Defying the influence of Primer the thickness of TiO2 efficiency of dye-sensitized solar cell.It was confirmed that the compatibility of printed layers with the parameters closely related with the DSSC.It was found that the increase in thickness of the titanium dioxide layer, increases the distance between the electrodes, determined by the thickness of the Surlyn foil.With the rise of thickness of dyed layer of TiO2 established decrease in the value of its transmittance.
Greatest transparency and aesthetic value obtained for photovoltaic modules with a single layer of titanium dioxide.The improved performance efficiency and preferred yields maximum power were noticed and exhibited by the cells covered with three layers of TiO2.It was established that the behaviour of economic efficiency in the production process, provides a range of CHONDRIITIN cells with two layers of oxide, showing a similar performance and greater transparency.