Photoelectric characteristics of TiO2-based on thin-film solar elements with ruthenium (II) compounds

Highly sensitive dye solar cell (DSSC) characteristics in preparation and use of effective methods depending on the external influence, their electrical, photoelectric and photovoltaic characteristics have been studied. The temperature dependence with the conductivity properties of the electrolyte was studied using alternating currents of different frequencies. The results showed that the photocell assembled with TiO2 and ruthenium photoanode had the best photogeneration ability when I2 concentration was 0.015%. The bandgap of the sample obtained using the Taus method based on the Bouguer Lambert law is 0.3 mMol N3 (αhν1/2, cm-1/2, eV1/2=0.99) (Eg=1.804 eV: 1.603eV). For the created thin film solar cell, the conductivity value of the sample was calculated to be σ =0.0493378 Ω-1 with the help of obtaining and analyzing the photoelectric characteristics of the impedance spectroscopy method.