performance guarantee for all solar modules
SOLON Black 280/12, the first crystalline
module that can be attached to metal roofs
using an adhesive
SOLON SE (Berlin, Germany) remains true to its quality strategy and extends the guarantee conditions for solar photovoltaic (PV) modules retroactively as of March 1st, 2010. The SOLON performance guarantee lays out a five-stage guarantee service over 25 years, instead of the typical two-stage guarantee offered on the market. SOLON thus guarantees an output capacity of 95 percent for the first five years after the purchase of a solar module, 90 percent for ten years, 87 percent for 15 years, 83% for 20 years, and 80% for 25 years.
Consequently a SOLON customer has a claim to a guaranteed average output capacity of 87 percent for each module based on a service life of 25 years. These figures refer to the relevant minimum power output listed in the module data sheet.
Additional yield of 3.6 percent over 25 years
The new SOLON guarantee service, which applies to all solar modules purchased on or after March 1, 2010, surpasses by far the standard service guarantees typically found on the market. The customer is ensured of an additional yield of 3.6 percent over 25 years, which is guaranteed by SOLON, compared to the previous arrangement. This measure considerably increases the efficiency and ability to plan for photovoltaic system operators and truly underlines SOLON's pledge to offer premium quality. In addition, any complaints about instances of decreased system output can be registered more quickly and in turn processed more conveniently through the guarantee service.
"Higher ROIs and greater yields - those are two advantages of the extended performance guarantee", summarizes Stefan Säuberlich, CEO of SOLON SE. "SOLON products have a proven track record of premium quality and reliability. Our customers can benefit from the extended performance guarantee now more than ever." The greater the output of the solar modules over the entire service life of a system, the more attractive the ROIs of the solar energy system or solar power plant.
Organic thin-film photovoltaics: Konarka announces business collaboration and strategic investment by Konica Minolta
Konarka's Power Plastic
Konarka Technologies, Inc. (Lowell, Massachusetts), a manufacturer of proprietary "Power Plastic" material that converts light to energy, on March 2nd, 2010 announced the signing of a comprehensive research and development (R&D) collaboration and strategic investment agreement with Konica Minolta Holdings, Inc. (Tokyo, Japan).
The companies agreed to start a full-scale collaboration in April for the joint development and distribution of organic thin-film photovoltaics (OPV). According to the press release, Konica Minolta has invested 20 million US-dollars in Konarka under the agreement. The companies plan to organize their respective strengths in materials, optical and coating technologies as well as launch a joint development that aims to improve organic thin-film PV. The goals of the R&D efforts include higher conversion efficiency, longer life, lower manufacturing costs and the realization of mass production of next-generation PV. Konarka reports that its current roll-to-roll process simplifies manufacturing scale-up, has significantly lower capital and labor costs than previous generations of solar cells and can be produced using existing coating and printing equipment.
Joint development to yield production and global distribution of high performance organic PV panels
Upon successful results of the joint development milestones, the companies are expected to establish a joint venture company in Japan to produce organic thin-film PV panels. Konica Minolta is to act as Konarka's lead Asian business partner headquartered in Japan. "Konica Minolta positions the organic thin-film photovoltaic business as one of the most promising in the environment and energy field", commented Masatoshi Matsuzaki, Chief Executive Officer (CEO) at Konica Minolta. "We are pleased to be collaborating with Konarka, the first and world leader to commercialize organic thin-film photovoltaics because of its state-of-the-art polymer technology and its mass production facility in New Bedford, Massachusetts." Howard Berke, Executive Chairman and Co-founder of Konarka, said: "With our collaboration efforts, Konarka and Konica Minolta are well positioned to deliver efficient, next-generation photovoltaic panels to meet the growing demand for personal and commercial solar energy solutions around the world."
PGE rolls out another rooftop solar project with ProLogis, increasing its total solar energy capacity to more than 12 MW
Portland General Electric (PGE: Portland, Oregon), a fully integrated electric utility that serves more than 818,000 residential, commercial and industrial customers in Oregon, on March 2nd, 2010 announced that the company is expanding its solar energy resources with a new 2.4 megawatt (MW) photovoltaic (PV) rooftop plant.
This power plant is believed to be the largest solar rooftop project in the Pacific Northwest, and is to be installed by Northwest Solar Solutions, a division of locally-owned Snyder Roofing (Tigard, Oregon). About 60,000 hours of union-wage electrical and roofing Oregon jobs are expected to be created by this project, in which PGE partners with U.S. Bank, ProLogis, and several other Oregon companies.
Rooftop solar power plants to cover distribution company’s warehouses
According to the press release, the rooftop solar project is the second with ProLogis, a distribution facilities company, bringing PGE’s total partnership with this company to 3.5 MW of solar energy, enough to power approximately 388 households annually. The roughly 900,000-square-foot project is to cover the roofs of seven ProLogis distribution warehouses in Portland, Gresham, and Clackamas with "UNI-SOLAR" thin-film solar panels by Energy Conversion Devices, Inc. (ECD, Rochester Hills, Michigan, USA). "PGE is continuing to steadily grow its solar energy resources for our customers", said Carol Dillin, Vice President of customers and economic development at PGE. "It’s exciting to be able to bring innovative projects like this to Oregon and strengthen the state’s solar industry."
Utility awarded for solar achievements
According to the press release, U.S. Bank and PGE have formed SunWay 3, LLC, to own and operate the system and to secure state and federal solar tax credits to help finance the project. Other partners on the project include PV Powered (Bend, Oregon) and Tonkon Torp (Portland). The solar project is to help PGE meet the Oregon’s renewable energy standard (RES) requirements, which mandates utilities to provide 25 % of its energy from renewable sources by the year 2025. With the new 2.4 MW project, PGE reports it will have more than 12 MW of solar capacity in its resource mix, including the 104 kilowatt (kW) solar highway project with the Oregon Department of Transportation and 9.1 MW of customer-owned solar energy projects the utility supports through its net metering program. In 2009, PGE, along with U.S. Bank, ProLogis, and ODOT, earned a "Solar Business Achievement Award" from the Solar Electric Power Association (SEPA) for being the first utility in the nation to develop a unique third-party ownership model to help develop large-scale solar projects in its service area.
The Teanaway Solar Reserve (TSR; Cle Elum, Washington) on February 23rd, 2010 announced that it had delivered a supplemental ‘Conditional Use Permit’ application to Kittitas County. The company aims to support its request for a permit to construct a 75 megawatt (MW) solar photovoltaic (PV) generation facility outside of Cle Elum.
According to the press release, TSR will be one of the largest photovoltaic solar projects in the world if approved by the County. The supplemental filing is a document that addresses concerns raised during the public comment period. At more than 2,000 pages, the application contains new reports that detail plans for protecting wildlife and vegetation, outline procedures for managing water runoff, dust control, soil erosion, roads and fire prevention and minimize traffic and visual impacts. "Our team has been working diligently for several months to put together a comprehensive application for a world-class renewable energy project that will benefit the people who live and work in the region", said Howard Trott, TSR’s Managing Director.
Solar power plant redesigned to minimize environmental impact
According to the press release, the Teanaway solar project will occupy approximately 477 acres of a 982-acre parcel, leaving approximately 500 acres undeveloped. In coordination with the Washington Department of Fish and Wildlife and its Wind Power Guidelines, habitat permanently impacted by the project is to be mitigated at a 2:1 ratio. The TSR project has reportedly been redesigned to further ensure impacts are minimized. These modifications include a reduction in the footprint of the project and the creation of a large corridor through the middle to allow for potential wildlife migration. The project is to avoid any impact on wetlands and the native grasslands under and around the solar panels are to be maintained. The Conditional Use Permit application also includes a detailed process for project decommissioning and site restoration. Furthermore, a Technical Advisory Committee (TAC) comprised of members from state agencies and conservation groups was established to guide vegetation mitigation and management decisions.
97.5 million US-dollar solar project to create 35 permanent jobs
TSR is expected to create approximately 225 union wage jobs during construction, and 35 permanent jobs for the operation of the facility. Economic studies indicate the project will cost 300-350 million US-dollars and generate 97.5 million US-dollars in purchases of goods and services in Kittitas County during construction. TSR is projected to generate 1.5 million US-dollars in annual property tax revenues to support local services including schools, roads and hospitals. The financial projections have been independently verified by economists at Central Washington University, TSR reports.
Photovoltaic products broker pvXchange concludes 2009 with positive results
The worldwide market leader in the brokering of photovoltaic products, pvXchange (Berlin, Germany) is further extending its leading position. Both turnover and the number of marketplace participants significantly increased in 2009 for the fifth consecutive year, pvXchange GmbH reports in a press release. "The 36% increase in turnover compared to 2008 is down to the brisk business activities of our registered customers, of which we now have over 5,000", says Managing Director Kai Malkwitz, explaining the continuing success.
Trading centre for photovoltaics benefits from German boom year for solar panels
The developments on the online spot market reflect the boom in demand witnessed in Germany, after the Spanish market dominated the trading portal in the previous year. It was not just the German market that showed positive growth: Italy and France also achieved a double-digit increase in turnover. "The growth in transactions via our online portal is largely explained by the experience of the market participants that, in times of decreasing prices, short-term trading of solar panels is more economical and less risky than becoming tied into long-term supply contracts", says Mr Malkwitz.
pvXchange GmbH was founded in Berlin in 2004 and is the worldwide market leader in the brokering of photovoltaic products in the corporate-customer sector. In 2009, the company traded solar panels with a total output of around 75 Megawatt via the spot market. In addition to its European presence, pvXchange is also represented in Asia and the USA. pvXchange GmbH is a 100 percent subsidiary of pvXchange International N.V.
An up to date price index for PV panels by pvXchange is published on the solar portal site www.solarserver.com
"REmapping the World": 3TIER releases global solar dataset
The "REmapped solar World"
3TIER Environmental Forecast Group, Inc. (Seattle, Washington), an independent provider of wind, solar, and hydro energy assessment and power forecasting tools, in 2010 announced the completion of its "REmapping the World” initiative. According to the press release, this endeavor was launched in March 2008 to address what is believed to be the biggest barrier to global renewable energy adoption: the lack of reliable information regarding resource potential and availability.
The global solar map and dataset reportedly maps the world’s wind and solar resources using a globally consistent methodology. 3TIER reports that it is based on 10 to 13 years of half-hourly, high-resolution visible satellite imagery collected from nine different satellites, dispersed across the globe and covering the entire surface of the earth. Satellite imagery was processed using a uniform methodology based upon a combination of in-house and peer-reviewed research documents supported by the global atmospheric science community.
On-demand renewable energy resource information
"3TIER’s aim in developing these maps is to help accelerate the adoption of renewable energy around the world by providing a blueprint for development", said Kenneth Westrick, Founder and Chief Executive Officer (CEO) of 3TIER. "The creation of these maps is part of a larger effort to build a renewable energy information services platform which will provide customers with on-demand access to 3TIER’s massive datasets for wind and solar resources." Access to this data is to enable global decision-makers and organizations to look at wind and solar potential on a regional scale and to help maximize the value of renewable resources while mitigating the risks of their inherent variability. Dr. Bart Nijssen, Senior Vice President of technology of 3TIER, explained: “To provide the most accurate solar data available, we produced a satellite observation-based dataset because the traditional numerical weather prediction methods used for wind climatology do a poor job of modeling cloud cover, a major factor for determining solar radiation.”
Global wind resource map also available
At a resolution 3 to 30 times higher than any other publicly available data source, 3TIER reports its global solar map and dataset leverage several in-house improvements to provide a global coverage between 50° S and 60° N, spatial resolution of 2 arc-minutes (approximately 3 km) and hourly values of GHI, DNI, and DIF extending back 10 to 13 years As part of its REmapping the World initiative, 3TIER reports it also produced a 5 km resolution global wind map and dataset, based upon proven techniques and the application of advanced numerical weather prediction models, which accurately and consistently diagram wind spatial and temporal variability.
