Power supply required for electrolytic process is low voltage DC supply. For electro-deposition a power supply of 10 to 12 volts which can give 100 to 200 amperes is adequate. Using a suitable conversion such a supply can be obtained from ordinary 220 volts AC supply system.
Water electrolysis is of interest for energy storage due to its potential to convert renewable electricity into a storable gas. However, high capital cost and uncertainty regarding future cost and performance improvements are barriers to investment in this technology.
The Supply Voltage for electrolysis is defined as the Potential Difference across which the electrolysis is done for ECM (Electrochemical Machines). It is represented as V0 = I*Rohm or Supply Voltage = Electric Current*Ohmic Resistance.
The whole process described above is called the electrolysis and the effect is that the copper gets dissolved from the anode and deposited on the cathode. During the process there is no accumulation of charge at any point in the circuit and the mass of copper deposited at the cathode is exactly equal to that removed from the anode.
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