In most U.S. zip codes, electric vehicles are cost-competitive with their gas-powered counterparts, according to a new study. And regarding emissions benefits of EVs, individual driving patterns matter as much as regional factors like the local electricity mix.
When I plug it in, it says it’s charging at 2.4KW, which I fuzzily convert to something like 7 or 8km per hour of charging. Note that this is on 220v on its own circuit.
The circuit could fit a full fat charging station, but I haven’t really gotten to it cause it works fine as is for my use.
Power is the rate of energy transfer and is in kW.
If 1kW flows for 1 hour it’s 1 kWh (power x time). A US 120V socket at 12 Amps is just under 1.5kW. A 240V socket will be double that.
1.5kW for 12 hours is 18kWh. That’s not half a battery, as most cars start at 60kWh batteries now. 18kWh will get 54-72 miles depending on the consumption of the car.
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When I plug it in, it says it’s charging at 2.4KW, which I fuzzily convert to something like 7 or 8km per hour of charging. Note that this is on 220v on its own circuit.
The circuit could fit a full fat charging station, but I haven’t really gotten to it cause it works fine as is for my use.
1.5 kw per hour, or 30kw overnight. That’s about half charge of most battery packs.
That’s some Alaska winter night with 20 hours!
Sigh… I’m going to have to be a unit nazi.
Power is the rate of energy transfer and is in kW. If 1kW flows for 1 hour it’s 1 kWh (power x time). A US 120V socket at 12 Amps is just under 1.5kW. A 240V socket will be double that.
1.5kW for 12 hours is 18kWh. That’s not half a battery, as most cars start at 60kWh batteries now. 18kWh will get 54-72 miles depending on the consumption of the car.
I level 1 charge and get 20 miles in 7 hours. So the average 40mi commute should be possible overnight.