PV producer KYOCERA to manufacture solar modules in the U.S.; San Diego module assembly will support company’s goal to reach 1 gigawatt of annual production capacity worldwide
Residential PV system by Kyocera
Kyocera Solar, Inc. on March 3rd, 2010 announced plans to begin manufacturing solar modules in San Diego, Calif., to serve the U.S. market’s growing demand for clean energy. The U.S. module manufacturing will support a new milestone for Kyocera’s solar energy business - global production capacity targeting 1,000 megawatts of solar cells per year (equal to one gigawatt per year) by March 2013. "Today’s announcement is further proof that California’s nation-leading green policies play a vital role in our state’s economic success", said California Governor Arnold Schwarzenegger. "Even in this recession, green jobs in California have grown steadily, and Kyocera’s decision to locate its solar manufacturing operations in San Diego will create even more jobs at a time when they are needed most."
Initial production target of 30 megawatts per year
The new solar module manufacturing will begin in San Diego at Kyocera’s Balboa Avenue facility during the first half of 2010, with an initial production target of 30 megawatts per year. The new operations will leverage Kyocera’s world-class U.S. manufacturing capabilities to produce the company’s most powerful and efficient solar modules. The production venue was selected to cater specifically to the U.S. market’s increasing demand for large-scale solar electric generating systems. "The U.S. is experiencing extraordinary growth in its adoption of solar electricity", said Steve Hill, president of Kyocera Solar, Inc. "Kyocera’s San Diego plant will provide high-quality, high-efficiency solar modules to serve this expanding market. With a 35-year commitment to providing clean energy through solar modules, Kyocera is adding capacity globally to meet worldwide demand."
Solar module manufacturing facilities in Japan, China, the Czech Republic and Mexico
Solar energy has become one of Kyocera’s fastest-growing businesses globally, with the company expecting to double its production of solar cells in the two fiscal years from 2009 to 2011. In addition to the operations coming to San Diego, Kyocera currently has solar module manufacturing facilities in Japan, China, the Czech Republic and Mexico. Solar power offers a hedge against electricity cost increases and serves as an environmental countermeasure to acid rain, ozone depletion and rising carbon levels. As an illustration of Kyocera’s global expansion plan, the one-gigawatt capacity will allow the company to supply 3.5-kilowatt solar-electric systems for about 285,000 homes each year.
Kyocera established U.S. operations in 1969, and started a trend as the first Japan-based corporation with manufacturing operations in the State of California (in 1971). Kyocera Group companies currently employ approximately 4,000 people in the United States.
PROINSO awarded the supply of several solar farms in Greece with an output exceeding 3.2 MW
Solar farm in Greece
The Spanish company PROINSO, specialized in the distribution of modules, inverters, trackers and fixed structures for photovoltaic systems, has been awarded the supply of various solar photovoltaic farms in Greece which will all together amount to more than 3.2 MW of installed capacity. By signing these agreements, PROINSO and MECASOLAR consolidate their leadership position in the Greek market, where they are gaining ground internationally, PROINSO reports in a press release.
According to reports from the multinational PROINSO - part of Grupo OPDE - the first distribution agreements have been signed with the company ADIVA Hellas for several photovoltaic solar farms located on the island of Crete and include the supply of 900 kW of SMA inverters.
MECASOLAR trackers manufactured in Thessaloniki
Furthermore, also in Crete, PROINSO has signed several contracts to supply one hundred and thirty-nine 2-axis MECASOLAR trackers - manufactured in the company's factory in Thessaloniki, for different 80 kW installations on the Greek island and of which to date 89 have been supplied. Together these trackers reach 1.5 MW and strengthen the presence of MECASOLAR on the Island of Crete. "In fact, PROINSO will finalise during this month of March a new even bigger order enabling MECASOLAR to reach leadership in market share for solar photovoltaic trackers in Greece", the company emphasizes in its press release.
Supply in the region of Central Macedonia
Another of the supplies agreed on will be carried out in a solar farm located in the Pella prefecture to the north of the country (region of Central Macedonia). For this farm, PROINSO has signed a distribution agreement with a local company REW Hellas which involves the supply of 1.77 MW of TRINA modules and SMA invertors, SMC11000TL model. "PROINSO was selected by this important Greek company for their availability, logistic service in Thessaloniki, competitive prices and above all because of the know-how and added value offered to the customer in the configuration of their project by the commercial engineers from PROINSO HELLAS, to maximize the production of solar energy, PROINSO confirmed.
Greek market forecast: 45 MW to be installed in 2010
The estimate by PROINSO for 2010 is that in Greece about 45 MW will be installed, of which the company expects to supply 15% of the total. With orders exceeding 3.2 MW already closed, PROINSO have already obtained a rate of more than 7% of this market. As regards trackers, MECASOLAR estimate that they will install 30% of the total market (about 12 MW) of which, at present, PROINSO have already formalized 15%. Apart from that, PROINSO HELLAS also stresses the "warm welcome" they have received from Greek installers for their qualified installer program. So far, PROINSO HELLAS boasts 13 qualified installers, in addition to REW Hellas and ADIVA Hellas, with which the company is working closely on the commercial, supply and technical support side.
Yingli to supply SunDurance Energy with more than 10 MW of PV modules
Yingli Green Energy Holding Company Limited (Baoding, China), a leading solar energy company and one of the world's largest vertically integrated photovoltaic (PV) manufacturers which holds the brand Yingli Solar, on March 2nd, 2010 announced the signing of a sales agreement with SunDurance Energy, LLC (SunDurance Energy), an affiliate of The Conti Group and a leading PV company based in New Jersey that develops, designs, builds and operates megawatt-scale solar power solutions.
Under the terms of the agreement, Yingli Green Energy will supply more than 10 megawatts (MW) of PV modules to SunDurance Energy through the third quarter of 2010.
Strategic sales agreement expands PV manufacturer’s presence in U.S. commercial and utility markets
According to Liansheng Miao, Chairman and Chief Executive Officer (CEO) of Yingli Green Energy, this agreement extends two years of successful cooperation with SunDurance Energy and demonstrates the company’s continued commitment to the expansion into the United States solar market. "Thanks to our strong track record, which we have built on our high-quality products, excellent after-sales service and continuous brand promotion efforts, our 'Yingli Solar' brand modules are recognized as bankable, reliable products by customers, investors and commercial banks across the world", Liansheng Miao said. Robert Petrina, Managing Director of Yingli Green Energy Americas, Inc., added: "Our growth strategy in the U.S. is focused heavily on the commercial and utility-scale markets, where we are pleased to have several projects already underway with SunDurance Energy and other large-scale developers." Al Bucknam, CEO of SunDurance Energy, confirmed that his company’s partnership with Yingli Green Energy has been a good experience. "This agreement is the largest PV module purchase agreement in our history", Bucknam added.
SMA Solarchecker: iPhone application provides versatile measurement tool for solar PV installers, consumers
SMA Solarchecker iPhone application
Solar installers and consumers looking for a simple-to-use, yet powerful, portable solar site analysis tool can now download the SMA SolarcheckeriPhone application from the Apple App Store. The free iPhone application provides users with a quick way of finding out how much energy - and revenue - a solar photovoltaic (PV) power system could produce at virtually any given location.
The Solarchecker utilizes the iPhone’s GPS locator to determine the user’s location. Its magnetic compass provides site orientation, and the inclination sensor determines the roof pitch. Users who lack the compass feature can also enter the orientation manually. Using the site location, the Solarchecker automatically accesses a weather database to determine the solar radiation available at that spot. Then, based on the site parameters and irradiance levels, the application applies a mathematical model to provide specific energy yield and annual energy harvest estimates.
Estimating a solar project’s return on investment
By entering a project’s available roof space or anticipated system size, the Solarchecker can also provide users with potential energy yields and CO2 savings over the life of the system. For those who want even more information, the Solarchecker can estimate a project’s return on investment (ROI) by entering the revenue generated per kWh as well as the system’s financing and maintenance costs. The application uses that information to calculate net profit, savings or anticipated returns.
After entering and analyzing the data, users can also find qualified, local solar energy specialists to install the proposed system. Once again using the iPhone’s GPS locator, the application will automatically provide contact information for the ten closest SMA Sunny PRO Club members - qualified professionals who can assist with installation.
In-depth information on a prospective solar PV project
"The SMA Solarchecker iPhone application provides both installers and consumers with a convenient way to get in-depth information about a prospective solar project", said Jeffrey Philpott, director of marketing for SMA America. "In addition to our innovative solar inverter technology, this free, easy-to-use tool is another example of how SMA consistently brings additional value to the solar community."
OPEL Solar, Inc. receives 2010 Connecticut Green Business Award for Solar Innovation
Mk-I High Concentration Photovoltaic Panel
OPEL Solar, Inc. (Shelton, CT and Toronto, ON) a leading global developer and supplier of high concentration photovoltaic ("HCPV") solar panels and other solar products, including ground-based and rooftop tracker systems, was honored on February 24th, 2010 with a 2010 Connecticut Green Business Award. The Award recognizes OPEL Solar’s contributions to driving Connecticut’s green economy revolution with its advanced solar HCPV technology, its unique solar tracker systems, and the green jobs created by OPEL Solar in the State of Connecticut. OPEL Solar was one of 25 companies awarded.
The award reception was held at The Yale School of Forestry & Environmental Studies Kroon Hall, itself a showcase green building. The awards were selected by Business New Haven & CONNTACT.com. The ceremony was hosted by Daniel C. Esty, Director of the Yale Center for Environmental Law and Policy. Accepting the award was Robert Pico, CEO of OPEL Solar, Inc. "It is my privilege to accept this award on behalf of the OPEL Solar Team", said Pico. "We are proud of our successes using the HCPV technology and are encouraged that we have and can continue to bring green jobs to Connecticut."
The Honorable Congressman Jim Himes congratulated OPEL Solar’s achievement in a letter in which he continues to support the Company’s accomplishments as well as the advancement of solar energy and growing the green economy.
Rooftop tracking system school in Connecticut, first commercial HCPV installations in Spain
Regionally, in March of 2009, OPEL Solar completed the first solar rooftop tracking system for the Linden Elementary School in Plainville, Connecticut. For this project, OPEL Solar won grants from the Connecticut Clean Energy Fund and from the US Treasury Grant Program created by the American Recovery and Reinvestment Act. OPEL Solar’s recent international achievements include the successful completion of one of the first commercial HCPV installations generating electricity in Spain using OPEL Solar’s HCPV panels and dual axis solar trackers.
OPEL Solar’s leading edge solar installations are built using its Mk-I high concentration panels (HCPVs) mounted on dual axis trackers. The combination of OPEL’s HCPV panels and precision dual axis trackers results in a higher power production per unit of land (acre/hectare) than silicon or thin film flat panels with a potential to increase photovoltaic yields by up to 40 percent.
Solaredge and Digi International collaborate on a full connectivity solution for photovoltaic systems
PV energy conversion system by SolarEdge
Digi International (Minnetonka; Minnesota) and SolarEdge (Hod Hasharon, Israel) in February 2010 announced their collaboration on full connectivity solutions for photovoltaic (PV) systems, including data harvesting from revenue-grade power meters, PV inverter mesh networking and future interaction with the Smart Grid. Digi International’s vast range of wireless connectivity solutions enables SolarEdge to improve the retrieval of inverter and panel performance data from PV systems.
Among the solutions that are now available, SolarEdge is using Digi’s XBee-PRO to provide the industry’s first solar inverter with embedded ZigBee connectivity. SolarEdge continuously collects data from each solar panel and transmits it without added communication wires from panels to inverters. This solution - providing wireless network and remote connectivity between solar inverters - allows simple access to high-resolution, performance-monitoring data.
