How Much Electricity Does A Battery Charger Use. No matter if it is a 6 volt or a 12 volt battery the amount of power it takes to charge it depends on. Multiply the Kilowatt size of your battery by the cost per Kilowatt hour electrical rate ie.
That would mean it costs 360 to charge a depleted battery which works out to be 0036 per mile or roughly 13 kilowatt-hour per mile. The report indicated a 33 kWH for its daily energy consumption while gas carts consumed much more at 113 L or 10 kWh of energy. To use a simplified example if you used 1400 kilowatt-hours of electricity and your monthly bill is an even 100 youre paying exactly 14 cents for each kWh.
The maximum current requirement is on the bottom of the charger.
Depending on which generation you own the answer to that question is between 16 and 18 kilowatt hours kWh. A wall charger usually has an input in the range of 100-240 Volts 50-60 Hz depending on which country youre using it in. As a rule of thumb a charge capacity of 25 up to 50 for Gel batteries of the battery capacity is sufficient to charge the battery quickly and safely and also power the onboard systems. As you say its an 80 Wh battery.
