ABSTRACT
The prominence and sustainability of energy generation is a global target which binds together the techno-industrial and socio-economic welfare of any developing countries. Among the renewable energy technologies for hydrogen production, photocatalytic water splitting and photoelectrochemical (PEC) approaches have been widely studied as energy resources without additional environmental pollution. Studies carried out is a test on the proficiency of renewable energy by passing air through zeolites which separates air into constituent gases (such as H2, NOx, SOx, CO2) and breaking them into constituent particles and oxygen then, passing this oxygen and hydrogen through fuel cell to generate useful power supply. Obtained results at the test period are displayed on a characteristic curve which shows the relationship of the performance parameters such as electrical energy, power, voltage, electrical charge. Therefore, it is recommended that employing this innovative system in the energy sector will save the environment from decaying, and also, as an alternative means to the conventional system of energy generation. Thus, sustainability in electrical power generation will drastically improve.
