I redesigned the transistor this morning and this is the mathematics I came up with:

Nine Molecule Build.

236,7107kj/mole = 657.52972222222 kWh.

833/5.54=150.36 units to replace.

657.52972222222 kWh x 150.36 = 98866.1690333 kWh

98866.1690333/3600= 27.4628 kW/Second

Assume itâ€™s duty cycle due to heat is 15 seconds on then off to keep it easy: Keeping it at 44 C or less.

15 Seconds x 27.4628 kW/S= 411.942 kW/S

411.942 kW/S 83 unit/kWh = 4.9631 Unit/S

150 units/4.9631 units/second = 30.2230 seconds until full. So since it has to remain dormant for that long as well we double it to roughly 60.4460 seconds. Though if the person loads, waits, then loads again then its 45.2190 seconds and the person behind them has to wait 15 seconds. Time enough to pull away from the station.

Range: Getting to a million miles.

200kWh = 1000 km

98866.1690kWh/200kWhx1000km= 494,330.845km range on fill up.

1,000,000 miles = 1609344 km.

1609344/494330.845=3.2556

3.2556 x 833kg/1 ton (907.185 kg)=2.9894 tonnes at 150 x 3.2556 units = 488.34 units.

Heavy Cars and Trucks, but everything else will benefit.