The utilization of the MATLAB console in the calculation of overpotential is advantageous due to its substantial computational prowess and its adeptness in managing intricate equations, rendering it an expeditious and effective instrument. The MATLAB environment incorporates pre-defined functions that facilitate the resolution of electrochemical models, the graphical representation of current-voltage curves, and the execution of numerical optimizations, thereby rendering it a highly suitable platform for the analysis of overpotential. The interactive nature of the MATLAB environment permits expeditious recalibrations, concurrently providing real-time visualizations of outcomes, thereby ensuring the efficiency and streamlining of the iterative process involved in the evaluation and optimization of electrochemical systems.