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HomeNewsUS-based Company Aptera Achieves Success in Slow-testing its Solar-Powered Vehicle

US-based Company Aptera Achieves Success in Slow-testing its Solar-Powered Vehicle

The PI2 car’s solar panels can power up to 40 miles of driving per day and 11,000 miles of driving in a year. According to Aptera, its battery pack and newly adopted Vitesco Technologies EMR3 drive unit contributed to the test drive’s success.

Aptera Motor, a San Diego-based car company, successfully completed the first test drive of its solar-powered electric vehicle (SEV), PI2. The three-wheeled vehicle can be charged using solar power and does not require electric charging plugs. 

The car will next undergo high-speed track testing to validate its general performance and core efficiency parameters. This includes checking metrics like watt-hours per mile, solar charging rates, and estimated battery ranges. According to Aptera, the next phase of testing will involve integrating its solar technology, production-intent thermal management system, and exterior surfaces.

The solar panels attached to the car’s body can support up to 40 miles of driving per day and 11,000 miles per year without compromising performance. Users can opt for various battery pack sizes, one of which can support up to 1000 miles of range on complete charging. If there is no sunlight or users need to drive more than 40 miles in a day, they can charge PI2 using an electric charging point. 

Read More: Beating the Fast-Paced Traffic of Bengaluru with Flying Taxis  

Steve Fambro, Aptera’s co-founder and co-CEO, said, “Driving our first production-intent vehicle marks an extraordinary moment in Aptera’s journey. It demonstrates real progress toward delivering a vehicle that redefines efficiency, sustainability, and energy independence.” 

The car company claimed PI2 includes the newly adopted Vitesco Technologies EMR3 drive unit. The success of the first test drive of this car has validated the combination of Aptera’s battery pack and EMR3 powertrain.

PI2 has only six key body components and a unique shape. This allows it to resist air drag with much less energy than other electric or hybrid vehicles. 

The successful testing of PI2 will encourage the production of solar-powered EVs, driving innovation and sustainable traveling.

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Analytics Drift
Analytics Drift
Editorial team of Analytics Drift

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