The design enabled successful production of hydrogen by utilizing solar energy and this hydrogen was successfully used to power a remote control car. The total efficiency of the system was estimated to be 2.35%, which is comparable to the manufacturer’s specifications (3.74%). In addition, the basic concept of design and its functionality was evaluated critically through the duration of the project. The efficiency of fuel cell performance has been found to be drop substantially from the initial run due to various factors such (i) power output from the solar photovoltaic cells, (ii) loss of voltage and current between electrolyzers (iii) total effective power output from the fuel cell stack. The recent developments in this research area raised some hopes for fueling the future with hydrogen. In conclusion, solar energy is available readily at no cost to produce hydrogen; therefore, it may lead to a future clean alternative fuel (hydrogen) for transportation. In our future work, we will investigate and understand the mechanisms required to improve the hydrogen fuel cell efficiencies by evaluating the rate limiting factors in (i) solar PV electrolysis for hydrogen production, (ii) light-weight, high density hydrogen storage and delivery systems.