Determination of photoelectric properties of silicon-based solar cells using the edibon device

Abstract

The current issue of the present era is the development of renewable energy sources due to the increasing demand for energy resources and the limitation of traditional fuel sources. In this article, the main photovoltaic parameters of silicon-based solar cells were determined experimentally using the Edibon educational laboratory device. During the research, the current-voltage and power-voltage characteristics of the solar cell were measured under various illumination conditions. Based on the experimental results, important photovoltaic parameters such as short-circuit current, open-circuit voltage, maximum power point, filling factor and useful work coefficient were calculated. The results obtained using the Edibon device were compared with theoretical values, and the dependence of the efficiency of silicon-based solar cells on illumination intensity and temperature was analyzed. The results of the research are of great importance for improving the educational process in the field of renewable energy sources and in-depth study of the performance characteristics of solar cells.