Why doesn't Telsa develop a research vehicle prototype that can regenerate the empty batteries while moving and standing still with the following:
1. Solar Panel body shell.
2. Changing heat back into electrical energy by covering all heat producing parts with Multiferroic Material & this material may also be used when constructing solar cell panels.
3. Put two elongated helical wind turbines (Archimedes Screw design)
about 4' long above the front tires so as the vehicle moves through the air the elongated helical wind turbines regenerate the empty battery.
4. Put two low friction magnetic pole electrical turbines on the rear wheels to fill the empty batteries.
5. Surplus energy could be stored in extra batteries that could be used as a power source for home, cabin, r office, and maybe even be sold back to the grid.
1. Solar Panel body shell.
2. Changing heat back into electrical energy by covering all heat producing parts with Multiferroic Material & this material may also be used when constructing solar cell panels.
3. Put two elongated helical wind turbines (Archimedes Screw design)
about 4' long above the front tires so as the vehicle moves through the air the elongated helical wind turbines regenerate the empty battery.
4. Put two low friction magnetic pole electrical turbines on the rear wheels to fill the empty batteries.
5. Surplus energy could be stored in extra batteries that could be used as a power source for home, cabin, r office, and maybe even be sold back to the grid.