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Debajyoti Bose et al /International Journal of ChemTech Research, 2017,10(4): 103-114. 112 Figure 8: Electrolysis of water using contact anode and cathode of Graphene In this investigation the feasibility of using graphene for electrolysis has been studied however this study does not report the specific elemental parameters associated with the process, the Solar PV modules were studied at a maximum voltage of 19.9 V and the V-I characteristics are given below in Figure 9. Figure 9: V-I (Voltage Current) characteristics of the Solar PV modules when electrodes are attached 5. Conclusion Electrolysis of water is a well-established technology that has been used for a significant amount of time for miscellaneous application in the industry (food industry, metallurgy, power plants, etc.). Presently, it is also regarded as a key process that can be used for the production of high-purity hydrogen from water and renewable energy sources. Expected results from this field in the near future will involve water electrolyzers that will occupy an increasingly prominent place for the decentralized production of hydrogen, such as, for hydrogen-fueling stations. Thus, in spite of its long industrial history, this is still the focus of several ambitious R&D programs and worldwide investments. There are different water electrolysis technologies. The difference between them comes from the operating temperature and related parameters. Coupled with graphene, the most significant nanomaterial, a seemingly ultra-thin with unique electronic properties ought to help bring down the cost of renewable hydrogen fuel. Also, that can be a leap forward for hydrogen energy based electric vehicles.PDF Image | Renewable Electrolysis using Graphene electrodes
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