Robust and cost-effective solution simplifies installation
"There are many limitations to wire line system configurations, including higher failure rates, added costs and labor, as well as compromised aesthetic appearance", said Lior Handelsman, VP Product Strategy at SolarEdge. "Our collaboration with Digi has meant that we can now overcome these challenges and has allowed us to offer a comprehensive, robust and cost-effective solution, which simplifies installation procedures and prepares system owners for future Smart Grid interaction."
A wire line communication between inverters is not ideal in many situations, with particular difficulties connecting multiple inverters in large commercial installations. At residential sites, Ethernet cables and ducts are often required to gap between the inverter and the remote router. By embedding ZigBee connectivity into each inverter, Digi enables SolarEdge to create a self-healing mesh network between all of the site’s inverters which eliminates line of sight issues. The inverters can also be easily connected to any local area network (LAN) using any ZigBee equipped gateway with cellular, Wi-Fi or Ethernet connections, such as Digi’s ConnectPort X gateways. This distributed architecture approach also contributes to higher reliability due to the lack of cables and connectors and lower susceptibility to lightning hits, in addition to the reduced costs related to cabling, ducting and labor.
Bosch Solar Energy AG partners with Sustainable Energy to enter Canadian PV Market
Bosch photovoltaic modules jointly marketed in
combination with SUNERGY inverters in Ontario
Sustainable Energy Technologies Ltd. (Toronto, Ontario) and Bosch Solar Energy AG (Erfurt; Germany) on March 2nd, 2010 announced that they have agreed to jointly market Bosch thin film photovoltaic (PV) modules in combination with the Sustainable Energy’s SUNERGY inverter for the Ontario market. Under a memorandum of understanding, Bosch Solar Energy will be the preferred supplier of high efficiency micro-morph thin film PV modules for "PARALEX” systems distributed by Sustainable Energy in the Province of Ontario.
PARALEX is an integrated solar PV product solution for rooftop and ground based solar PV systems consisting of yield-optimized solar PV panels, inverters, wiring and other DC electrical components.
Canadian solar market offering great potential in the next years
"We are very excited about this partnership with Sustainable Energy, because it enables Bosch Solar Energy to introduce its expertise in the thin-film technology to the growing Canadian market for the first time. Thanks to new funding structures in many places, the Canadian solar market offers great potential in the next years. With this well-matched combination of Bosch solar modules and photovoltaic components from Sustainable Energy we can offer a competitive system in the future that, above all, allows us to begin to appropriately serve this appealing solar market in Ontario", said Peter Schneidewind, Executive Vice President of Bosch Solar Energy AG.
Parallel PV system architecture to increase the number of kilowatt hours for each kilowatt of rated capacity
The Bosch-PARALEX combination is a premium solar PV product which levers the value of Bosch Solar Energy’s micro-morph technology and Sustainable Energy’s parallel system architecture to increase the number of kilowatt hours for each kilowatt of rated capacity. Unlike other systems which require expensive custom system design, the PARALEX solution is an integrated package which can be installed safely and inexpensively by mainstream building trades reducing total system cost by a substantial discount to current market pricing.
Under the memorandum of understanding, the Bosch Solar Energy and Sustainable Energy are committed to developing a roadmap to build modules and inverters in the Province which will meet 2010 and 2011 domestic content thresholds of the Ontario feed in tariff program. Targeted installations are between 10 and 15 MW for 2010 and between 50 and 75 MW for 2011.
"Bosch Solar Energy is the ideal partner with which to roll out this strategy in Ontario", added Robert H. Bucher, President & CEO of Sustainable Energy. One of the leading electronics companies in the world, the Bosch reputation for quality brings immediately credibility and bankability to the Ontario solar PV market. Its thin film technology is a near perfect fit for the Ontario market delivering more power than conventional crystalline modules in diffuse and indirect lighting and during hot summer months.
Bystronic glass: Efficient buffering, storing and sorting of photovoltaic modules
Sorting System for solar modules
Bystronic glass now also offers customer-specific solutions for the solar industry. Therefore, Bystronic glass's decades of experience in such systems, for example in insulating glass production, now also applies to the handling of substrates or ready-made modules. Bystronic glass offers sorting systems for buffer Operation or the direct connection to a production line for thin-film solar modules. Customers obtain modular configurable solutions designed to meet their individual production requirements.
"The sorting systems can be used in the front end for de-coupling the different production processes from each other as well as at the back end for sorting the ready-made modules prior to packaging", explains Pieder Berther, project engineer in the sales department of the Bystronic glass Technology Center Bystronic Maschinen AG.
Buffer and storage system
Depending on size and composition, the substrates are stored either vertically, at an angle of 6°, or horizontally. Loading and unloading is carried out by means of conveyors, sorting carriages or robots. Depending on customer requirements, this can be done either according to the storing sequence (first-in, first-out principle), against the storing sequence (first-in, last-out principle) or individually in any order. The fixed storage systems or cartridges have more than 120 positions, which can be managed in a high-bay warehouse. "Our buffer and storage system is suitable for the storage of both substrates as well as ready-made modules with back rails and junction box — for all conventional glass sizes up to 2.20 x 2.60 meters", explains Pieder Berther. The system's cycle times can be adjusted according to the performance of the production line.
Sorting system
In order to sort ready-made photovoltaic modules according to quality, performance classes, physical sizes or other features, a sorting operation is required: After leaving production in the sequence of manufacture, the modules are temporarily stored and then removed at the appropriate time according to the sorting criteria. It is possible to integrate a number of inspection processes in advance - i.e. at the end of the production process and prior to storage and / or sorting. The sorted modules subsequently arrive at the automatic packing station.
"The Buffer and storage system as well as the sorting system are characterised by solid design, high positioning accuracy and gentle handling of substrates and / or modules", Pieder Berther comments to highlight the features of the proven Bystronic glass quality. Apart from these mechanical advantages, the systems are also equipped with their own control system for seamless object tracking, including interfaces to the different processes and the MES (manufacturing execution system).
MECASOLAR PV trackers resist hurricane winds of up to 132 km / h at the weekend
MECASOLAR PV trackers
More than 5,000 MECASOLAR trackers installed in the Grupo OPDE photovoltaic solar farms in Spain have endured with great strength the winds that swept the Iberian Peninsula from north to south caused over the weekend of February 26th and 27th . The hurricane winds were caused by the explosive cyclogenesis and reached speeds of up to 200 km / h accompanied by heavy rains. This was the case of the large solar farm at Almaraz (Cáceres) - with 2-axis MECASOLAR solar trackers, which withstood hurricane winds up to 132 km / h without any of the trackers registering any incidents, MECASOLAR reports in a press release.
The explosive ciclogenensis also particularly affected the solar farms of Belvis de Monroy (Cáceres), which recorded maximum wind speeds up to 102 km / h.
MECASOLAR trackers installed in the photovoltaic solar farms built by Grupo ODPE in Spain resisted gusts that topped 132 km / h
More than 5,000 MECASOLAR trackers installed by OPDE are located on solar farms in Andalusia, Extremadura, Castilla-Leon and Navarre. All of which withstood the hurricane wind speeds caused by Xinthia, without registering any structural problems or panel breakage, the producer emphasizes. "Last weekend our trackers have once again beat records for wind resistance of 132 km / h showing the market on the ground that they are the most robust and best built mechanically on the market", says Gustavo Carrero, Director of Marketing of Grupo OPDE These trackers are maintained and constantly monitored by OPDE from the Control Centre located at RIOS, a company in the OPDE group.
Robust and wind resistant
The 2-axis MECASOLAR TRACKER MS-2E is designed to withstand high wind speeds - tested in conditions of up to 140 km / h, the automatic device can be programmed to control movement and position itself in the horizontal position in the event of winds of more than 70 km / h, or any other speed considered to be of interest with regards the situation of the solar plant. The wind safety mechanism fitted on MECASOLAR trackers is operated by an automatic device, which positions the trackers in a completely horizontal position at certain wind speeds. When the speed is higher, the gear motor brake is released and the tracker can rotate freely, similar to construction cranes. The whole process is controlled by an anemometer installed in each wind farm, which records wind speeds and directions. This data is recorded on a database for further analysis and control at the Operation and Maintenance Control Centre located in Fustiñana-Navarra.
Concentrating solar power: BrightSource Energy offered nearly $1.4 billion in loan guarantees from the U.S. Department of Energy
Solar thermal power plant with LPT
550 technology by BrightSource
BrightSource Energy, Inc. (Oakland, California), developer of utility-scale solar thermal power plants, announced that the U.S. Department of Energy has conditionally committed to provide $1.37 billion in loan guarantees to support the financing of BrightSource’s Ivanpah Solar Electric Generating System. The commitment to provide loan guarantees marks a key milestone in the development of the Ivanpah project, California’s first large-scale commercial solar thermal power plant in nearly two decades, BrightSource emphasizes in a press release. When constructed, Ivanpah will be the world’s largest solar plant, nearly doubling the amount of solar thermal electricity produced in the US today.
"This clean-energy investment will help create up to 1,000 construction jobs in California", said California Senator Barbara Boxer. "In these tough times, we need investments like this to create good clean-energy jobs for Californians, increase our energy independence, protect our children from pollution and ensure American leadership in the clean energy economy."
"As home to some of the world’s best solar fields and the nation’s largest green economy, it is no surprise the world’s largest solar energy project would choose California", said Governor Schwarzenegger. "Our ambitious environmental policies are promoting the growth of clean, reliable energy in our communities and growing green jobs up and down the state. And, it is projects like this one that will help us meet our long-term energy and climate change goals while creating jobs and moving us towards a cleaner more sustainable future."
"I am very happy to see utility-scale solar projects like this one moving forward with strong Administration support, and I am hopeful that this project will serve as a cornerstone of the clean energy economy in the Southwestern U.S.", said Nevada Senator Harry Reid. "I look forward to BrightSource and other solar companies putting more Nevadans to work by building major projects like this in Nevada very soon."
"The loan guarantee commitment from the U.S. Department of Energy serves as a tremendous validation of our technology, the BrightSource team’s ability to execute, and the Ivanpah project’s role in meeting our nation’s large-scale renewable energy needs", said John Woolard, CEO of BrightSource Energy. "We’re truly humbled by the opportunity to help build our nation’s green energy economy by creating good jobs for local communities. We look forward to beginning construction on the Ivanpah project, making a real and substantive impact on climate change, and creating a model for environmentally-responsible energy projects."
The loan guarantee is made possible by the Department of Energy’s Title XVII loan guarantee program, which was started in 2005 under the Energy Policy Act to support commercially proven technology in addition to innovative renewable energy technology. Under Section 1703 of the program, the Department of Energy issues a conditional commitment to guarantee loans to be provided by the U.S. Treasury’s Federal Financing Bank. Execution of the final loan guarantees is subject to the satisfaction of various conditions specified in the conditional commitment.
Clean Energy, Union Jobs, Environmentally-Responsible Design
The Ivanpah project, located in southeastern California, is an approximately 400 megawatt solar power facility consisting of three separate solar thermal power plants. When constructed, the project will produce enough clean energy to power 140,000 homes and nearly double the amount of solar thermal energy produced in the U.S. today. The power generated from these solar plants will be sold under separate contracts with Pacific Gas and Electric (PG&E) and Southern California Edison (SCE). PG&E will purchase approximately two-thirds of the power generated at Ivanpah and SCE will purchase approximately one-third. In all, BrightSource has contracted with PG&E and SCE to deliver more than 2,600 megawatts of electric power.
BrightSource and Bechtel, the engineering and construction contractor for the Ivanpah project, estimate that construction of the Ivanpah project will require approximately four million job hours of work and 1,000 union jobs at the peak of construction. In December 2009, Bechtel signed a project labor agreement with the State Building and Construction Trades Council of California (SBCTC) and the Building & Construction Trades Council of San Bernardino and Riverside counties to ensure that California’s local workforce benefits from the project. The project will also provide $400 million in local and state tax revenues, and produce $650 million in wages, over its first 30-year life.
