Magnolia Presents Research on Ultra-High Efficiency Solar Cells
Magnolia Solar Corporation Â has announced that Dr. Roger E. Welser, the Chief Technology Officer of its wholly owned subsidiary, Magnolia Solar, Inc., presented an invited paper at the SPIE Defense, Security, and Sensing (DSS) 2012 Symposium in Baltimore, MD. The invited paper, entitled “Quantum-structured III-V Energy Harvesting Devices: Pathways to Ultra-High Conversion Efficiencies,” was given on the afternoon of April 23, 2012 as part of a special session on Advanced Energy Harvesting Technologies.
“Magnolia Solar has developed a novel device structure that suppresses undesirable recombination events and enables photovoltaic devices to operate at higher voltages, and therefore achieve higher performance,” stated Dr. Ashok K. Sood, President and CEO of Magnolia Solar Corporation. Dr. Sood continued, “Prior to the technical meeting in Baltimore sponsored by the International Society for Optics and Photonics (SPIE), Magnolia filed an additional provisional patent application on our technology, adding to our growing list of more than a dozen active patent applications. By combining unique material structures with advanced light-trapping techniques, our technology provides a pathway to achieve ultra-high solar electric conversion efficiency over a wide range of operating conditions.”
Dr. Sood then continued, “For the defense applications of interest at the SPIE DSS Symposium, Magnolia employs high-performance III-V materials. Application of the same basic patent-pending device design concept to copper indium gallium di-selenide (CIGS) materials provides a pathway to extend the infrared spectral response and increase the current-generating capability of commercial thin-film solar cells without degrading the voltage output. Magnolia’s long term vision is to develop technologies than can produce solar-electric power more efficiently than crystalline silicon cells with module manufacturing cost comparable to traditional thin-film technologies, resulting in installed PV costs below $1 per watt.”
Source: Magnolia Solar Corporationchief technology officer, conversion efficiencies, conversion efficiency, copper indium, crystalline silicon cells, defense applications, device structure, electric conversion, film technologies, long term vision, material structures, novel device, provisional patent application, recombination events, thin film solar cells, v energy
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