The advancement of electric mobility undoubtedly presents a chance to reduce carbon emissions in road transport and ideally mitigate global warming. The significant and ongoing swift growth in the uptake of electric vehicles (EVs) clearly demonstrates successful technological advancement; however, it comes with significant obstacles, particularly regarding the grids’ ability to provide adequate energy and, more importantly, sufficient installed capacity to manage potential spikes during massive EV charging. Another significant challenge for nations aiming for 100% registrations made of EVs is the S-curve that accompanies their adoption. The S-curve illustrates three primary phases, one of which features a swift increase in the EV fleet, and this phase is likely to surpass grid investments and enhancements in many countries. This manuscript discusses a study on grid preparedness for the EV transition, addressing potential challenges, the benefits of public charging stations, particularly in densely populated regions, and the incorporation of renewable energy. Renewable energy offers the chance to alleviate pressure on grids, provided that charging behaviors correspond with generation times. There is a need for progress in battery technology to replace classical gas stations with standalone solar- or wind-powered charging stations. This document showcases the particular scenario of the United States of America (U.S.).