An Environmentally-Responsible Project
The Ivanpah project will reduce carbon dioxide (CO2) emissions by more than 400,000 tons annually, which is the equivalent of taking more than 70,000 cars off the road. The project is also designed in an environmentally responsible manner. Instead of the extensive land grading and concrete pads employed by other competing solar technologies, BrightSource mounts mirrors on individual poles that are placed directly into the ground, allowing the solar field to be built around the natural contours of the land and avoid areas of sensitive plant species.
In order to conserve precious desert water, the Ivanpah project will employ an air-cooling system to convert the steam back into water in a closed-loop cycle. By using dry-cooling, the project will use only 100 acre feet of water per year; less than ten percent of the water used by the adjacent golf course and 25 times less water than competing solar thermal technologies that use wet-cooling. In addition to employing an environmentally low impact technology, the company recently submitted an alternative design for the Ivanpah project, which would further reduce the project’s footprint and significantly minimize any potential environmental impacts. The alternative mitigation proposal and the DOE loan guarantee represent two key steps towards the construction of the Ivanpah project. The Ivanpah project is scheduled to begin construction in the second half of 2010 following issuance of permits by the California Energy Commission and the U.S. Department of the Interior’s Bureau of Land Management. The project has also been identified as a "fast-track" priority by the U.S. Department of Interior for obtaining federal stimulus benefits for California under the 2009 American Recovery and Reinvestment Act (ARRA).
German PV producer aleo solar AG continues on profitable growth path in 2009
aleo solar AG (Oldenburg, Prenzlau, Germany) on March 1st, 2010 announced revenue of EUR 376.1 million (previous year: EUR 360.5 million) and EBIT of 16.0 million (previous year: EUR 23.8 million) for financial year 2009, according to preliminary calculations. Despite the difficult market environment, the EBIT margin was a solid 4.3 percent (previous year: 6.6 percent), the company reports in a press release.
Earnings per share are expected to come in at EUR 0.78 (previous year: EUR 1.20). Jakobus Smit, CEO of aleo solar AG, said: "Our excellent market position as a premium manufacturer with its own sales organization proved its merit in the past year. Quality modules and a strong brand remain our guarantors of success even in difficult times." The European sales network of aleo solar AG now comprises some 1,000 specialist dealers and installers. The 2009 annual report containing the final figures is expected to be published on 25 March 2010.
2BG Srl and Rome University signed agreement of collaboration
2BG s.r.l. (San Martino di Lupari, Padova, Italy) and Rise Technology s.r.l., a company founded by researchers of "La Sapienza" University of Rome, have signed a letter of intent in order to develop a new technology for the photovoltaic cells production. This research will aim at the possibility of working cells of crystalline silicon with thickness of less than 100 microns.
Dario Bernardi, Chairman and spokesman of 2BG S.r.l., states: "This partnership with Rise Technology S.r.l. for 2BG S.r.l. has a strategic importance in the company roadmap, because it will enable us to develop new systems in the production of crystalline solar cells, in order to increase the efficiency by combining a significant reduction in the cell, as last purpose, to reach the gridparity in the shortest time."
Kyocera announces upward revision of annual solar cell production to 1GW by March 2013, aiming to provide more solar products to meet increasing global demand
Solar PV panels by
Kyocera
The Japanese technology corporation Kyocera (Kyoto), one of the leading manufacturers in the photovoltaic field, will increase its annual solar cell production targets to meet the growing demand for solar energy products in the global market. New targets aim for an incremental increase to 1 gigawatt (GW) per year by March 2013 - 2.5 times more than the current fiscal year 2010 production volume of 400MW, the company reports in a press release. In response to growing demand Kyocera has established local production and supply networks for solar modules in North America, Europe, Japan and China - the world's four largest solar energy markets.
In addition to the solar cell production increase, the company will continue to enhance its module assembly capability. "Kyocera will continue to contribute to solving increasing environmental issues by providing solar panels with high quality and high reliability for the creation of clean energy", stated Tetsuo Kuba, president of Kyocera Corporation.
New Solar Cell Manufacturing Plant in Japan
As part of the new plan to increase annual cell production, Kyocera has recently completed construction of a new cell manufacturing plant in Yasu City, Shiga Prefecture, which will operate in addition to the company’s existing Shiga Yohkaichi Plant. The new facility becomes the largest Kyocera Group PV manufacturing plant in Japan. The new Yasu Plant employs an enhanced manufacturing line, which increases productivity by 20% compared with the Yohkaichi Plant. The main product to be manufactured at the Yasu Plant is the company’s newly enhanced cell with an average energy conversion efficiency of 16.9%. These cells are used in the company’s 215-watt solar module - one of solar energy industry’s top power output levels - which is slated for sales to the global market.
"Together with the existing plant at Yohkaichi, the new Yasu Plant will be Kyocera’s core production site for solar cells", stated Tetsuo Kuba, president of Kyocera Corporation. "In addition to mass-producing cells with Kyocera’s highest conversion efficiency, the new plant will also undertake R&D activities for next-generation cell technology.
In 1982, Kyocera was the first company in the world to start mass production of multi crystalline silicon solar cells. In the 28 years since, the company has cultivated its material and production technologies to manufacture high-performance solar cells. With the new plant and existing Yohkaichi Plant, Kyocera plans to increase production volume, targeting 1GW of annual production by March 2013. Furthermore, the company will continue to increase its solar module assembly capacity to meet the demands of the market, aiming to further expand its solar energy business.
Jefferies advises Etimex Holding GmbH on the sale of Etimex Solar GmbH to Solutia Inc.
Etimex Solar produces encapsulants
for solar cells
Jefferies in March 2010 announced that it has acted as sole financial advisor to Etimex Holding GmbH on its sale of Etimex Solar GmbH to Solutia Inc. for €240 million. Etimex Holding, a company controlled through funds advised by Alpha Group, has reached a definitive agreement to sell Etimex Solar to Solutia in an all cash all-transaction valuing Etimex Solar at €240 million. Etimex Solar is a global supplier of ethylene vinyl acetate (EVA) encapsulants to the photovoltaic industry and due to Jefferies is the market leader in Europe.
By combining Etimex Solar’s EVA encapsulants with Solutia’s existing polyvinyl butyral (PVB) foils, Solutia will become the world’s only one-stop source for solar encapsulant solutions.
Michael Joy, CEO of Etimex Holding GmbH, said: "This transaction underscores the quality and strategic significance of the photovoltaic business which Etimex has built up over the last 20 years. We are delighted to have found a good home for this important business. Jefferies’ contribution to both the process and the final negotiations has been invaluable."
This latest transaction underscores the depth of Jefferies’ experience in advising companies along the solar value chain. Jefferies’ global CleanTech practice was launched in 2003 and on own account has since advised on over 40 transactions raising in excess of $5 billion of capital. Recent transactions include:
• In January 2010, Jefferies announced that it had advised OTB Solar in an all-stock deal with Roth & Rau AG.
• In November 2009, Jefferies also co-managed the IPO for STR Holdings Inc., which is Etimex Solar’s largest competitor in the US.
• In October 2009, Jefferies advised aleo solar AG and Johanna Solar Technology in their takeover by the Bosch Group.
Polysilicon production: SolarWorld concludes joint venture with Qatar Foundation
Qatar Solar Technologies will produce
polysilicon on the Arabian Peninsula
SolarWorld is acquiring a 29 percent stake in the newly founded Joint Venture Qatar Solar Technologies headquartered in the Emirate of Qatar. The joint venture will establish the first production facility for polysilicon on the Arabian Peninsula, SolarWorld reports in a press release. Partners are the Qatar Foundation (70 percent) and the Qatar Development Bank (1 percent). Qatar Solar Technologies will invest a total of more than $500 millions in construction of the production facility with a planned annual capacity of around 3,600 tons of high-purity polysilicon in its first stage of expansion.
Start of production is planned for the third quarter of 2012.
Conversion of natural gas via electricity into solar-grade silicon
At the Ras Laffan Industrial City location in the northeast of Qatar, the joint venture has access to an excellent chemicals infrastructure with favorable energy prices. Here, a forward integration along the entire solar value chain all the way to the finished solar power module could be implemented. A change of thinking is taking place on the Arabian Peninsula from which a larger and larger market for solar power systems is developing.
Qatar is one of the world’s largest supplier countries for natural gas that has so far been securing its power supply on the basis of natural gas. "With the conversion of natural gas via electricity into solar-grade silicon, the reach of the gas virtually increases by a factor of more than 25 for as long as our solar power modules generate, as guaranteed, clean energy from the sun", says Frank H. Asbeck, chairman and CEO of SolarWorld AG upon signing a contract Monday in Doha in the presence of Her Highness Sheikha Mozah Bint Nasser Al- Missned.
With the project, SolarWorld further secures its supply of solar-grade silicon in addition to the company’s own production, its own raw materials recycling activities and its long-term delivery contracts. The technology partner for the construction of the production line is the German company Centrotherm Photovoltaics AG with which SolarWorld AG has previously cooperated successfully in the development of its manufacturing facilities.
SunPower signs 32-megawatt solar power supply agreement with Toshiba
High-efficiency solar panels by SunPower.
SunPower Corp. (San Jose, Californie) on March 1st, 2020 announced that, under a strategic supply agreement, Toshiba Corporation (Tokyo) will order 32 megawatts of high-efficiency solar panels from SunPower in 2010. The SunPower panels will form the cornerstone of Toshiba's new residential solar photovoltaic (PV) offering in Japan, to be launched on April 1. "We welcome the opportunity to partner with Toshiba, a preeminent business leader in Japan and throughout the world", said SunPower CEO Tom Werner.
"SunPower panels are particularly well suited to Japan's residential market, where the new Japanese feed-in-tariff rewards production of solar energy in excess of domestic consumption, but available roof area is typically quite small. SunPower high efficiency systems will allow more customers to take advantage of this incentive."
Residential solar power business in Japan
"Toshiba's residential solar power business will offer homeowners the most efficient solar power systems available, with a focus on quality and reliability", said Shoji Takenaka, chief technology executive of Transmission Distribution & Industrial Systems Company, Toshiba Corporation. "We are very pleased to work with SunPower, as their solar photovoltaic panels achieve high levels of performance and reliability, and their excellent efficiency supports space-saving solutions that directly meet the needs of consumers in Japan."
SunPower almost doubled production of its high-efficiency solar cells and panels from 2008 to 2009, with 2009 cell production of approximately 400 megawatts. In 2010, the company intends to expand production further with new manufacturing operations in Malaysia, the United States and Europe.
PlanetSolar unveils world's largest solar boat powered by SunPower solar cells
Solar catamaran by PlanetSolar
At the HDW Shipyard (Kiel, Germany) PlanetSolar unveiled the world's largest solar boat, which will be powered exclusively by high-efficiency solar cells from SunPower Corp. (San Jose, California), a manufacturer of high-efficiency solar cells, solar panels and solar energy systems. In late March, PlanetSolar will launch its catamaran for testing, and then embark on its round-the-world tour in early 2011. "We are proud to support the unveiling of the world's largest solar boat, powered by SunPower's high-efficiency solar cells", said SunPower Senior Director Jorn Jurgens. "SunPower's technology will enable the catamaran to circumnavigate the globe with the speed and performance expected from the planet's most powerful solar."
38,000 solar cells with an efficiency of at least 22 percent
Designed by a team of international engineers, the solar catamaran will be powered by approximately 38,000 of SunPower's next generation photovoltaic (PV) cells, each cell offering an efficiency of at least 22 percent, the highest efficiency solar cells commercially available. The catamaran is expected to be the fastest solar boat to cross the Atlantic Ocean and the first to cross both the Pacific and Indian Oceans. Stopovers include Hamburg, London and Paris in Europe, New York and San Francisco in the U.S., and Singapore and Abu Dhabi. The solar boat will be available for public display during each of its stops, offering an educational opportunity to all visitors.
