The movement towards electric vehicles (EVs) is a significant step in achieving green transportation, but the overall impact on the environment is dependent on the source of electricity powering these vehicles. This article focuses on efforts to decarbonize the electric grid and the challenges of grid capacity to support the increasing demand from transportation, industry, and other sectors. KAPSARC in Riyadh, a non-profit research center, delved into studying off-grid EV charging stations to address these challenges. The study proposed a novel approach using a combination of solar panels, wind turbines, batteries, and hydrogen generation to create green charging solutions for EVs. By leveraging GIS technology, the research team analyzed Riyadh's urban landscape to identify suitable locations for these charging stations, considering factors like land use and available space. The study highlighted the importance of location in ensuring convenient access to charging stations in areas where people spend their time. While solar and batteries were initially considered, the addition of hydrogen technology expanded the potential sites for these charging stations, enhancing reliability and capacity. Although hydrogen generation was costlier at present, the study remains optimistic about future cost reductions as the technology evolves. The use of GIS for spatial analysis proved crucial in comparing different charging station configurations and optimizing their placement in urban environments. Ultimately, the research emphasizes the importance of transitioning towards greener transportation solutions and the role of innovative technologies in achieving sustainable energy practices. The integration of off-grid EV charging stations represents a positive step towards reducing carbon emissions and enhancing the efficiency of electric vehicles in Riyadh's urban landscape.