EV vs Gas Cost for 10,000 Miles Per Year
A step-by-step mathematical comparison of annual home charging costs versus gasoline pump expenses for drivers traveling 10,000 miles annually.
Baseline Inputs & Working Assumptions
All calculations strictly use the verified formula from our EV Charging vs Gas Cost Calculator. The table below details the baseline parameters used for this 10,000-mile benchmark:
Electric Vehicle (EV) Parameters
- Annual Distance: 10,000 miles
- EV Efficiency: 30 kWh per 100 miles
- Electricity Rate: $0.16 per kWh
- Annual Energy Used: 3,000 kWh
Gasoline Vehicle Parameters
- Annual Distance: 10,000 miles
- Fuel Economy: 28 MPG
- Gasoline Price: $3.60 per gallon
- Annual Fuel Used: ~357.14 gallons
What is included & excluded: This scenario models direct electricity and gasoline fuel consumption. It excludes vehicle depreciation, battery degradation, financing interest, insurance premiums, maintenance, charging hardware purchase, and commercial public fast-charging surcharges.
Worked Step-by-Step Calculation
Step 1: Calculate EV Annual Electricity Expense
Total kWh = (10,000 miles / 100) × 30 kWh = 3,000 kWh
EV Annual Cost = 3,000 kWh × $0.16/kWh = $480.00
EV Cost Per Mile = $480.00 / 10,000 miles = $0.048 per mile
Step 2: Calculate Gasoline Vehicle Annual Fuel Expense
Total Gallons = 10,000 miles / 28 MPG = 357.14 gallons
Gas Annual Cost = 357.14 gallons × $3.60/gal = $1,285.71 (~$1,286)
Gas Cost Per Mile = $1,285.71 / 10,000 miles = $0.129 per mile
Step 3: Calculate Annual and Multi-Year Savings
Annual Net Savings = $1,285.71 - $480.00 = $805.71 (~$806/year)
Percentage Reduction = ($805.71 / $1,285.71) × 100 = 62.7%
5-Year Cumulative Savings = $805.71 × 5 = $4,029
10-Year Cumulative Savings = $805.71 × 10 = $8,057
Annual Driving Distance Comparison Table
See how annual mileage changes fuel costs and expands annual net savings under identical efficiency assumptions (30 kWh/100 mi @ $0.16 vs 28 MPG @ $3.60).
| Annual Mileage | EV Annual Cost | Gas Annual Cost | Annual Savings | 5-Year Savings |
|---|---|---|---|---|
| 5,000 mi/yr | $240 | $643 | $403 | $2,014 |
| 8,000 mi/yr | $384 | $1,029 | $645 | $3,223 |
| 10,000 mi/yr(Target Scenario) | $480 | $1,286 | $806 | $4,029 |
| 12,000 mi/yr | $576 | $1,543 | $967 | $4,834 |
| 15,000 mi/yr | $720 | $1,929 | $1,209 | $6,043 |
| 20,000 mi/yr | $960 | $2,571 | $1,611 | $8,057 |
Understanding the 10,000-Mile Cost Comparison
At 10,000 miles per year, an electric vehicle operating at standard efficiency uses $0.048 of electricity per mile, compared to $0.129 of gasoline for an average 28 MPG internal combustion engine. This yields an estimated annual fuel savings of approximately $806, representing a 62.7% reduction in direct fuel expenditure.
Because fuel savings scale linearly with distance traveled, higher-mileage drivers accumulate savings faster. However, prospective vehicle purchasers must weigh these fuel savings against purchase price differences, home charging installation costs, insurance rate differences, and regional electricity pricing structures.
Frequently Asked Questions: 10,000-Mile Driving Costs
How much does it cost to charge an EV for 10,000 miles?
At an average efficiency of 30 kWh per 100 miles and a typical residential rate of $0.16 per kWh, charging an EV for 10,000 miles requires 3,000 kWh and costs approximately $480 per year.
Does driving fewer than 10,000 miles reduce EV savings?
Yes. While you save the same percentage per mile (~63%), the absolute dollar savings scale down with lower mileage. For example, at 5,000 miles per year, fuel savings are roughly $403 per year rather than $806.
Does this calculation include public fast charging?
No. This calculation uses residential electric rates. Commercial DC fast chargers typically cost between $0.30 and $0.50 per kWh, which increases electricity expenditure compared to home charging.
Calculate Your Custom Driving Distance
Adjust your exact mileage, electricity tariffs, and vehicle efficiency ratings in our interactive calculator.