Our model is built upon the collective consideration of electrode-electrolyte interface phenomena, where a structured assembly of ions, counter-ions, and solvent molecules forms. This organization is governed by the incorporation of key physicochemical interactions, including electrostatic forces, ion-surface interactions, solvation effects, and thermal motion. The exact configuration of the EDL remains elusive, as it is not directly observable; however, computational modeling and experimental approaches-such as "differential capacitance measurements" -provide valuable insights into its structure. Despite the inherent complexity of EDL interactions, a well-conceived "continuum model" can offer significant understanding of its behavior .