Global Solar Energy is rightly proud of the rows of gleaming panels that make up the new 750-KW solar photovoltaic electric power system sitting on a little more than seven acres of desert across the parking lot and alongside its headquarters production facility in south Tucson, AZ. The copper-indium-gallium-(di)selenide thin-film PV purveyor's own strings of flexible CIGS cells reside in each of the 6600 ground-mounted modules, which were assembled nearby at Solon's 60-MW North American manufacturing site. The company says it's the biggest TFPV array of its kind, but is it?
Evolution Solar looks set to add another customer to its books, as Atlantic Energy Solutions has decided to team up with the company for provision of its PV panels. The collaboration will pave the way for the certification of the panels by Underwriters Laboratories, and will see the modules used in Atlantic Energy’s solar projects in the U.S. It will also allow for the provision on Atlantic Energy’s part of low-cost panels at high volumes for large projects.
It has been reported that Sembawang Engineers & Constructors is going to venture into its first renewable energy project. According to Reuters, the company, a subsidiary of India-listed Punj Lloyd Group, will build an S$250 million plant in Brunei for thin-film solar modules.
Conergy AG has completed its capital increase and is to receive gross issue proceeds of €399.3 million. After one year since the company began its restructuring, it has gained capital structure, which in turn provide a stable foundation for future development.
Photovoltaic module producer Suntech Power Holdings recently completed two solar power plants in Spain in collaboration with a+f GmbH, manufacturer of the SunCarrier single-axis tracker. Suntech supplied approximately half of the panels used in the two installations: an 8.5-MWp plant in Alange and a 7.4-MWp site in Alconera.
The news that Sharp and Enel are to build the world's first 1GW thin-film manufacturing plant in Europe (Italy) at a cost of over $1 billion, is a significant move by Sharp to remain a major force within the PV industry. From any angle the move is impressive and bold and reinforces the direction the industry is going, even if that trend is only in its infancy.
A story from JLM Pacific Epoch has put the Chip Shots hyperbole detector into overdrive. The report says that Taiwan-based Asia Solar Ltd. and Hong Kong's Jianqiao Solar have signed government contracts to invest $45 million and $90 million, respectively, thin-film photovoltaic projects in Zhenjiang, Jiangsu province, China. Even in today's challenging financial environment, a $135 million TFPV play merits attention but does not stretch credulity. But then the numbers, at least those reported, get a bit dicey.
Effective as of 14 November 2008, Ravi Khanna (pictured), the Chief Executive of Moser Baer Photovoltaic, left the company to join Norway-based Scatec Solar. He had been with Moser for the past 18 months looking after acquisitions of technology firms and setting up a technology centre for emerging and disruptive technologies. Before Moser Baer he was with the Delphi Corporation serving in various positions including Country Manager for India and Thailand.
Premier Power Renewable Energy announced its appointment of Kevin Murray, former California State Senator who was a strong advocate for green energy initiatives and played key roles in the authoring and passing of solar legislation. One of Murray’s more noteworthy bills was SB1, “Million Solar Roofs”, which provided over $3 billion to expand the use of solar energy in California.
On 29 November 2008, Professor Dr. Adolf Goetzberger, the founder of the Fraunhofer Institute for Solar Energy Systems, ISE turned 80 years old. In 1976, Goetzberger was well-known semiconductor expert and head of a research institute with 180 employees, but in 1981, he decided to head out on his own and start the Fraunhofer ISE with only 18 employees. Today the ISE has grown to employee more than 800 people for the advancement of solar energy.
Product Briefing Outline: Five Star Technologies has introduced the ‘ElectroSperse’ S-series solar inks for use in crystalline silicon photovoltaic cells. Five Star’s S-500 series, silver-based conductive inks, will allow solar cell makers to lay out front side grid lines as narrow as 80-100 microns---much thinner than the 120-175-micron width of conventional contacts. The company’s S-600 products--low-bow, lead-free, aluminum-based pastes, intended for back surface field layers--have been designed to co-fire at temperatures compatible with the S-500 silver inks and thus simplify the latter’s adoption.
Product Briefing Outline: The TITAN TRACKER 122-219 ATR PRECISION is a new concept in solar trackers and has been developed for flat-plate and high concentrating photovoltaics CPV). It breaks with the usual trend, based on mounted-pole systems, and is claimed to offer improved benefits during the whole life-cycle of the installation.
Product Briefing Outline: The new 3S Swiss Solar Systems AG XL Laminating Line is designed to provide a fully-automated high volume lamination process of solar modules at highest speed: cycle times can be reduced up to 40%, according to the company. The system has a total capacity of up to 34 modules per hour which equals an annual capacity of up to 60MWp. It combines two vacuum chambers with the patented hybrid heating plate of the 3S Laminator S3622 with a cooling press. The two vacuum chambers are separately controlled in terms of evacuation, ventilation and heating. The system can handle both c-Si and thin film sizes.