The Price Premium Is Narrowing — But Still Real
The average EV transaction price in the U.S. is roughly $52,000 — about $10,000 above the average new car. The $7,500 federal EV tax credit that used to narrow that gap for eligible vehicles and buyers expired for vehicles acquired after September 30, 2025 — 2026 buyers generally don't get it, with narrow exceptions for binding purchase contracts signed before that date. Some state programs (like California's Clean Vehicle Rebate Project) may still offer their own incentives independent of the federal credit — check dsireusa.org or your state's DMV/energy office. At the entry level, vehicles like the Chevrolet Equinox EV (~$35,000), Nissan Leaf (~$29,000), and various Model 3/Y variants still compete reasonably with midsize gas cars on sticker price, even without the federal credit.
Fuel Costs: The Math in Your Specific Market
The national average electricity rate is about 16¢/kWh (2025). An EV averaging 3.5 miles/kWh costs $0.046/mile in electricity. A 30 MPG gas car at $3.90/gallon costs $0.13/mile. That's a 2.8× fuel cost advantage for the EV. At 12,000 miles/year, the EV saves about $1,008/year in fuel. But rates vary enormously: at 28¢/kWh (California, Hawaii), the EV advantage shrinks. In states with cheap electricity (Idaho, Washington: 10¢/kWh), EV fuel costs are as low as $0.029/mile — a 4.5× advantage over gas.
Maintenance: Real Savings, Real Numbers
EVs eliminate oil changes ($100–$200/year), transmission service, spark plug replacement, and have regenerative braking that extends brake life significantly. Industry data from Consumer Reports and Recurrent Auto consistently shows EV maintenance costs running $400–$600/year vs. $900–$1,200/year for comparable gas vehicles. Over 10 years, that's $4,000–$8,000 in cumulative maintenance savings. The main EV-specific maintenance costs are tire rotation (same as gas cars), cabin air filter, and eventual battery health monitoring.
Range Anxiety Is Mostly a First-Month Experience
Real-world data from EV owners consistently shows that 90%+ of driving happens within daily range of any modern EV (230–330 miles per charge). The anxiety diminishes rapidly once home charging is established. The practical issue is long-distance travel: DC fast charging has improved dramatically (Tesla Supercharger V3 adds 200 miles in 15 minutes), but non-Tesla DC fast charging reliability remains inconsistent. If you drive I-95 or I-80 frequently, the charging experience is good. Rural routes in the Southeast and Mountain West have meaningful gaps — though the network is improving quarterly.
Driving 25,000+ Miles a Year? The Math Shifts in the EV's Favor
The 12,000 miles/year default above reflects an average driver, but delivery, rideshare, and other high-mileage drivers see a very different break-even. Fuel and maintenance savings scale directly with miles driven, so a driver logging 35,000 miles/year reaches break-even in roughly a third of the time — try entering your own annual mileage in the calculator above to see your specific break-even year. Home charging access matters even more at high mileage, since relying on public fast charging during shifts erodes a large part of the per-mile savings. See our full breakdown in EV vs Gas Car: True Cost of Ownership, including how the 2026 IRS standard mileage rate factors in for gig and delivery drivers.