ALGORITHM FOR CALCULATING THE FLUX OF SOLAR RADIATION INCIDENTING AND PASSING THROUGH TRANSPARENT FENCES

Abstract

The subject of research in this work is the calculation of solar radiation structures taking into account the geometric and optical characteristics of the transparent barrier, as well as the characteristics of solar radiation. Those included in the Incident Angle Cosine Integral as a research objective depend on the geometry of the transparent barrier and the angle of incidence of sunlight on it, which varies throughout the day. At the same time, it is possible to generalize the problem (they do not depend on the density of solar radiation), that is, it is possible to determine some of their average values for each time case. The research used both theoretical and experimental methods. Generalization of flux coefficients characterizing the solar flux incident and passing through a transparent barrier as a result of the study. An algorithm and program for calculating flow coefficients, area, time of day and their components for semi-cylindrical and segment programs have been developed.