"We are excited that the solar-powered boat is now a reality", said Raphael Domjan, CEO of PlanetSolar SA. "As we embark on the next phase of this project, we look forward to our around-the-world trip, and are confident that SunPower's proven technology will get us there."
SunPower's high-efficiency solar cells lead the industry with up to 50 percent more power than conventional technology, and two to four times the efficiency of thin film technologies. The same SunPower solar cells integrated into the skin of the solar boat are the number one choice for rooftop solar systems on homes and light commercial installations in the U.S. With an all-black appearance, SunPower's solar panels offer an attractive, affordable way to add solar to any building while maximizing the energy generated per square foot of any roof area.
juwi becomes global player: Renewable energy project developer expands in Germany and abroad, many new jobs
juwi solar supplies the plant and headquarters
of candy manufacturer Mars Snackfood with
clean electricity
The juwi group of Wörrstadt, Germany (Alzey-Worms district) is on its way to becoming a global player. In Europe, the developer of wind, solar and bio energy projects is already among the leading companies in this sector: and now juwi is expanding in America as well, one of the world’s largest growth markets for renewable energies. In 2010, the group will, for the first time, achieve a higher turnover abroad than in Germany, juwi announces in a press release. Total turnover in 2010 is again expected to increase strongly to about 800 million euros.
As a result, after adding 350 jobs in 2009, juwi will create an additional 200 to 300 jobs this year, most of them in Germany’s Rhineland-Palatinate. The company is in fact growing so strongly that its headquarters, which were just enlarged in 2009, are being expanded again. In addition, juwi is again starting up some exceptional projects that will further the goal of a 100 percent renewable energy supply. The juwi group is outperforming the market and is viewed as a premium supplier. This outstanding position is also confirmed by the many prizes and awards which the renewable energy specialist and its top executives Fred Jung and Matthias Willenbacher received in 2009: These include the Clean Tech Media Award, the Rhineland-Palatinate Environment Prize, the "Entrepreneur of the Year" award as well as the "Greentech Manager of the Year."
"juwi is a medium-sized business with deep roots in the region and at the same time a strong international presence. This healthy mix is one of the reasons we are so successful", says CEO Fred Jung. "The regions in Germany remain an important market for us, one in which we still see a very bright future. The demand is great not just at home, but also worldwide. About 20 percent of the world’s energy demand is currently covered by renewable resources; so the potential is still enormous", declares his executive colleague Matthias Willenbacher.
Broadbased, solid portfolio
Although solar and wind energy remain the company’s primary growth areas, the bio energy field is also growing strongly. The first projects in the new fields of geothermal energy and hydropower are now starting up. "juwi is on solid footing, both regarding our broadbased portfolio and internationally. And it pays off", says Jung. In addition to Germany, Italy and France, the United States have meanwhile developed into one of the most important markets for juwi. The company is also further building its presence in Latin America (such as Costa Rica) and eastern Europe (the Czech Republic, Poland) and has plans to enter new markets (for example South Africa).
US growth market
In the United States, the renewable energy specialist has a number of major projects in the pipeline or already realized, particularly in the solar sector. A free-field photovoltaic installation (2.2 megawatts) built by juwi’s US subsidiary, juwi solar Inc., in Hackettstown, New Jersey supplies the plant and headquarters of candy manufacturer Mars Snackfood with clean electricity. More facilities are currently under construction in Florida (15 megawatts), Ohio (12 megawatts) and Texas (16 megawatts). With respect to free-field plants, the company is now among the leading suppliers in the United States - an outstanding starting position.
The US, where more than six billion dollars are expected to be invested, could become the world’s most dynamic growth market for photovoltaic systems by the year 2012. This was one of the results of the study "The United States PV Market Through 2013: Project Economics, Policy, Demand and Strategy" by Greentech Media. German market participants like juwi would benefit from this, according to the study.
One of the best and most sought-after employers
juwi is among Germany’s best employers. In a survey by the "Great Place to Work Institute" in Germany, the company came out among the top 50 in the category of companies with up to 500 employees. This has made the project development company one of the most soughtafter employers in the energy sector: In 2009 alone, some 12,000 applications were received. "juwi has an excellent reputation. We offer our staff more than a secure job. They feel good about themselves, are highly motivated and see sense and value in their work", says Willenbacher. This is due in part to the numerous facilities that improve the work-life balance of its workers, such as a day care facility, a contemplation and relaxation room, a soccer field and beach volleyball court and a fitness room. Another factor that promotes identification and motivation is the company’s major goal of a 100 percent renewable energy supply worldwide. "The people who work for juwi don’t just want to make money, they want to make a difference too. Our employees are working with all their effort to ensure that 100 percent renewable energies is achieved as soon as possible", says Jung.
Mitsubishi Electric reveals new strategies to expand solar business: Solar cell and PV module production to rise by 50 megawatts (MW) to 270MW
PV Cell Plant #2 stands behind PV Cell Plant #1
at Nakatsugawa Works Iida Factory
Mitsubishi Electric Corporation (Tokyo) on March 1st, 2010 announced it has completed construction of PV Cell Plant #2, a new photovoltaic (PV) cell production facility at its Nakatsugawa Works Iida Factory in Nagano Prefecture. By March 2011, the company will raise its annual solar cell and PV module production capacity by 50 megawatts (MW) to 270MW, and ultimately plans to reach an annual capacity of 600MW at an early stage.
The global PV market is expected to grow from 5,550MW in fiscal 2009 (April 2008 - March 2009) to approximately 8,000MW in fiscal 2012 (April 2011 - March 2012), with the introduction of new PV-related stimulus programs in Japan, feed-in-tariff systems spreading in Europe, as well as projected growth in the North American market. Mitsubishi Electric‘s expansion of production capacity is in response to this sharp increase in global demand for PV systems, the company reports in a press release.
New production lines for mono- and polycrystalline silicon PV modules
Adding to its current lineup of polycrystalline silicon PV modules, Mitsubishi Electric plans to install new equipment at its Iida Factory to manufacture monocrystalline silicon PV cells, and start production by March 2011. At the same time, the company will build new production lines to manufacture monocrystalline silicon PV modules at its Nakatsugawa Works Kyoto Factory in Kyoto Prefecture. Monocrystaline silicon PV modules will enable PV systems to generate relatively more electricity on limited surfaces compared to polycrystalline silicon PV modules. Furthermore, using the technologies that enabled Mitsubishi Electric to achieve the world’s highest photoelectric conversion efficiency of 19.3% in a 150mm x 150mm polycrystalline silicon PV cell, the company plans to develop highly efficient monocrystalline silicon PV cells. Mitsubishi Electric intends to incorporate these PV cells in its future PV modules.
Monthly PV inverter production capacity at Nakatsugawa to rise by 50% in May 2010
In addition, to respond mainly to the large increase in demand for PV inverters for residential-use in the Japanese market, Mitsubishi Electric will raise its monthly PV inverter production capacity at its Nakatsugawa Works by 50% from 4,000 units to 6,000 units in May 2010.
In September 2006, Mitsubishi Electric began production of residential PV inverters for the European market, and in August 2007, the company improved factory productivity, increasing its annual PV production capacity to 150MW. Around the same time, the Iida Factory was assigned to specialize in production of PV cells, while the Kyoto Factory made modules. In October 2008, the company increased annual PV cell/module production capacity to 220MW.
iSuppli: Price erosion ratchets up competition in solar photovoltaic market
iSuppli’s projection of pricing for various
segments of the PV supply chain
Installations of solar photovoltaic (PV) systems will soar in 2010, but a steep dive in the prices of solar components means industry competition will intensify, according to iSuppli Corp. (El Segundo, California). "Global installed watts for PV systems will grow by 64 percent in 2010, reaching 8.3 Gigawatts (GW)", said Henning Wicht, senior director and principal analyst for photovoltaic systems at iSuppli Corp. "This will bring a return to the growth levels seen before the fall of 2008 as the worldwide recession recedes and as new geographies and segments of demand emerge", he adds.
Despite the projected return in demand for this year, the tremendous price erosion that occurred in 2009 continues to squeeze profits. On average, crystalline module prices last year fell by 37.8 percent, solar wafer prices plunged by 50 percent and polysilicon prices crashed by a gut wrenching 80 percent.
Freefall of PV prices will transform the industry into a more competitive marketplace
This trend will continue in 2010, although at a slower rate, iSuppli emphasizes. Crystalline module prices will drop by 20 percent, wafer prices will decline by 18.2 percent and polysilicon prices will fall by 56.3 percent, iSupply anticipates. "The erosion in pricing is bound to change the face of the solar industry", Wicht said. "The freefall of PV prices represents a permanent ratcheting down of price structures that will transform the industry into a more competitive marketplace."
Given the enormous downward shift in pricing, one major implication for the industry is that suppliers will need to continue accelerating cost reductions in order to keep up with the price declines and to repair compressed profit margins. When the cost-down programs eventually catch up with the rate of price declines, an overall improvement in the profit picture can be expected, Wicht said.
Prices on average to pop back by more than 10 percent in the final quarter of 2010
After suffering losses during much of 2009, PV profits will continue to improve in 2010, following a move into the positive during last year’s fourth quarter. iSuppli also is projecting that prices on average will pop back by more than 10 percent in the final quarter of 2010, despite declines for the entire year. The growth of PV installations in 2010 due to iSuppli will be led by a newly energized German market, which recovered from sluggish performance in the first half of 2009 to achieve gradual growth in the second half - a trend expected to continue for the first six months of this year.
PV demand accruing from other countries will not be sufficient to compensate for a German FIT reduction of 15 percent
The German market, however, could stall again by summertime, if the feed-in-tariff (FIT) designed to encourage the adoption of PV systems is trimmed by the Merkel government. The position in the overall PV market held by Germany - which accounted for 50 percent of total worldwide PV installations in 2009 - is of such importance that the collective PV demand accruing from other countries will not be sufficient to compensate for a German FIT reduction of 15 percent if that were imposed in mid-2010, iSuppli accentuates. Elsewhere, installations will continue to rise in both the established and the emerging regions, according to iSuppli.
United States, Italy and China to account for 50 percent of the growth projected in 2010
"Several new growth markets will come into play in 2010, the most significant of which are the United States, Italy and latecomer China", Wicht said. "Together, these three markets will account for 50 percent of the growth projected to occur in 2010." The PV space will also feature more players this year, led by South Korea’s Samsung and LG Electronics - already the world’s largest LCD panel makers and possessing vast experience at moving into new areas of operation - as well as Taiwan’s TSMC foundry and U.S. engineering giant Bechtel.
Showa Shell: Solar frontier global expansion and consolidation bid to set new standard in solar industry
Showa Shell Solar K.K., a 100% subsidiary of Showa Shell Sekiyu K.K. headquartered in Tokyo, on March 1st, 2010 announced that it will open two overseas offices this April in Northern California and Munich, further building its global network to facilitate one gigawatt per year of sales and delivery of its proprietary CIS solar panels to customers worldwide. The move will be accompanied by a global branding consolidation under a single name, Solar Frontier (the original name of its international sales subsidiary), and a new logo.
"We chose Solar Frontier as the name of our international division a few years ago because we knew we stood at the frontier of the photovoltaic industry in terms of research and development", said CEO Shigeaki Kameda. "With CIS solar technology, our PV modules today combine compelling economics, non-toxic materials, lower energy consumption in production, increasingly higher efficiency, and greater potential for tomorrow. With this announcement we signal our commitment and capacity to set and supply the new global standard for photovoltaic panels into the future, starting with the European and North American office expansions."
