Originally Posted By: StevieC
The electricity prices could triple and it would still be cheaper than gasoline.
"If electricity is 12 cents per kWh — the national average (US) — it would cost $3.48 to go 100 miles. Another way to calculate cost is to use the number of kilowatt-hours it takes to recharge the EV's battery. If an EV requires 20 kWh to fully recharge and the rate is 12 cents per kWh, that's $2.40 to fill up the car." - Edmunds
That's roughly where we are headed. Denmark averages around $0.45/kWh and Germany isn't much less.
Ontario's effective rate varies massively depending on your location. If you are a rural ratepayer, your variable delivery charge ratchets up significantly with higher use, in some cases more than effectively doubling your bill.
A Tesla 100D has a 100kWh battery and has a range of 471km @ 120Km/h, 435km is you are running the A/C. In the winter that drops to 390km.
That translates to 4.71km/kWh "ideal", 4.35km/kWh with A/C and 3.9km/kWh when it is -10C (less if it is colder). At German prices of ~$0.42/kWh you are paying $42 per full charge, Ontario you'd be paying ~$14 plus delivery.
So that 42 dollars gets you:
- $0.09/km "ideal"
- $0.10/km with A/C
- $0.11/km with heat
Present Ontario rates get you:
- $0.03/km "ideal"
- $0.03/km with A/C
- $0.04/km with heat
Using Ontario as our example, a vehicle would have to get an unrealistic 3L/100Km with gas at $1.00/L to reach parity, however if we start looking at our European examples, all of a sudden we've reached that point much sooner. 11L/100Km is more than your Journey, which is rated at 9.2L/100Km.
Then we could do it using US gas prices. Gas in Dallas is presently $2.00/US Gallon, that's $0.53/Litre. Your Journey, at 9.2L/100Km would cost $4.88/100Km, or $0.05/Km, VERY close to our present Ontario rate and requires no potential accommodation for a delivery charge.
So basically, if fuel prices in Texas remain the same, electricity prices don't need to get anywhere near Europe's for a charge-up to start knocking on the price parity point for a fill up of a reasonably efficient 4-popper.