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In the last few years there is an unprecedented progress in the increase ofthe power conversion efficiency of perovskite solar cells. Evidently, furtheradvances of the efficiency of these devices will depend on the constraintsimposed by the optical and electronic properties of their constituents. Quiteapparently that during the manufacturing process of a solar cell, there is aninevitable variation in the thicknesses of various functional layers, whichaffects the optoelectronic characteristics of the final sample. In this work apossible strategy of the analysis of the solar cell performance is suggested,based on statistically averaging procedure of experimental data. We present acase study, in which the optoelectronic properties of the meso-structuredperovskite solar cell (with a mesoporous TiO$_2$ layer) are analysed within themethod providing a deeper understanding of the device operation. This methodenables an assessment of the overall quality of the device, pointing pathwaystowards the maximum efficiency design of a perovskite solar cell by materialproperties tuning.

On performance of thin-film meso-structured perovskite solar cell through experimental analysis and device simulation