3rd CIS production plant in Miyazaki, Japan, to open in 2011
Solar Frontier's Director of International Business, Brooks Herring, added: "Thanks to Solar Frontier's significant production capacity, which will reach gigawatt class with the opening of our 3rd plant in Miyazaki, Japan, in 2011- the world's largest CIS production facility at 900MW - we can offer the full benefits of economy of scale to our customers. This is matched by the strong economics of panel performance we have developed through years of research, development, and testing in the field. Our panel development engineers understand that economics is the key driver of a panel's value, which depends on the combination of efficiency, durability, stability, temperature coefficient, degradation, and numerous other factors, whether you are a home owner, business, or utility. There is far more than a gigawatt of demand for the superior economics we can deliver."
Competitive panel efficiency of around 13.0% off of the assembly line
"Our production, factory, and quality assurance engineers understand this as well", added Kameda. "Our gigawatt scale capacity is an engineering decision as well as an economic decision because this is what we can do today for maximum production efficiency and minimum energy payback time. Moreover, our panel efficiency will continue to climb toward the aperture area efficiency of 16.0% on a 30cm x 30cm module we achieved recently in our laboratories. While the aperture area efficiency of panels coming off of the assembly line today are at a competitive efficiency of around 13.0%, we expect to reach 14.2% when our third plant starts operating in 2011, and approach 15.0% by 2014."
The name "Solar Frontier" expresses our commitment to leadership in the global PV market, Showa Shell Solar emphasizes in its press release. "We stand at the frontier with our proprietary CIS technology and its greater potential for improvement and innovation. It also expresses our vision of the future of energy, when human needs are abundantly met by the limitless power of the sun", the company accentuates.
Hitachi High-Technologies inks signs agreement with XeroCoat for sale of anti-reflective coating equipment and materials for solar modules
XeroCoat and Hitachi High-Technologies
cooperating on AR coating.
Hitachi High-Technologies Corporation (Tokyo, Japan), a subsidiary of Hitachi, Ltd. (Tokyo), and XeroCoat, Inc. (Redwood, City), a California-based solar energy company, on February 24th, 2010 announced a strategic partnership for the distribution of XeroCoat's anti-reflective (AR) coating solutions in Japan and China.
With this partnership, Hitachi High-Technologies and XeroCoat aim to capture a leading share of the solar power generation market through the sale of anti-reflective coating equipment and materials to solar module and glass manufacturers. The cost benefits and other advantages offered by AR coatings are expected to spur their rapid uptake. According to Hitachi High-Technologies, 50 % of all solar modules are projected to have such coatings by 2015.
Solar photovoltaic expected to be around 21,000 MW by 2015
According to Nomura Research Institute, the solar photovoltaic power market is expected to deliver total power output of roughly 8,800 MW in 2010, representing an annual growth rate of 19 %. By 2015, market scale in terms of power output is expected to be around 21,000 MW. "With XeroCoat's anti-reflective coating solution as part of our portfolio, we have broader access to the solar market and can expand our presence in solar manufacturing factories in the global market", said Masumi Miyauchi, Senior Vice President and Executive Officer of Hitachi High–Technologies. The cost of solar power generation is relatively high because only about 20 % of the collected solar energy can be converted into electricity. Therefore, research is being conducted seeking ways of reducing the amount of light reflected by the protective glass on the surface of solar modules by applying AR coatings. According to the press release, the glass surface of solar modules typically reflects more than 4 % of the incoming light. XeroCoat reports that its AR coating is able to keep light reflection below 1 %.
AR coating to increase solar module power capacity by 3 %
Utilizing the XeroCoat coating, solar module makers can reportedly expect a 3 % increase in peak power output and a 4 % increase in energy produced on a kilowatt hour (kWh) basis. XeroCoat's turnkey coating system is said to be simple, compact, environmentally friendly and energy efficient, making it compatible with existing manufacturing processes throughout the supply chain. The coating system is said to be applicable in the entire range of solar energy technologies, including crystalline silicon and thin-film photovoltaics, concentrating photovoltaics, and with solar thermal devices. Thomas Hood, President and Chief Executive Officer (CEO) of XeroCoat, said: "With the backing of Hitachi High-Technologies' worldwide sales and service, and their channel connections, solar module and glass manufacturers can confidently integrate our solution into their process to gain greater efficiencies in manufacturing cost and power output."
PV producer Solyndra signs distribution agreement with DC Power Systems
Solyndra, Inc. (Fremont, California), a manufacturer of innovative cylindrical photovoltaic (PV) systems for commercial rooftops, announced it has signed a new North America distribution agreement with DC Power Systems, a full-service distributor of renewable energy products, headquartered in Rohnert Park, California. "DC Power Systems has an outstanding reputation in renewable energy and they offer their customers a wide range of technology and service capabilities", said Chris Gronet, Solyndra CEO and founder. "They clearly are the type of innovative, value-added distributor that we seek when authorizing a company to offer Solyndra products."
"With a great cost to output ratio, Solyndra is an excellent non-penetrating PV system choice for our commercial installers", said Daniel Marino, Executive Vice-President of DC Power Systems. "Coupling the flexibility of their module and mounting system with our strong technical support and design capabilities gives customers an exciting rooftop solar solution. DC Power Systems is pleased to be working with Solyndra as we move forward."
DC Power Systems due to Solyndra is a full-service distributor of renewable energy products serving dealers throughout the Western hemisphere. Supported by coast to coast warehousing, engineering support, customer service and product selections, DC Power services and trains more installers than any other American distributor, Solyndras emphasizes in its press release.
High-performance tester & sorter for solar cells enters series production
TS 3600 tester & sorter for solar cells.
3,600 solar cells per hour with an assured good part yield of 97.3% and a guaranteed operational availability of 95% make the TS 3600 from Schiller Automation (Sonnenbuehl, Germany) currently the highest-performance and most reliable cell tester and sorter of its type, the company reports in a press release. Manufacturers of solar cells using this innovative tester and sorter will demonstrably increase their productivity and reduce the total cost of ownership (TCO). The TS 3600 will enable an annual output of 100 MW to be achieved on just one line for the first time Schiller emphasizes.
The prototype of the innovative tester and sorter proved very popular back at the European Photovoltaic Solar Energy Conference (EU PVSEC) and Exhibition in September 2009 in Hamburg. Following further field testing and optimisation of details, this development by the handling and automation specialist from SW Germany has reached the series production stage, and the first orders have already been received. The high cell throughput, reliability, quality of results and lower costs per tested cell will increase the efficiency of production lines and permit more dependable planning.
Above-average good part yield and low breakage rates
The machine will have paid for itself in less than five years, the producer accentuates. The line consists essentially of feed, tester and sorter modules. The innovative soft-handling concept and the high precision of the measurement systems used ensure the consistently high performance features, even in long-term daily use. The central conveyor system in the tester unit is based on a continuous conveyor chain. Once the cells are in position, they pass through all the test stations in a fixed, flat configuration. This means the transfer processes, which are otherwise a normal feature of such machines and are critical for the cells, have been largely dispensed with. The performance measurements are carried out by means of a system of guided contacts applying minimum force, guaranteeing optimum measurement results. The outcome is an above-average good part yield and low breakage rates. The compact unit’s flexibility makes it compatible with any solar cell production line, and it can operate in both batch and inline modes.
Fotowatio Renewable Ventures to finance and develop Rome’s largest solar power plant
Expanding its solar power business in Italy, FRV (Fotowatio Renewable Ventures, Turin, Italy), a global independent solar power producer, in February 2010 announced that it will develop a 10-megawatt photovoltaic power plant in Fiumicino, Rome. Developed in partnership with Turin-based Solesa Green Power, a company specializing in renewable energy engineering, installation and services, the facility will be the largest solar power plant in the Rome province - and one of the largest in Italy.
FRV and Solesa Green Power have secured project financing for the deal from some of the most important international financial institutions in the renewable energy sector, FRV reports in a press release. "Our investment in what will be the largest solar project in Rome province demonstrates our long-term commitment to Italy", said Andrea Fontana, country manager of FRV in Italy. "In addition to our five 1-megawatt solar power plants we successfully completed in Puglia, this new deal strengthens our position in Italy as a major solar project developer. It also will help Italy increase its energy production from carbon-free sources."
Solar power for approximately 2,700 Italian homes
FRV and Solesa Green Power expect to begin construction of the plant, commissioned to Siliken, by April. The plant is scheduled to be operational by the end of this year, with an expected production of 14 million kWh of electricity, enough to power approximately 2,700 Italian homes. This solar installation will avoid approximately 16,000 tons a year in greenhouse gas emissions.
Dynamic growth of the Italian photovoltaic market
The Italian photovoltaic market has experienced remarkable growth in the last few years. During the first six months of 2007, the cumulative photovoltaic power installed in Italy was 19 MW [1,773 installations]; by the end of that year, this sector had registered a record 300% growth. This rally continued in 2008, with a growth rate of 110% compared to the previous years. A total of 146 MW (11,800 new installations) were installed in 2008. As of December 31st, 2009, there were more than 50,000 solar installations in Italy, with an installed capacity of more than 700 MW.
Fraunhofer ISE and VDE expand cooperation: New Test Center for photovoltaic modules inaugurated in Singapore
The boom in the photovoltaic industry, triggered by the adoption of the German Renewable Energy Law and other European and international market incentive programs, is continuing to spread. An increasing amount of Asian countries are joining in on the production. Often they first concentrate on export, since no appreciable national market exists. With the increasing competition, manufacturers are under more pressure to ensure the quality of their products through accredited testing and certification procedures. The VDE Institute and the Fraunhofer Institute for Solar Energy Systems ISE have realized this demand. In cooperation with the Solar Energy Research Institute of Singapore SERIS, they have opened up the first testing and certification center for photovoltaic modules in South East Asia.
The festive opening ceremony took place this year in January in Singapore.
VDE-ISE Pte is responsible for the customer service, certification and safety tests, Solar Energy Research Institute of Singapore carries out performance tests
"Together with our partners, we are now able to offer the photovoltaic industry in South East Asia a Center in their region where modules can be tested and accredited according to the established international standards", says Dr. Hans-Martin Henning, coordinator of the Joint Venture from the Fraunhofer side and Deputy Director of Fraunhofer ISE. In the cooperation, the new Joint Venture company VDE-ISE Pte. Ltd., founded by VDE and Fraunhofer ISE, is under the leadership of Henry Paetz. The company is responsible for the customer service, certification and safety tests according to IEC 61730, while the Solar Energy Research Institute of Singapore SERIS under the leadership of Prof. Joachim Luther carries out the various performance tests.
Fraunhofer ISE has many years of experience in the calibration of solar modules. Since almost 20 years, module manufacturers worldwide have been making use of theprecision measurements carried out at the CalLab PV Modules at Fraunhofer ISE. The researchers in Freiburg are also leading in the field of life cycle analyses for photovoltaic modules. For more than three years now, Fraunhofer ISE is operating its own test center for photovoltaic modules, where various tests based on accepted international standards are offered to customers for product testing and certification. Through the partnership with VDE, the certifications according to IEC 61215 for PV modules based on crystalline silicon cells and according to IEC 61646 for modules based on thin film solar cells are offered.
The VDE – the Association for Electrical, Electronic and Information Technologies – is an independent institution which is nationally and internationally accredited. Under the leadership of Wilfried Jäger, Managing Director, the VDE is responsible for testing and certifying the safety and performance of electronic devices, components and systems for the consumer and the general public using the highest standards of quality.
Both partners, Fraunhofer ISE and VDE, are intensively working on further developing the international testing standards within the International Electrotechnical Commission (Technical Committee 82, Working Group 2: Modules) and the DKE (Deutsches Kommission Elektrotechnik Elektronik Informationstechnik in the DIN and VDE). The Solar Energy Research Institute of Singapore SERIS, whose director Prof. Joachim Luther is the former Director of Fraunhofer ISE, exists since April 2008. It carries out research on the industrial level in the areas of solar cells, module development and energy efficient building.
