The recorded impedance spectra were transformed into a DRT function, restricting the data points to the frequency range of 500 kHz to 0.12 Hz. Interpreting impedance spectra proves challenging due to overlapping effects and nonideal processes. To facilitate this, the DRT method employs fitting impedance data with an infinite series of RC-elements alongside an ohmic resistance. Within the selected frequency range, each measurement exhibited data points demonstrating inductive behavior, necessitating the inclusion of an inductor in the model to ensure accuracy, particularly at higher frequencies.