In the majority of electrochemical experiments, the ohmic drop appears between WE and RE, due to the low ionic conductivity of the electrolyte . Various strategies, such as current interrupt (CI), EIS and potential step can be used to compensate for ohmic drop. Some of these strategies are embedded in software that comes with potentiostat and are based on hardware compensation . Graphene has high and low electrical conductivity parallel and perpendicular to planes of hexagonal rings, respectively . Moreover, defects in the extended hexagonal structure of graphene, pendant functional groups and nanoplatelet stacking can diminish electrical conductivity. The porous structure of LIG results in a lower cross-section, reducing electrical conductivity. The electric resistance measured by the fourprobe technique, for LIGs at different laser parameters, revealed sheet resistance to be as low as around 1.9±0.1 Ω/sq for P12% while reaching 2.5±0.2 Ω/sq (more details in the SI file, Table ) for P13%, comparable to other reports .