news digest ♦ Solar
nanowires to coalesce. This process produced a canopy layer at the top, facilitating simple planar processing and making the technology manufacturable.
The results, says Wierer, although modest, represent a promising path forward for III-nitride solar cell research. The nano-architecture not only enables higher indium proportion in the InGaN layers but also increased absorption via light scattering in the faceted InGaN canopy layer, as well as air voids that guide light within the nanowire array.
The research was funded by the DOE’s Office of Science through the Solid State Lighting Science Energy Frontier Research Centre, and Sandia’s Laboratory Directed Research and Development program.
Soitec awarded $25 million for San Diego solar plant
The cash from the U.S. Department of Energy, will be used to accelerate the manufacturing of the firm’s gallium indium phosphide / gallium arsenide / germanium solar cells
One of Soitec’s US Solar Energy subsidiaries has been selected by the U.S. DOE to receive a SUNPATH award of $25 million.
The money will be used to support its new North American solar manufacturing facility in San Diego, California.
SUNPATH, which stands for Scaling Up Nascent PV At Home, seeks to increase America’s manufacturing competitiveness in the global solar market.
Last December, Soitec acquired a 176,000-square- foot manufacturing centre on 14.8 acres of land located in San Diego to support over 300 MW of well advanced projects throughout San Diego and Imperial Counties.
The new factory will enable a manufacturing capacity of 200 MW (275 MWp) of Soitec’s fifth generation of Concentrix CPV modules, and the
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firm says this will be the world’s largest CPV manufacturing facility.
This major project represents an investment of more than $150 million and is expected to create 450 on-site jobs and more than 1,000 indirect jobs at full capacity. Construction is currently underway, and the first phase is scheduled to be operational by the fourth quarter of 2012.
“This SUNPATH award will accelerate the production and output of Soitec’s first large-scale CPV module manufacturing facility in San Diego,” says Clark Crawford vice president of Sales and Business Development USA. “We are honoured by this new partnership with the DOE and their support for CPV deployments in the US represented by this award.”
“The decision of the DOE to award Soitec with the largest share of the SUNPATH award provides a strong endorsement of our CPV technology,” adds Gaetan Borgers, Executive VP of Soitec Solar Energy Division. “The SUNPATH award adds support to our view that CPV is best-suited for regions with extremely hot ambient temperatures and dry weather conditions like the American Southwest.”
CPV technology converts sunlight directly into “clean” electricity via concentrator optics and high- efficiency solar cells offering the best design for use in sunny regions, delivering low-cost, reliable, and environmentally-friendly solar generated electricity.
Soitec’s fifth generation CPV modules, to be manufactured at the San Diego facility, were developed to reduce installation costs while implementing improved system optics to further increase the efficiency levels of the CPV modules. Soitec’s fifth generation Concentrix CPV modules provide a market-leading 30% module efficiency (or 2 to 3 times the efficiency of conventional PV technology).
High volume CPV module production at the San Diego facility will enable Soitec to deliver renewable energy and economic development by expanding its solar power plant customers throughout Southern California and the American Southwest and ultimately support export opportunities around the Pacific Rim.
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