Inspired by the aforementioned ideas, our current study focuses on the role of dispersion interactions in determining the ORR activity of Pt(111) surface by adapting different dispersion corrected DFT methods. The choice of the catalyst system is based on its versatility of Pt(111) as a fuel cell catalyst. By implementing a hybrid solvation model, we unravel how the dispersion interactions driving the electrode-electrolyte interface are described with different methods. A systematic analysis of the structural features of the catalyst interface is carried out. A comparison of gas phase and solvent phase scenarios is carried out for understanding the effect of dispersion interactions. Thermodynamic and kinetic features governing the ORR activity are studied, and a screening of different methods is carried out based on their coherence with experimental results.