Once the light source was shown to meet the basic
requirements, characterizations of Si and organic
photovoltaics were performed. The PV samples were
irradiated using the filtered Tungsten setup at 0.2 SU, and the
I-V response was recorded via the Labview controlled
source-meter (Keithley 2400). First, to assess the capabilities
of the light source to generate satisfactory I-V curves of
commercially available silicon solar cells, the I-V curves of
the Clare CPC1822 silicon solar cells obtained through the
low-cost light source, and the results were compared to data
sheets provided by Clare [17]. Results for these Si-PV cells
under unfiltered Tungsten light at different intensities are
shown in Figure. 5a, while for filtered light, the I-V curves,
under full illumination and in the dark, are shown in Figure
5b.
Once the light source was shown to meet the basicrequirements, characterizations of Si and organicphotovoltaics were performed. The PV samples wereirradiated using the filtered Tungsten setup at 0.2 SU, and theI-V response was recorded via the Labview controlledsource-meter (Keithley 2400). First, to assess the capabilitiesof the light source to generate satisfactory I-V curves ofcommercially available silicon solar cells, the I-V curves ofthe Clare CPC1822 silicon solar cells obtained through thelow-cost light source, and the results were compared to datasheets provided by Clare [17]. Results for these Si-PV cellsunder unfiltered Tungsten light at different intensities areshown in Figure. 5a, while for filtered light, the I-V curves,under full illumination and in the dark, are shown in Figure5b.
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