IEEE 2011 EnergyTech 2011
DOI: 10.1109/energytech.2011.5948503
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Cost-effective high intensity concentrated photovoltaic system

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Cited by 2 publications
(2 citation statements)
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“…12(b) [84], it could provide high voltage and low current, the low current and series resistance make the VMJ cell very suitable for high and ultra-high concentrations. The efficiency of the silicon VMJ cell made by Sater et al using a simple process was 19.48% under 1200 suns and 19.19% under 2480 suns [24], Sater et al built a concentration system whose concentration ratio was larger than 500 suns using these VMJ cells [86]. Franklin et al made the "sliver" cell using the chemical etching method [87], the efficiency was 18.2% under 50 suns.…”
Section: Vertical Junction Cellmentioning
confidence: 98%
“…12(b) [84], it could provide high voltage and low current, the low current and series resistance make the VMJ cell very suitable for high and ultra-high concentrations. The efficiency of the silicon VMJ cell made by Sater et al using a simple process was 19.48% under 1200 suns and 19.19% under 2480 suns [24], Sater et al built a concentration system whose concentration ratio was larger than 500 suns using these VMJ cells [86]. Franklin et al made the "sliver" cell using the chemical etching method [87], the efficiency was 18.2% under 50 suns.…”
Section: Vertical Junction Cellmentioning
confidence: 98%
“…Segev and Kribus [36] used the vertical multi-junction cells to make an experiment under non-uniform illumination. The non-uniform illumination on the vertical multi-junction (VMJ) cells was along one direction and nearly uniform illumination along another vertical direction [49]. They simulated the CPV module performance which is made of concentrating monolithic silicon VMJ cells [50], electrically connected in parallel under non-uniform illumination produced by a parabolic dish concentrator.…”
Section: Shaded Cellmentioning
confidence: 99%