METHOD OF EXPANDING THE SOLAR CELLS ABSORPTION SPECTRA BY APPLYING PYRAZOLINE LUMINOPHOR LAYER

An analysis of the industries for which wide implementation solar energy is currently considered relevant has been carried out. The aim study to build a methodology synthesis nanostructured pyrazoline dyes that can be used as coating material cells based on monocrystalline, polycrystalline and amorphous silicon, well development system evaluating effectiveness optimization this according target indicators calculated at quantitative level. In order holistic photovoltaic phosphor, functions arguments are defined in article, basis performance compensating difference spectra radiation absorption cell substrate further calculated. Factors reducing efficiency photoelectric converters silicon have determined. As part concept broadening by applying luminophor layer, method photoluminescent class proposed. experimental was conducted correlation spectrum, spectrum photoluminescence synthesized luminophores. A complex mathematical model developed presented technique expanding optimizing specified approach accordance with indicators. author procedure dye typical parameters affect characteristics phosphors, corresponding designations. Determination general control converter, series studies allowed identify phosphors suitable converter. Keywords: cells, luminophor, nanostructuring procedure, laser annealing, functions.