. This study aims to examine the execution of hydrogen fuel Internal
combustion engine, by separating into three subsystem (photovoltaic
modules/wind turbine as the principle power source to electrolyser, internal
combustion engine).Then a mathematical model of PV array is reproduced in
MATLAB to get operational curves. The sizing of the PV modules and wind turbine
to give required amount of energy of 39.41Kwh to produce 1kg of hydrogen,
ifectrolyser is 100% efficient. At that point, assessing enough power of the PV
modules for the nine months (January to may and September to December) and wind
turbines for three months (June to August) when wind pace is moderately high
and sun powered insolation is less in these three months at vellore area in
Tamil Nadu. Then finally examine the performance of hydrogen fuel I.C. engine
utilizing liquefied hydrogen fuel for entire year - See more at: .
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