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DESIGN OF A BIFACIAL SI SOLAR CELL WITH UNIFORMLY DOPED B IMPLANTED AND P THERMAL DIFFUSED LAYERS
Si bifacial cells have been used extensively in space [1]. The ability to generate additional energy due to the earth'salbedo...
INDUSTRIALLY FABRICATED BIFACIAL Si SOLAR CELLS WITH n+-p-p+ STRUCTURE
Photovoltaic and recombination properties of bifacial solar cells are analyzed. The cells were fabricated ina pilot production line using...
EXPERIMENTAL ANALYSIS OF THE INCREASES IN ENERGY GENERATION OF BIFACIAL OVER MONO-FACIAL PV MODULES
I-V characteristics of bifacial and mono-facial modules in the test roof-top PV field in Jerusalem were monitored simultaneously....
OUTDOOR EVALUATION OF POWER OUTPUT IMPROVEMENT OF THE BIFACIAL MODULE
Comparative outdoor measurements of bifacial and monofacial modules were undertaken. Modules were installed in fixed positions. First,...
EFFICIENCY OF BIFACIAL SI SOLAR CELLS AT LOW IRRADIANCE. EFFECT OF DESIGN AND FABRICATION TECHNOLOGY
There are applications of solar cells under illumination conditions for lower than "one sun". Solar cell efficiency decreases with...
BIFACIAL Si SOLAR CELLS IN SPACE: ADVANTAGES AND RADIATION DEGRADATION
The use of the bifacial solar cells started in space for additional energy conversion by utilizing the Earth’s albedo. The promise of...
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