Imagine having ZERO range anxiety!
This is your opportunity to influence the future direction of EV’s.
There is a technology in the final stages of development, that as part of its technology 'suite' utilizes superconductors, which requires liquid nitrogen to function.
The overall cost of the vehicles will be well below the cost of a current Model S, as the technology generates power on demand (up to 1MW) and as a result doesn’t require batteries or an inverter.
There are two ways to supply the required liquid nitrogen:
1. Recycle the liquid nitrogen (this will add $1,000 to the cost of the vehicle).
2. Fill up a dewar (a specialized container for storing liquid nitrogen) on a regular basis, at a cost estimated to be $10 per week ($520 per year), from the equivalent of a 'gas station'.
To have your say, on the future direction of EV’s, please complete a ONE QUESTION survey, based on the above, by clicking here: Liquid Nitrogen Options Survey
This is your opportunity to influence the future direction of EV’s.
There is a technology in the final stages of development, that as part of its technology 'suite' utilizes superconductors, which requires liquid nitrogen to function.
The overall cost of the vehicles will be well below the cost of a current Model S, as the technology generates power on demand (up to 1MW) and as a result doesn’t require batteries or an inverter.
There are two ways to supply the required liquid nitrogen:
1. Recycle the liquid nitrogen (this will add $1,000 to the cost of the vehicle).
2. Fill up a dewar (a specialized container for storing liquid nitrogen) on a regular basis, at a cost estimated to be $10 per week ($520 per year), from the equivalent of a 'gas station'.
To have your say, on the future direction of EV’s, please complete a ONE QUESTION survey, based on the above, by clicking here: Liquid Nitrogen Options Survey