A Tesla Model X owner traveling across the Americas resorted to emergency solar charging after running out of battery in Chile’s Atacama Desert, highlighting both the potential and limitations of electric vehicles in remote regions.
The incident involved Sandro van Kuijck, a YouTuber documenting a long-distance journey along the Pan-American Highway. While driving through northern Chile, his vehicle’s remaining range fell short of the distance to the nearest charging station, forcing him to stop and deploy a small onboard solar setup, according to a video he posted to his YouTube channel.
Van Kuijck had previously charged the vehicle to near capacity but underestimated the energy demands of climbing to higher elevations and driving against strong desert winds. When the vehicle showed 37 kilometers of remaining range with the nearest charger 42 kilometers away, he turned to a 287-watt solar panel mounted on the vehicle.
The system generated between 180 and 200 watts of power, translating to roughly one to two kilometers of additional range per hour. While insufficient for rapid recovery, the solar input helped maintain the battery’s charge and prevented a complete shutdown.
The situation escalated when attempts to secure roadside assistance were unsuccessful. Several towing services declined to travel to the remote location, and the auxiliary battery powering the vehicle’s onboard systems was eventually depleted.
Assistance arrived from a nearby road construction crew, who allowed the vehicle to connect to an industrial generator. The low-power supply provided a minimal but steady charge, enabling the vehicle to remain operational until a tow truck could be arranged.
The vehicle was eventually transported to a charging station in Calama, where it resumed charging at a moderate rate and returned to service within a few hours.
The incident underscores the challenges of electric vehicle travel in regions with limited infrastructure. While charging networks are expanding in Chile through partnerships involving Tesla and local providers, coverage remains concentrated in urban areas, leaving long stretches of remote highways underserved.
It also illustrates the adaptability of electric vehicles in extreme conditions. Unlike conventional vehicles, which require external fuel delivery, electric systems can draw energy from alternative sources, even if only at a minimal level.
As charging networks continue to develop, such scenarios may become less common. However, the episode highlights the importance of route planning, infrastructure availability, and backup systems for long-distance EV travel.
