Hi,
You can integrate the surface under you cv curves to detremine the total charge and then get the capacity of your material
More details are explained in the links below.
https://www.researchgate.net/post/How_can_we_measure_the_specific_capacitance_in_F_g_using_cyclic_voltammetry
https://www.researchgate.net/post/How_to_calculate_specific_capacitance_of_any_material_from_cyclic_voltametry_curve
Good luck
In addition you can also detect the reduction and oxidation peaks of the compounds in your solution, determine the reversibility of the reaction, calculate the mass transport coefficient and observe the effect of solution composition.
The capacitance can be calculated from C=Q/delta V. Q is the charge of the CV curve and Delta V is the potential change. If you divide the capacitance with the amount of mass loading it gives you specific capacitance.
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