Supercar concepts have been emerging for the past years, normally focused on the autonomous performance and AI functions. However, the Quant 48Volt wants to address another problem - climate change. The car uses electrolyte fluids which promises an eco-friendly solution to fuel problems.

Like Us on Facebook

NanoFlowcell developed the supercar concept of Quant 48Volt, which uses the combination of positive and negative electrolyte fluids. The vehicle thereby promises an environmental-friendly ride without any compromise on the speed and range.

Normally, alternative fuel cars will need to sacrifice the performance of the vehicle which make thrill rides out of question. But the supercar concept Quant 48Volt has a 760HP engine that can run 62MPH in just 2.4 seconds. The top speed is 186MPH with a range of more than 621 miles, as reported by Engadget.

NanoFlowcell was able to develop flow cell cars before, but with poor overall speed and range performance. However, the new supercar concept Quant 48Volt is the first kind with the performance, making use of the upgraded resources and innovative current technology.

This new supercar concept is a brilliant solution to environmental issues like climate change. With the increased density of carbon emissions in the atmosphere, looking for alternate fuel solutions may somehow alleviate the problem. The Quantum 38Volt's technology proves that performance can be achieved even without fossil fuels.

However, since it's a "supercar concept" actual productions hasn't made its way - yet. Still, NanoFlowcell guarantees that would-be buyers will be sure that Quant 48Volt will meet the expectations. There is no release date nor pricing, but it will soon follow when the car is ready for the taking.

Although, NanoFlowcell once promised a car concept of 1,000HP Quant F in 2015, nothing happened so far, nor any news has been publicized since then. So people may tend to be sceptical with the new announcement from the company. Though hopefully, the supercar concept Quant 48Volt this time may actually be true.