Once a leading in-house solar module manufacturer, BP Solar has further solidified its outsourced manufacturing strategy by awarding JA Solar a monocrystalline and multicrystalline cell supply contract exceeding 185MW. The new supply deal will see 100MW of cells shipped to BP beginning in the first quarter of 2011.
Once the agreement is finalized and the governmental incentives approved, a former strip-mining site next to a nature conservancy in southeastern Ohio will host what will be one of the largest solar PV power plants in North America. American Electric Power Ohio has signed a memorandum of understanding with New Harvest Ventures and Agile Energy for a 20-year power purchase agreement for the electricity generated by the 49.9MW Turning Point Solar project. In a related deal, Spanish solar manufacturers Prius Energy and Isofoton will set up factories in the region and supply components for the array.
During Solarvalue’s annual general meeting, Dr. Christian Bornhauser (pictured), CTO of Solarvalue, announced that the company had created the first solar grade silicon-ingot, which weighed in at around 15kg during several repeated tests on different plants. He assured that the purity levels of phosphorus and boron were less than 1ppmw and within the demanded specifications.
CNPV Solar Power’s crystalline silicon solar PV modules have successfully achieved UL and C-UL certifications, which are needed for the modules’ use in the US and Canadian markets. CNPV now anticipates listing with the California Energy Commission (CEC) to follow its UL certification and is looking into opening a sales office in California and Canada to meet anticipated demands from the North American sector.
Independent Energy Solutions has completed and commissioned a 1.15MW (DC) solar photovoltaic installation for the Capital Group companies' Irvine, CA, campus. The system, which is mounted on shade structures on the roofs of three parking garages, provides nearly 50% of the energy used to power the campus data center and central plant equipment.
(Updated) Integrating energy harvesting technologies into crystalline solar modules is fast becoming the latest trend, which promises lower BOS costs compared to bolt-on applications. With the number of companies entering this market mushrooming in 2010, Suntech has decided to collaborate with at least four such firms, Tigo Energy, National Semiconductor, Azuray Technologies, and Enphase Energy.
Etrion has now completed the previously announced definitive sale and purchase agreements to acquire the equity in the first two phases of the SunPower Montalto di Castro solar park, for approximately €49 million. The acquisition of the 20MW first phase of the project was completed in August and the acquisition of the 8MW second phase was completed at the very end of September.
The latest figures for the German Bundesnetzagentur show that registered installations in Germany in the first eight months of 2010 reached 4.8GW, a massive 327% higher than the same period in 2009. According to IMS Research, Germany accounted for 48% of global demand in the first three quarters of 2010 – up from 40% for the same period in 2009.
The state of Ohio continues to assist in the development of the region’s growing solar photovoltaic sector, with the award of nearly $1.7 million in job training funds to four area companies: First Solar, Xunlight, Buckeye Silicon, and Nextronex. The grants represent the first monies distributed by the state’s Energizing Careers Program, which was launched in June with a budget of $6 million made possible through Recovery Act funds directed through the U.S. Department of Labor.
In IDC Energy Insights latest report, Technology Selection: Reducing Fire Risk in Rooftop Solar PV Systems, not only are the risks of a fire occurring on a rooftop PV solar system addressed, but so are the methods of prevention. IDC acknowledges that most owners of rooftop PV systems tend to overlook the potential fire risks as PV systems require little maintenance and don’t have moving parts. However, one of the leading risks of a fire on a rooftop system lies in the possibility for electricity to arc across an unwanted gap in the system’s electrical circuit creating an arc-fault.