PROINSO to supply 1 MW of MECASOLAR trackers for solar photovoltaic plant California
Mecasolar trackers.
The Spanish company PROINSO- part of Group OPDE and specialists in the distribution of modules, inverters, trackers and fixed structures for photovoltaic systems, will supply 1 MW of MECASOLAR 2-axis solar trackers for a solar photovoltaic (PV) plant located in the California district of Madera. The 2-axis trackers supplied for the project will be manufactured entirely in the new MECASOLAR factory in West Sacramento (California), using local suppliers and labour. The components of the trackers due to PROINSO are American UL certified (Underwriters Laboratories), making it easier for MECASOLAR products to obtain the UL certification, and is the only company in its sector acquiring this type of product.
2,317 kWh / kWp power output to be obtained
The solar power plant, which will become the largest 2-axis project undertaken by the company in the State of California, will be completed with the addition of REC 220 modules, and SATCON model 500 inverters for the start-up. The calculations estimated by the SOLAR PV TRACKER-Program for calculating energy- with MECASOLAR trackers- estimates that in the district of Madera and with an annual average radiation at 0 ° of 1,850 kWh/m2 year, 2,317 kWh / kWp power output will be obtained for a Ratio Performance of 86 %. The above calculation programme can be found on the website of PROINSO (www.proinso.net).
With the order for this project, the Spanish company has started to manufacture their trackers entirely in the 6,000 m2 Mecasolar factory in Sacramento. This will facilitate and increase the entry of their products within the Obama Plan to support investment in renewable energy power products manufactured in the United States ("Manufactured by USA"). According to PROINSO, the company will close in coming weeks a distribution agreement for another project with similar features and output, also in California.
The forecasts are that MECASOLAR will reach the 30 MW figure for trackers manufactured in the new MECASOLAR plant in West Sacramento, employing over 70 people in the two-year period from 2010-2011 in the four companies of the group established in the United States.
Oerlikon’s Sven Jarby new President of the International PV Equipment Association
Hans-Juergen Stangl of Stangl Semiconductor Equipment AG, Fürstenfeldbruck, Germany, due to personal reasons, has stepped down as President from the IPVEA Board of Directors. Current Vice President of the Board of the Directors, Sven Jarby from Oerlikon, Pfäffikon, Switzerland, has been appointed to serve as president until next elections planned for September 7th, 2010 during the 25th EU PVSEC in Valencia, Spain.
The International Photovoltaic Equipment Association (IPVEA) is a non-profit organization of manufacturers and suppliers of photovoltaic (PV) fabrication equipment and related raw materials used in PV ingot, wafer, cell (crystalline and thin-film), and panel manufacturing.
Sven Jarby also noted that the IPVEA Board would soon be inviting members to apply as candidates for the open Board position. Interested members can apply by contacting the Association’s Managing Director, Bryan Ekus (ekus@ipvea.com). Jarby along with the other members of the IPVEA Board expressed their sincere gratitude for Stangl’s involvement and guidance since the foundation the Association in early 2008.
Enerqos Group announces the construction of two photovoltaic roofs in Italy using new Solyndra technology
Enerquos focuses on innovative Solyndra
cylindrical PV panels.
The Enerqos Group (Milan, Italy) has begun the construction of two photovoltaic (PV) roofs, with a maximum output power of 200kWp and 400kWp respectively, to cover the shopping centres of Nova Coop, one of the largest distribution chains in Piedmont. They will be among the first Italian solar plants to be built with the innovative Solyndra cylindrical panels. The installation work will be undertaken by the Piedmont-based company Photovoltaic Systems, under the supervision of Enerqos’ Industrial Roofs Business Unit. The company, which is part of the Enerqos Group, is specialised in photovoltaic roofs.
"The Enerqos Group has always focused on researching and making full use of new technologies, so as to maximise the return on investment of our clients", commented Mauro Marcucci, CEO of Enerqos. "The Solyndra technology seemed to us to be the most competitive solution for this specific application: we are pleased to be able to integrate it into these two initial projects and we hope to use it again soon in future installations."
More and more companies installing photovoltaic plants in order to reduce their energy costs, often exploiting unused roofs
The Solyndra panels use thin-film technology and cylindrical modules which capture sunlight across a 360-degree photovoltaic surface capable of directly converting, diffusing and reflecting sunlight into electricity. Using these panels in an industrial photovoltaic installation allows energy to be generated much more effectively and efficiently than would be the case with conventional flat modules, and significantly reduces installation costs at the same time. "More and more companies today are choosing to install photovoltaic plants in order to reduce their energy costs, often exploiting unused spaces such as roofs, warehouses, allotments or car-parks for the project: industrial photovoltaic plants represent a very attractive form of investment and a potentially huge resource for the production of renewable energy", added Giovanni Landi, head of Enerqos’ Industrial Roofs Business Unit. "This is one of the reasons why we have created a dedicated business unit which is able to take advantage of innovative technologies and consistently offer high-performance solutions with a competitive edge: we are convinced that this is where the future of the photovoltaic market lies."
The new plants will be fully operational by the summer and will produce over 600,000kWh of clean energy per year, reducing annual CO2 emissions by 360 tons, Enerqos announces in a press release.
Scheuten Solar opens two megawatt solar photovoltaic plants in Italy
PV plant by Scheuten in Italy.
At the end of February 2010 two 1 MW photovoltaic (PV) power plants realized by Scheuten Solar at Palo del Colle, in Bari province, Italy, were opened, the company reports in a press release. The Italian companies Molino Casillo S.p.A. and Ascopiave S.p.a. (daughter company Ascoenergy S.r.l.) have teamed up as investors in these sustainable energy projects in Italy’s Apulia region. Additionally Scheuten Solar is realizing another four 1 MW projects in Italy with the same partners.
The latter projects with a combined power of 4 MW are under construction in the same Southern Italy region. Scheuten Solar is EPC and Operations & Maintenance contractor. Ascopiave S.p.a. and Molino Casillo S.p.A. each have established a business unit for alternative energy and have chosen Scheuten Solar as their long-term partner, Scheuten emphasizes in the press release.
Creating an additional footprint in the Italian market
As an EPC-contractor Scheuten Solar develops and realizes solar projects worldwide, the company reports in the press release. "With the opening of these successful projects and the new projects of 4 MW we create an additional foot print in the Italian market. We are very pleased with our partners Molino Casillo S.p.A. and Ascopiave S.p.a. and are happy to jointly deliver clean and reliable solar power to the rapidly expanding Italian market", stated Evert Vlaswinkel, Chief Commercial Officer Scheuten Solar. Scheuten is a high volume manufacturer of total solutions in glass and solar energy systems with its head office in Venlo, The Netherlands.
PV production: Ticket shop for solarpeq conference now open
"Size matters: producing solar at large scale" - the theme for the solarpeq conference is finalised. Interested parties can now register online at www.solarpeq.de/conferenceticket. The conference runs all day on September 27th, 2010 and until noon on September 28th, the first day of solarpeq - International Trade Fair for Solar Production Equipment. The event takes place at the Congress Centre Düsseldorf Ost (CCD Ost), which has a direct connection to the exhibition halls. The conference targets decision-makers and practitioners from the entire photovoltaic production chain who are interested in practical concepts and solutions to current industry issues.
Presented in English, the solarpeq conference is organised in cooperation with the well-known technical journal Photovoltaics International. Conference chairman Eddie Blokken, former Director of Technology and Standards at the PV Group of the international association SEMI, has already been successful in acquiring speakers from leading photovoltaic companies. Representatives from PPG Industries, Applied Materials, CM2H HILL, for example, will contribute lectures on topic blocks such as "Large Facility Requirements", "Materials Management", "Manufacturing Excellence" and "Does Size Matter? - How to Keep Capacity and Utilization in Balance". The selection of speakers takes both the supplier's and the customer's concerns into consideration in order to effectively address the current issues from both angles. The conference programme in its current form can be downloaded at www.solarpeq.com.
Early bird discount by May 15th
The attendance fee for the solarpeq conference amounts to €325 (plus VAT). This fee includes conference materials, daytime meals, admission to the solarpeq trade fair including a trade fair catalogue as well as admission to the concurrent glasstec, which is the world’s leading glass industry trade fair. At the end of the second day, participants will have the opportunity to enjoy a guided tour of solarpeq. Anyone registering for the solarpeq conference by 15th May can take advantage of the early bird discount, paying only €250 (plus VAT). A credit card (VISA or Mastercard) is required for registration.
PV production: ACI-ecotec wafer singularization system with a throughput up to 4,300 wafers per hour
By fitting the ecoSplit with three
loading stations, a throughput of 4,300
wafers/h can be achieved.
When it comes to separating solar wafers fully automatically before final cleaning, the ecoSplit IXL really defines the standards set by ACI-ecotec. One reason for this is the extremely high throughput – a customized system designed by ACI-ecotec separates 4,300 wafers per hour. Other factors which convince wafer manufacturers to purchase the system include the low breakage rate which has been reduced up to 0.1 percent and the compact plug-and-play construction.
When deciding which singularization system to buy, over recent months more and more wafer manufacturers have opted for the ecoSplit IXL made by ACI-ecotec GmbH & CO KG based in Zimmern ob Rottweil in Germany. Among other buyers, these include a major German manufacturer in Thüringen and an East European concern.
Continuous operation with over 3,600 wafers/h
The wafer manufacturer in Thüringen decided to purchase the ecoSplit IXL after completing a trial phase in which the company tested not only the singularization system made by ACI-ecotec but also two other competitive products. The main reason for choosing the solution from Zimmern was the high throughput. Running normally, the system splits over 3,000 wafers per hour and at peak times the company is capable of separating over 3,600 wafers/h. To achieve this, the system has two loading stations which can each be fed with stacks of up to 250 sawn wafers once they have been pre-cleaned and manually checked. The feeding solution makes this system unique throughout the world because it can be loaded during operation and thus avoid stopping times. This was another factor influencing the manufacturer’s decision to invest in the ecoSplit system. A further reason was the worldwide patented separation technology developed by ACI-ecotec which functions without the need for costly gripper or handling systems. With the so-called “dealing” technique (in the sense of dealing playing cards), in each case the bottommost wafer is removed from the stack by a special roller system. As has been proved, this process is so gentle that no marks are made on the surface of the sensitive solar wafers. The technology also permits wafers to be removed from the stacks one at a time, thus ensuring absolutely reliable singularization. Working in series operation, the both “simple” and gentle separating technology has enabled the company in Thüringen to attain a breakage rate below 0.4 percent.
Once they have been separated, the wafers are transported by individually-adapted units to a cleaning station. The ecoSplit can be combined with any common cleaning system worldwide. During singularization, wafers are kept constantly moist to prevent them from drying out. The complete singularization process – from loading the wafers right up until they are cleaned – is monitored and controlled by sensors as well as visualized on screen.
Other advantages include the low space requirement, the fact that the singularization system is made completely from stainless steel and also the plug-and-play construction with integrated switching cabinet. Among other things, the latter permits the system to be put into operation and staff to be trained how to use it within just five days. As a result of the high throughput, low breakage rate and a process stability of almost 100 percent, the Thüringen-based wafer manufacturer has now ordered its third singularization system from ACI-ecotec.
Customized solution with 4,300 wafers/h
For its production location in Spain, an East European wafer manufacturer was looking for a singularization system which could guarantee a minimum throughput of at least 3,600 wafers/h. By supplying a specially designed version of the modularly constructed ecoSplit, ACI-ecotec was able to provide an optimum solution. Feeding was extended to include a third loading station and the number of transportation units to the cleaning system increased accordingly. This modification now enables a throughput of 4,300 wafers/h, thus creating further company benefit.
For further information: ACI-ecotec GmbH & Co. KG, Albring 18, 78658 Zimmern ob Rottweil, Germany, Telephone +49 (0)741 175115-0, http://www.aci-ecotec.com, info@aci-ecotec.com.
