Characterization of the efficiency of solar generators based on three-dimensional geometric designs of photovoltaic cells

The present research on spherical photovoltaic solar panels is focused on the greater capture of solar energy through their geometric shape, acquiring superior efficiency compared to traditional conventional systems. The method to use is the calculation of efficiency through voltage; this will imply how efficient it is in each case. In the present investigation, we chose to compare efficiency in three cases: the first case is focused on a strip of 5 panels; the second case is in two strips, totaling 10 panels; and the third case is in three strips, totaling 15 honeycombs. This will show us that both cases vary in efficiency through a comparative and statistical table. The results will give us greater clarity on the doubts that were raised when the research began, both statistically and with comparative tables. This research clarifies that giving a geometric shape in the form of a sphere and properly placing each photovoltaic solar panel will give us a greater benefit, which is efficiency. We conclude that nowadays the demand prioritizes a solar panel with greater efficiency as well as good-quality materials, etc. The present research has that focus, giving it a geometric shape to favor efficiency.