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Dive into the research topics where Gabriel Harley is active.

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Featured researches published by Gabriel Harley.


photovoltaic specialists conference | 2010

Generation 3: Improved performance at lower cost

Peter John Cousins; David D. Smith; Hsin-Chiao Luan; Jane Manning; Tim Dennis; Ann Waldhauer; Karen E. Wilson; Gabriel Harley; William P. Mulligan

This paper reports recent progress by SunPower Corporation to commercialize the Generation 3 product. The Generation 3 product has been designed to deliver both increased performance and lower manufacturing cost. Improved performance was achieved through optimization of the diffusion recombination losses. A conversion efficiency of 24.2% was achieved on a champion cell made on production equipment using a production wafer, 155.1cm2 n-type CZ. This result was verified by the National Renewable Energy testing Laboratory. Modules made with Generation 3 cells were measured by NREL to have > 20.4% total area efficiency (>332W with 1.63m2 modules). This paper presents the design changes before detailing the resulting performance.


photovoltaic specialists conference | 2012

Generation III high efficiency lower cost technology: Transition to full scale manufacturing

David D. Smith; Peter John Cousins; Asnat Masad; Ann Waldhauer; Staffan Westerberg; Michael C. Johnson; Xiuwen Tu; Tim Dennis; Gabriel Harley; Genevieve A. Solomon; Seung Bum Rim; Michael Shepherd; Scott Harrington; Michael Defensor; Arjelene Leygo; Princess Carmi Tomada; Junbo Wu; Thomas Pass; Laurice Ann; Laurio Smith; Neil Bergstrom; Christopher Nicdao; Pauline Tipones; Dennis Vicente

This paper reports on the first large scale manufacturing of Gen III solar cells. The Gen III product has been designed to deliver increased performance and lower cost throughout the value chain. Reduced emitter recombination is the key feature to deliver the efficiency improvement. Gen III is now ramping on a production line in SunPowers Philippines manufacturing plant. Production run median efficiency is 23.6%. Total area module efficiency is 21.2 %. The Gen III solar cell architecture has a low breakdown voltage in reverse, which minimizes power loss and wear on module materials under shaded conditions.


Archive | 2010

Solar cell contact formation using laser ablation

Gabriel Harley; David D. Smith; Peter John Cousins


Archive | 2015

FOIL-BASED METALLIZATION OF SOLAR CELLS

Gabriel Harley; Taeseok Kim; Richard Hamilton Sewell; Michael Morse; David D. Smith; Matthieu Moors; Jens-Dirk Moschner


Archive | 2012

Ablation of film stacks in solar cell fabrication processes

Gabriel Harley; Taeseok Kim; Peter John Cousins


Archive | 2014

PHOTOVOLTAIC CELL AND LAMINATE METALLIZATION

Gabriel Harley


Archive | 2012

Metal-foil-assisted fabrication of thin-silicon solar cell

Seung Bum Rim; Gabriel Harley


Archive | 2015

ALIGNMENT FREE SOLAR CELL METALLIZATION

Gabriel Harley; Taeseok Kim; Benjamin Ian Hsia


Archive | 2014

LASER BEAM SHAPING FOR FOIL-BASED METALLIZATION OF SOLAR CELLS

Taeseok Kim; Gabriel Harley; John Viatella; Perine Jaffrennou


Archive | 2012

High throughput solar cell ablation system

Gabriel Harley; Thomas Pass; Peter John Cousins; John Viatella

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