Electric vehicles often have a higher sticker price than comparable gas cars, which leads many buyers to assume they're more expensive overall. The picture used to look much better for EVs when the federal tax credit was active — but that credit expired at the end of September 2025. Here's an honest, updated breakdown for 2026 buyers.
Purchase Price & Tax Credits
The average new EV in the US costs around $50,000–$55,000, while the average new gas car runs about $45,000. That's a roughly $5,000–$10,000 gap at purchase.
Important 2026 update: the federal Clean Vehicle Credit — up to $7,500 for new EVs and $4,000 for used EVs — expired for vehicles acquired after September 30, 2025, under the One Big Beautiful Bill Act. There are narrow exceptions for buyers who signed a binding purchase contract before that date. For nearly all 2026 purchases, this credit is no longer available.
Fuel Costs: A Major Advantage for EVs
This is where EVs pull decisively ahead. Charging an EV costs roughly $0.03–0.05 per mile at average US electricity rates, compared to $0.12–0.16 per mile for gas at current prices. For a driver covering 12,000 miles per year:
- EV fuel cost: ~$480–$600/year
- Gas car fuel cost: ~$1,440–$1,920/year
That's a savings of roughly $1,000–$1,300 per year on fuel alone. Over five years: $5,000–$6,500 saved.
Maintenance: EVs Cost Significantly Less
EVs have far fewer moving parts than gas cars — no oil changes, no transmission fluid, no spark plugs, no exhaust system, fewer brake jobs (regenerative braking extends brake life dramatically). Studies consistently find EV maintenance costs 30–40% lower than gas cars.
Average 5-year maintenance costs:
- Gas car: ~$4,500–$6,000
- EV: ~$2,500–$3,500
Insurance
EV insurance is currently 10–20% higher than comparable gas cars due to higher repair costs (specialized technicians, expensive battery components). This gap is narrowing as EV repair infrastructure matures. Budget roughly $150–$300 more per year for EV insurance, or about $750–$1,500 over five years.
Depreciation
Depreciation is the largest cost of car ownership for most buyers. Historically, EVs depreciated faster than gas cars due to battery range anxiety and rapidly improving technology. The gap has narrowed considerably as EVs have become mainstream. Today, popular EVs like the Tesla Model 3 and Chevy Equinox EV hold value comparably to equivalent gas vehicles.
5-Year Total Cost Summary
For a typical buyer driving 12,000 miles/year, comparing a $52,000 EV vs a $45,000 gas car, with no federal credit applied to either the 2026 purchase price gap:
- Purchase price disadvantage: EV costs ~$7,000 more upfront
- Fuel savings over 5 years: EV saves ~$5,500
- Maintenance savings over 5 years: EV saves ~$2,000
- Insurance premium over 5 years: EV costs ~$1,000 more
- Net 5-year position for EV: roughly breakeven to a modest disadvantage, depending on your specific vehicles and mileage
Without the expired federal credit, the EV's advantage over 5 years is much narrower than it used to be — often close to a wash rather than a clear win. Higher-mileage drivers and those with cheap home electricity still tend to come out ahead over a longer ownership period (7-10 years), since fuel and maintenance savings keep accumulating after the purchase-price gap is fixed.
The Carbon Picture
Beyond costs, EVs produce significantly fewer lifetime carbon emissions than gas cars — typically 50–70% less when charged on the average US grid, and approaching zero in states with clean electricity grids like California, Washington, or New York. Use our Car vs EV Carbon Calculator to see the emissions comparison for your specific situation.
When a Gas Car Still Makes Sense
EVs aren't for everyone. If you regularly drive long distances without access to fast charging, live in an apartment without charging access, or need a vehicle type (certain trucks, work vehicles) where EV options are still limited, a gas car may be the more practical choice today. The market is changing rapidly, but range and charging infrastructure remain real considerations for some buyers.
Charging Costs and Infrastructure
One practical consideration that affects real-world EV costs is charging. Most EV owners charge primarily at home overnight using a Level 2 charger (240V), which costs $400–1,200 to install. At average U.S. electricity rates, a full charge costs $8–15 — significantly cheaper than a tank of gas for comparable range. Public fast chargers (DC fast charging) are more expensive per kWh but are used for longer trips rather than daily charging.
