This Three-Wheeled Electric Car is Powered By Lithium-Polymer Batteries
Rahul Kalvapalle — September 2, 2016 — Autos
References: sam-of-usa & friends-of-sam
If you happen to find yourself in the market for a three-wheeled electric car that offers more than satisfactory functioning and an extremely eye-catching exterior design aesthetic, you might want to look into purchasing a SAM car, which is set to be made available in the USA in the very near future.
This three-wheeled electric car is fitted with the kind of gull-wing-shaped folding doors that are more closely associated with turbocharged supercars, and it comes fully powered by a lithium-polymer battery setup that can be completely juiced in just five hours. This battery pack is capable of allowing the vehicle to attain a top speed of 90 km/h.
Set to be made available for a price of $8,600, this three-wheeled electric car harks to a future where personal vehicles are smaller, more compact and consume less energy while also being affordable.
This three-wheeled electric car is fitted with the kind of gull-wing-shaped folding doors that are more closely associated with turbocharged supercars, and it comes fully powered by a lithium-polymer battery setup that can be completely juiced in just five hours. This battery pack is capable of allowing the vehicle to attain a top speed of 90 km/h.
Set to be made available for a price of $8,600, this three-wheeled electric car harks to a future where personal vehicles are smaller, more compact and consume less energy while also being affordable.
Trend Themes
1. Bug-shaped Electric Cars - Designing electric cars with unique exteriors that are more affordable and energy-efficient.
2. Lithium-polymer Batteries - Developing more efficient and fast-charging battery technology for electric vehicles.
3. Compact Personal Vehicles - Creating a market for affordable and smaller electric vehicles that reduce energy consumption and emissions.
Industry Implications
1. Automotive Manufacturing - Creating and producing unique electric vehicles for tech-savvy and eco-conscious consumers.
2. Battery Technology - Developing advanced battery technologies for electric vehicles for efficiency, faster charging, and increased power capacity.
3. Sustainable Energy - Encouraging innovation in sustainable energy sources and products to reduce environmental impact and improve energy efficiency in the transportation sector.
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