Aptera's Solar EV Passes Real-World Testing, Promising 16,000km/Year from Sun
California-based mobility startup Aptera has successfully completed real-world validation testing for its production-intent solar electric vehicle (sEV). The results align with the company's computer simulations, confirming industry-leading aerodynamics and energy efficiency. With nearly 50,000 pre-orders, Aptera edges closer to delivering a vehicle that challenges conventional electric mobility, offering an alternative powered by the sun.
Tuft testing results validated Aptera's claims. The sEV demonstrated exceptional aerodynamic efficiency, taking over three minutes to decelerate from 97km/h to a complete stop while travelling uphill. This remarkable performance exceeds the coastdown distance of any vehicle currently in production. In consistently sunny climates, the sEV could equate to over 16,000km of solar-assisted driving per year, thanks to its integrated solar panels designed to reduce reliance on external charging. These panels generate enough energy for up to 64km of daily driving under ideal conditions.
Real-world energy consumption of Aptera's sEV was measured at approximately 100Wh/km, closely matching simulation models. This efficiency is a testament to Aptera's engineering prowess, allowing them to fine-tune the vehicle's efficiency based on these results. The company is now developing its next validation vehicle to refine key design elements for improved aerodynamics and weight distribution.
Aptera's successful validation testing brings the company closer to full-scale production of its innovative solar electric vehicle. With its exceptional aerodynamic efficiency and solar-assisted driving capabilities, the sEV promises to challenge conventional electric mobility. As Aptera continues to refine its design, the world eagerly awaits the delivery of this sun-powered vehicle to the market.
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