The battery voltage depends on the kinetic which indicates the collision frequency. The collision between the organic molecule redistributes their energy and it's one of the parameters that increases with an increase in organic electroactive molecule solvation in the organic solvent . The reduction potential of the molecule is directly correlated with the battery voltage. the potential difference between the HOMO of Li and Lumo, or in general words, the redox potential difference plays a major role in the flow of electricity across the two cells. The battery voltage can be calculated theoretically with the help of DFT theories with the help of certain approximations i.e solventless and with solvent, the potential of the battery is further tunable by the addition of different electrolytic solvent, the Dielectric constant and the density of the solvent affect the redox potential. As the movement of the molecule is inversely proportional to the viscosity of the solvent affected by the inner resistance by the solvents used in the battery and the electrochemical kinetics of redox-active materials.