Charging infrastructure has expanded rapidly. As of 2026, the U.S. has over 175,000 public charging ports, with the national charging network continuing to grow under the NEVI program funded by the Infrastructure Investment and Jobs Act. Range anxiety has diminished substantially for most use cases, though rural long-distance travel still requires more planning than a gas car.
What EV Incentives Are Actually Left
With the federal credit gone, state and utility incentives matter more than ever. Some states offer their own EV tax credits or rebates independent of the federal program — California's Clean Vehicle Rebate Project has historically provided income-qualified rebates, though check current program status since these can also change. Some utilities offer additional rebates for EV purchases and reduced electricity rates for overnight charging.
Employer and government fleet buyers may still have access to a separate commercial clean vehicle credit under different rules than the retail purchase credit. If you're self-employed and use a vehicle for business, there may be deduction opportunities worth discussing with a tax advisor — these are separate from the expired retail EV credit.
Which EVs Make the Most Financial Sense in 2026?
Without a federal credit to offset the purchase price, the financial case for an EV now depends much more heavily on minimizing the purchase-price gap itself. Vehicles like the Chevrolet Equinox EV, Ford Mustang Mach-E, and base-trim Tesla Model 3 are priced competitively with comparable gas vehicles, which keeps the total cost of ownership case reasonably strong. Luxury EVs (high-end Tesla models, Rivian, Lucid) have higher purchase prices that take longer to recover through operating savings — often not recovering at all within a typical ownership period now.
Used EVs are increasingly compelling for this exact reason: a 2–3 year old EV can be purchased at a significant discount from new, sidesteps the now-larger new-purchase price gap, and still has most of its battery life remaining — EV batteries typically retain 80–90% of capacity after 100,000 miles. Note that the $4,000 used EV federal credit also expired September 30, 2025.
EV Savings for High-Mileage Drivers: Delivery, Rideshare & Gig Work
Everything above assumes a typical 12,000 miles/year driver, where the case is close to a wash without the federal credit. The math changes substantially for delivery drivers, rideshare drivers, and other gig workers who often log 25,000–45,000+ miles a year — because fuel and maintenance savings scale directly with mileage, while the $5,000–$10,000 purchase-price gap stays fixed.
At the same $0.08–$0.11 per-mile fuel savings used above, a driver covering 35,000 miles/year saves roughly $2,800–$3,850/year on fuel alone — nearly triple the $1,000–$1,300/year for an average driver. Maintenance savings compound faster too, since brake pads, oil changes, and other wear items are driven by mileage, not calendar time. At that pace, the purchase-price gap that takes 5+ years to close for an average driver can close in roughly 18–30 months for a full-time gig driver.
Three things change the math for gig/delivery use specifically:
- Home charging access is the deciding factor. The savings above assume charging overnight at home ($0.03–0.05/mile). Drivers who rely on public DC fast charging during shifts (often $0.30–0.50/kWh) will see a large chunk of the fuel-cost advantage disappear — for some high-mileage drivers without home charging, the case can shrink back toward a wash.
- The IRS standard mileage rate doesn't reward the EV's lower cost. As of July 2026, the IRS standard business mileage rate is 76¢/mile (raised mid-year from 72.5¢ due to rising gas prices) — and this flat rate applies identically whether you drive an EV or a gas car. Drivers who deduct actual vehicle expenses instead of the standard rate can capture the EV's genuinely lower operating cost on their taxes, but that requires more detailed recordkeeping. This isn't tax advice — talk to a tax professional about which method fits your situation.
- High mileage accelerates depreciation for either powertrain. A vehicle used for gig work loses resale value faster regardless of engine type. Most EVs retain 80–90% of battery capacity at 100,000 miles, which is a reasonable data point to check for a specific model, but heavy daily use will still age the vehicle faster than average.
Bottom line for high-mileage gig work: the EV case gets stronger the more you drive, which is the opposite of the average-driver picture above — but only holds up if home charging is available. Without it, run the numbers with realistic public-charging costs before assuming the savings will be there.
The Bottom Line
For buyers who drive average or above-average miles and can charge at home, an EV can still work out favorably over a longer ownership period (7+ years) — but the slam-dunk financial case that existed with the federal credit is gone for most 2026 buyers. Run the actual numbers on your specific vehicles rather than assuming the old rules of thumb still apply.
The exceptions remain: buyers without home charging access, those in very rural areas with limited fast charging, and anyone buying primarily for total upfront cost minimization. Use our Car vs EV Carbon Calculator to see the environmental comparison alongside the financial one.