sotek2345
Well-known member
- First Name
- Tom
- Joined
- Jun 7, 2021
- Threads
- 30
- Messages
- 3,680
- Reaction score
- 4,321
- Location
- Upstate NY
- Vehicles
- 2022 Lightning Lariat ER, 2021 Mach-e GT
- Occupation
- Engineering Manager
- Thread starter
- #1
So we just hit 6,000 miles in our Mach-e GT, so I thought I would do a little math (Note: we picked our Mach-e up on 12/31/21 - we have been driving it a lot.
Basic Facts (all numbers rounded to make the math easier - does not skew the results in any meaningful way)
- 6,000 miles driven over the last ~4 months (and a week)
- ~75% of charging done at home via an L2 EVSE (4,500 miles), ~25% (1,500 miles) done via fast charging on road trips
- No garage - car kept outside in an upstate NY winter (pretty much worst case for efficiency)
- Average highway travel speed - 75mph
- Cost of home electricity - between 13 cents and 15 cents per kWhr
Results:
- Home electric bill increased by ~$80/mo. x 4.25 months = $340
- DC fast charging costs = ~$200 (note: this includes costing out the 250 free kWhrs that Ford gave us at $0.40 per kWhr.)
- Total Cost = ~$540 for 6,000 miles
How does this compare to ICE? Our Mach-e replace a Mini Cooper Countryman S that got ~30mpg and took premium fuel. For 6,000 miles it would burn ~200 gallons. Average price for premium in our area is ~$4.80. Total gas cost would have been ~$960
Just in fuel - the Mach-e saved us over $400 during it's least efficient season and against a fairly efficient car.
So - how would this translate to a Lightning
- The Lightning would use about 30% more electricity than the Mach-e for the same miles (~2.3 miles per kWhr vs. 3.0 miles per kWhr to hit the EPA range for each)
- The Lightning would replace a truck that is much less efficient than our car. (I get around 15mpg). However, most trucks can use regular gas which is a bit cheaper (~$4.30 around me)
So - electrical costs go up by 30% - $540 x 1.3 = ~$700
Gas usage doubles to 400 gallons (30 vs 15 mpg) but we are using cheaper gas. 400 gallons x $4.30/gallon = ~$1,720
Over $1,000 saved with the Lightning! In the winter!
Basic Facts (all numbers rounded to make the math easier - does not skew the results in any meaningful way)
- 6,000 miles driven over the last ~4 months (and a week)
- ~75% of charging done at home via an L2 EVSE (4,500 miles), ~25% (1,500 miles) done via fast charging on road trips
- No garage - car kept outside in an upstate NY winter (pretty much worst case for efficiency)
- Average highway travel speed - 75mph
- Cost of home electricity - between 13 cents and 15 cents per kWhr
Results:
- Home electric bill increased by ~$80/mo. x 4.25 months = $340
- DC fast charging costs = ~$200 (note: this includes costing out the 250 free kWhrs that Ford gave us at $0.40 per kWhr.)
- Total Cost = ~$540 for 6,000 miles
How does this compare to ICE? Our Mach-e replace a Mini Cooper Countryman S that got ~30mpg and took premium fuel. For 6,000 miles it would burn ~200 gallons. Average price for premium in our area is ~$4.80. Total gas cost would have been ~$960
Just in fuel - the Mach-e saved us over $400 during it's least efficient season and against a fairly efficient car.
So - how would this translate to a Lightning
- The Lightning would use about 30% more electricity than the Mach-e for the same miles (~2.3 miles per kWhr vs. 3.0 miles per kWhr to hit the EPA range for each)
- The Lightning would replace a truck that is much less efficient than our car. (I get around 15mpg). However, most trucks can use regular gas which is a bit cheaper (~$4.30 around me)
So - electrical costs go up by 30% - $540 x 1.3 = ~$700
Gas usage doubles to 400 gallons (30 vs 15 mpg) but we are using cheaper gas. 400 gallons x $4.30/gallon = ~$1,720
Over $1,000 saved with the Lightning! In the winter!
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