Nuclear Technology & Radiation Protection Journal


NT & RP Journal	DEGRADATION EFFECTS OF THE OUTPUT ELECTRICAL CHARACTERISTICS OF Si SOLAR CELLS AS A RESULT OF IONIZING RADIATION UNDER LOW LIGHT CONDITIONS
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Vol. XXX, No. 3, Pp. 165-237 September 2015 UDC 621.039+614.876:504.06 ISSN 1451-3994 Back to Contents	Pages: 210-213 Authors: Nebojša M. Stojanović, Biljana B. Simić, Koviljka Dj. Stanković, and Djordje R. Lazarević Abstract This paper presents results of radiation resistance of different types of commercially available single- and poly-crystalline silicon solar cells. Sample cells were subjected to gamma radiation from gamma radiation source ⁶⁰Co. Characteristic parameters of solar cells were extracted from obtained I-V curves: open circuit voltage, short circuit current, maximum power point voltage and current, efficiency, fill factor, and series resistance. Obtained results show the level of parameters' degradation with purpose of increasing solar cells applications in radiation environments.. Key words: electrical characteristic, radiation effect, solar cell FULL PAPER IN PDF FORMAT (1.02 MB)
Vinča Institute of Nuclear Sciences :: Designed by milas :: July 2007 Operated by acapanic :: Last updated on November, 2015

Pages: 210-213

Authors: Nebojša M. Stojanović, Biljana B. Simić, Koviljka Dj. Stanković, and Djordje R. Lazarević

Abstract

This paper presents results of radiation resistance of different types of commercially available single- and poly-crystalline silicon solar cells. Sample cells were subjected to gamma radiation from gamma radiation source ⁶⁰Co. Characteristic parameters of solar cells were extracted from obtained I-V curves: open circuit voltage, short circuit current, maximum power point voltage and current, efficiency, fill factor, and series resistance. Obtained results show the level of parameters' degradation with purpose of increasing solar cells applications in radiation environments..

Key words: electrical characteristic, radiation effect, solar cell

FULL PAPER IN PDF FORMAT (1.02 MB)