Concentrator photovoltaics: Concentrix Solar enters US Market with megawatt CPV deployment at a Chevron facility
CPV tracker by Concentrix Solar.
Concentrix Solar (Freiburg im Breisgau, Germany), a leading supplier of Concentrator Photovoltaic (CPV) systems and a new division of the Soitec Group (Euronext Paris), the world’s leading supplier of engineered substrates, on February 24th, 2009 announced that it has signed a contract with Chevron Technology Ventures for the deployment of a one megawatt (MW) CPV power plant to be installed at a Chevron Mining facility in Questa, New Mexico, USA. With this announcement, Concentrix Solar confirms full commercial readiness for worldwide deployment, and is paving the way to utility-scale CPV projects.
A FLATCON CPV tracking system has a nominal power output of 6 kilowatts. One megawatt consists of approximately 175 systems, which can be placed in an area of 7 acres. Concentrix Solar recently announced that the company has received IEC certification 62108 for its CX-75 FLATCON module generation.
Chevron facility to become the largest CPV installation in the U.S. and one of the largest CPV power plants in the world
Chevron announced this week that the company will install a one megawatt CPV solar power plant using Concentrix Solar’s "FLATCON" technology. This will be the largest CPV installation in the U.S. and one of the largest CPV power plants in the world. The power produced will be sold through a power purchase agreement to the Kit Carson Electric Cooperative, Chevron stated in their press release (February 23, 2010).
High direct normal irradiance and energy demand in the Southwestern states of the USA
"This commercial deployment is a key milestone for us and our U.S. strategy. It is an important reference for our technology, and the next logical step considering the outstanding performance demonstrated at our Spanish power plants", said Concentrix Solar CEO, Hansjörg Lerchenmüller. "With their high direct normal irradiance and their high energy demand, the Southwestern states of the USA are perfectly suited for our CPV technology. Our FLATCON technology's high-precision, two-axis tracking system helps utilities to match U.S. peak power demands. We are excited to prove our technology with Chevron on the Questa site and are planning new investments to further expand our business in the Southwest of the USA in the near future."
Demo system in San Diego, megawatt production facility in Freiburg
In the USA, Concentrix Solar already installed a demo system on the University of California San Diego campus. This demonstration tracker, installed in July 2009, confirmed system efficiencies (AC) of 25 percent under full field operating conditions.
Concentrix Solar operates a fully-automated manufacturing line in Freiburg, Germany, which produces high quality, durable CPV modules. The facility has a current capacity of 25 megawatts; further expansion is planned.
First groundbreaking in Italy: COLEXON realizes 993 kWp solar photovoltaic power plant in Imola
2,1 MWp reference system by COLEXON in
Ronda, Spain.
COLEXON Energy AG (Hamburg, Germany), a leading project developer and operator of highly profitable solar power plants, scores another success in the international competition. The company is starting to erect a solar photovoltaic (PV) power plant with a total capacity of 993.3 kilowatt peak (kWp) in the North Italian community Imola. At the end of last year, COLEXON secured the property and project rights for the construction of a solar power plant in Imola. After having completed the formalities in December, the company broke ground and started the realization.
Thorsten Preugschas, CEO of COLEXON Energy AG, sees the complete package as another milestone for the company. "Establishing our international commitments with the solar power plant in Imola, allows us to continue our growth trend consistently despite of possible upcoming changes in the feed-in compensation in Germany. As Italy is one of the most significant growth markets, it is of great importance."
Successful market entry with strong partner network
The project in Imola is expected to be completed in the first half of the year 2010. Within this process, COLEXON emphasizes on a strong incorporation of local subcontractors that were engaged for the establishment of the company in the Italian market. COLEXON has teamed up with Cleantech in planning and developing the solar power plant. The erection of the solar park and its commissioning has been arranged in close cooperation with several local partner companies.
COLEXON and Imola present prestige project
At the celebration, the mayor Daniele Manca emphasized the positive signal for the city due to COLEXON’s investment in times of the financial crisis. CEO Thorsten Preugschas highlighted the location as an optimal starting point for further activities. COLEXON’s new partners, the Imola community, the local subcontractors as well as the energy supplier, set the ideal basis for a long-term cooperation by showing extraordinary commitment.
Economically and ecologically very attractive
It is planned to use a total of 4,620 polycrystalline modules of the manufacturer Moser Baer on an area of 2.35 hectares for this project. In addition to this, SMA inverters will convert the yearly 1.1 million generated kilowatt-hours into grid-compliant alternating current. The plant is economically attractive as the feed-in tariff in Italy is remarkable and guaranteed for 20 years. For the city of Imola, this solar power plant means a reduction in CO2 emissions of about 80 tons per year. Furthermore, it will be able to supply about 500 households with environmentally friendly electricity. The Imola community and COLEXON are pursuing the common objective of realizing further economically and ecologically interesting projects in that region like the one mentioned above, to build up a long-term partnership.
Peruvian government awards Solarpack with two 20 MW PV power plants
Solarpack (Gexto, Spain) along with a major Spanish developer, in February 2010 announced that the companies had been awarded a 20 year contract by the Government of Peru. According to the agreement, the companies are to produce 98 gigawatt hours (GWh) of solar photovoltaic (PV) electricity per year. Solarpack reports that it plans to generate this energy with two 20 megawatt (MW) PV plants, to be located in two southern regions of the Andean country.
This contract is said to enable Solarpack to consolidate its operations in South America, where the company is reportedly already one of the biggest developers specializing in PV solar energy with a project portfolio of about 90 MW. Solarpack's Chief Executive Officer (CEO) Paul Burgos, remarked that the company's "upfront, innovative wager on this market is bearing fruit even earlier than we expected." Solarpack plans to spearhead the implementation of projects from its subsidiary in Chile. The company's first multi-megawatt solar plant, dubbed 'Calama Solar 1', is reportedly being developed with an environmental license for the South-American continent.
U.S. solar advocacy group releases statement on passing of bill to raise California's solar net metering cap
On February 18th, 2010 the California State Assembly passed AB 510, a bill to raise the cap on a key solar policy called 'net metering.' In the wake of this event, the national grassroots advocacy organization Vote Solar Initiative (Vote Solar) issued a press release detailing the events and celebrated what it considers a major policy win in the United States' largest photovoltaic (PV) market.
Vote Solar explains that net metering is a simple billing arrangement that allows solar customers to get fair retail credit for the excess electricity their systems generate during daytime hours. Having passed the Senate in the previous week, the bill now only needs the signature of California Governor Arnold Schwarzenegger to become law, Vote Solar reports.
Bill raises utilities' net metering cap from 2.5 to 5 % of peak demand
Vote Solar explains that existing law requires California's major electric utilities to make net metering available to customers on a first-come, first-served basis, but only until the total program capacity exceeds 2.5 % of the utility's peak demand. AB 510 doubles the net metering program capacity to 5 %, ensuring that Californians continue to have fair access to this critical solar program for the near term. Assemblymember Nancy Skinner (D-Berkeley), the bill's author, said: "California leads the nation in solar energy, accounting for more than 65 % of the all the solar installed in the U.S. Net metering has been absolutely fundamental to that success. The passage of this bill means continued green job growth, further energy bill savings, progress in the fight against climate change, and a brighter future for California."
More than 50,000 California utility customers currently take advantage of net metering
Sara Birmingham, western policy director for the Solar Alliance, a state-level trade association, commented: "AB 510 will ensure that participants in the state's highly successful California Solar Initiative (CSI) will continue to have access to net metering benefits through the program's completion. Its passage sends a clear signal to the growing solar industry that California intends to be open for business tomorrow and for years to come." Adam Browning, Executive Director of the Vote Solar Initiative, added: "Net metering makes solar more affordable for those who want to make the investment in clean energy. And because solar produces reliable power during peak hours when we all need it most, that same investment in solar helps lower costs for all ratepayers. Today, Assembly member Skinner and the legislature took a bold step to make solar a significant part of our energy future." More than 50,000 California homes, schools and businesses currently take advantage of the state's net metering program to lower their utility bills, Vote Solar reports. With federal stimulus funds committed to support the state's switch to solar, this legislation is believed to be a critical component of a fiscally and environmentally responsible energy future in California.
U.S. renewable energy training provider Boots on the Roof announces 'Master Certificate in Renewable Energy' program
Boots on the Roof offers a
six-day solar boot-camp.
Boots on the Roof (Fremont, California), a U.S. provider of renewable energy training and education, on February 19th, 2010 announced that it is now offering a 'Master Certificate in Renewable Energy' program. According to the press release, the program will focus on three main areas in renewable energy, providing attendees with a well-rounded training experience.
Boots on the Roof reports that this program will include a 6-day 'Solar Thermal Boot Camp' that focuses on the fundamentals of design and installation of solar water-heating systems. The second part of the program is a 6-day 'Solar PV Boot Camp' which reportedly covers solar-electric system design, installation, and safety procedures, as well as business and industry topics. Finally, a 5-day 'Wind Energy Boot Camp' which concentrates on the design and installation of wind energy systems, including assessment, safety, installation, and troubleshooting concludes the course requirements for the Master Certificate.
Intensive training program said to help attendees steer their career in a 'green' direction
"More jobs now focus on the green sector, and those with the right skills and training will find it easier to compete and succeed in that market", explained Navraj Bawa, Executive Vice President of Boots on the Roof. "Our Master Certificate program helps prepare someone to steer their career in a green direction." According to the press release, this program is ideal for anyone interested in adding renewable energy sources to their list of specialties, or those wanting to learn more about the field, including general contractors, plumbers, builders, business owners, environmentalists, electricians, construction workers, engineers, and green-energy educators. "This intense training program offers people a chance to become specialists in a field that is rapidly growing and may very well dominate in the future," said Bawa. "Renewable energy is where it's at, and this program helps you get there."
Monosilane technology: M+W Group acquires shares in the Schmid Silicon Technology Holding GmbH
Effective from January 1st, 2010 the M+W Group GmbH, Stuttgart, Germay, acquired shares in Schmid Silicon Technology Holding GmbH, Freudenstadt, Germany. With this acquisition, M+W Group partners with Schmid Silicon Technology Holding GmbH in its worldwide activities for engineering and construction of Polysilicon plants based on the Monosilane technology. No further details of the contract conditions have been released by the involved parties due to their agreement to treat such details confidentially.
"With our new partner M+W Group we are able to enforce our worldwide presence on the future markets to offer our customers joint expertise and service excellence for successful realization of projects. With our future orientated technology and the partner M+W Group we decisively strengthen our competitiveness and we see this as a further essential step on the way to establishing ourselves as the leading technology supplier for Polysilicon solutions", stated Christian Schmid, Shareholder of the Schmid Silicon Technology Holding GmbH and Jürgen Wild, CEO M+W Group.
"Contract negotiations have been concluded in a purposeful manner within a very short time frame, due to similar perception of the market, the customers and the company philosophy. This makes the realization of future projects easier. Both parties are looking forward to a successful cooperation. Right after the contract conclusion we have started working on the coming tasks closely together", Alexander Berg, CEO of the Schmid Silicon Technology Holding GmbH confirmed.
Technology provider for high-end solar grade Polysilicon and Monosilane
The Schmid Silicon Technology Holding GmbH (SSTH), founded in September of 2009, headquartered in Freudenstadt, Germany is a Holding organization with its related parties the Schmid Silicon Technology GmbH (SST), the Schmid Pilot Production GmbH (SPP) and the Schmid Silicon Engineering GmbH (SSE). Schmid Silicon Technology a technology provider with respect to high-end solar (and, if demanded, electronic) grade Polysilicon and Monosilane gas production as well as plant engineering (turnkey). In addition to the patented technology SST supplies the overall know how for planning and realization of Turnkey Plants for the Polysilicon and Monosilane production.
