EV vs Gas: True Cost of Ownership Compared (2026)

Comparing an electric car with a gas car on sticker price alone misses most of the math. Over a typical ownership period, EVs usually win on fuel (roughly $0.05 per mile for home-charged electricity versus $0.13 for gasoline) and maintenance (about 50% less over the vehicle’s life) — but they can lose on purchase price, insurance, and depreciation. Whether an EV is cheaper for you depends on how much you drive, how you charge, and whether you buy new or used.

The five buckets of ownership cost

Any honest EV-vs-gas comparison has to include all five:

1. Purchase price (minus incentives): what you actually pay after rebates and tax credits.
2. Energy: electricity vs gasoline over your miles.
3. Maintenance and repair: scheduled service plus the unexpected.
4. Insurance: often higher for EVs — get quotes before deciding.
5. Depreciation/resale: what the car is worth when you’re done with it.

Financing costs matter too, but they mostly follow purchase price — a cheaper car costs less to finance regardless of powertrain.

Bucket 1: Purchase price and incentives (2026 reality check)

The biggest change in the 2026 math: the federal purchase credits are gone. The New Clean Vehicle Credit (up to $7,500), the Used Clean Vehicle Credit (up to $4,000), and the commercial credit all ended for vehicles acquired after September 30, 2025, under the 2025 reconciliation law (the One Big Beautiful Bill Act). There is no phase-out and no reduced credit — for 2026 buyers, the federal purchase incentive is zero.

What remains:

• State and local rebates: many states still offer their own EV rebates — check your state’s current program before you buy, as amounts and eligibility change frequently.
• Utility incentives: discounted EV electricity rates (especially overnight off-peak rates) and occasional charger rebates from your power company.
• Manufacturer incentives: with the federal credit gone, some automakers have adjusted pricing and lease offers — shop the actual transaction price, not the MSRP.
• Home charger credit: the federal 30C credit for charging equipment ended for installations placed in service after June 30, 2026.

Without the federal credit, the purchase-price gap matters more than it did. This is a major reason the used EV market is currently the value sweet spot (more below).

Bucket 2: Fuel vs electricity

This is the EV’s biggest and most predictable win. At 15,000 miles per year, home charging typically costs $675–$741 annually (about $0.05 per mile), versus $1,926–$2,220 for gasoline (about $0.13 per mile) — a savings of roughly $1,200–$1,500 per year. Off-peak overnight electricity rates can cut charging costs further, in some cases by around 30%.

Three variables move this number:

• Where you charge: home charging is the cheapest; public DC fast charging costs substantially more per mile — occasionally approaching gas-car costs on pricey networks. The savings math assumes most charging happens at home.
• Your electricity rate: geography matters enormously. In states with cheap electricity, EVs can cost 70–80% less per mile to fuel than gas cars; in high-rate states like California, the advantage narrows to roughly 40%.
• Gas prices: higher gas prices widen the EV advantage; the savings are smallest when gas is cheap.

For a full breakdown of rates, tariffs, and what a typical month of home charging adds to your bill, see Home EV Charging Cost 2026: What You’ll Actually Pay.

Bucket 3: Maintenance and repair

EVs cost roughly 40–50% less to maintain over their lifetime — about $0.031 per mile versus $0.061 for gas cars, or roughly $4,600 versus $9,200 over 200,000 miles (Consumer Reports data). No oil changes, no spark plugs, no exhaust or transmission service, and brake pads that last two to three times longer thanks to regenerative braking. See our full breakdown of electric car maintenance costs for the category-by-category numbers, including the tire caveat (EVs wear tires ~20% faster).

Bucket 4: Insurance

EVs commonly cost more to insure than comparable gas cars — sometimes meaningfully so. Drivers cite higher vehicle values, expensive specialized parts, and costlier collision repairs (battery enclosures, sensors, aluminum panels). The gap varies hugely by model and insurer, so this is a “get three quotes” line item, not a rule of thumb. For some buyers, higher insurance meaningfully offsets fuel savings; for others, it’s a small difference.

Bucket 5: Depreciation and resale

This is the wild card. Used EV prices fell roughly 30–32% during 2024 — far more than gas cars — and by mid-2024 the average used EV was about 8–11% cheaper than the average used gas car, after being thousands more expensive a year earlier. For used buyers, that’s a windfall: the depreciation already happened, and you still get the cheap fuel and maintenance. For new buyers, it means steeper first-owner depreciation than a comparable gas car — factor it into your total-cost math if you sell every 3–5 years.

Worked example: 5 years, 15,000 miles/year

Cost bucket (5-year estimate)	New EV	Comparable gas car
Purchase price (after 2026 incentives)	$42,000	$35,000
Energy (5 yrs)	~$3,500	~$10,000
Maintenance & repair (5 yrs)	~$3,000	~$6,000
Insurance (5 yrs, illustrative)	~$9,000	~$7,500
5-year total (excl. depreciation)	~$57,500	~$58,500

Illustrative example using typical figures cited above — not a quote for any specific vehicle. Your numbers will differ; run them with your actual prices, rates, and quotes.

Notice how close it is: the EV’s $7,000 purchase premium is nearly erased by $6,500 in fuel savings and $3,000 in maintenance savings, with insurance giving some back. Change the inputs — more miles, cheaper electricity, a used EV at a discount — and the EV pulls ahead decisively. Fewer miles and expensive insurance can flip it the other way.

When an EV clearly wins

• High-mileage drivers: the more miles, the more fuel and maintenance savings compound. Commuters and fleets benefit most.
• Home charging available: cheap overnight electricity is the engine of EV savings.
• Used EV shoppers: let the first owner eat the depreciation; you keep the running-cost advantage. Battery warranties (8 yr/100k mi minimum, transferable) protect the big-ticket risk.
• Long keepers: the longer you hold the car, the more the operating savings outweigh any purchase premium.

When gas still wins (for now)

• Low-mileage drivers who won’t accumulate enough fuel savings to offset a purchase premium.
• No home charging: relying on public fast charging erodes the fuel advantage and adds hassle.
• Frequent sellers sensitive to EV depreciation curves.
• Buyers in high-electricity-rate areas where the per-mile advantage is thinnest.

If the EV numbers don’t close for your situation, the middle ground is worth a look: Electric Car vs Hybrid 2026: Costs, Range & Which to Buy.

How to run your own numbers

1. Get out-the-door prices for the specific EV and gas car you’re comparing (2026: no federal credit — use state/utility incentives only).
2. Compute energy: (your annual miles ÷ EV efficiency in mi/kWh × your $/kWh) vs (annual miles ÷ MPG × local gas price).
3. Add maintenance: ~$600/yr EV vs ~$1,200/yr gas as a starting estimate, adjusted for your tire habits.
4. Get actual insurance quotes for both vehicles.
5. Pick your holding period and estimate resale from current used-market data for that model.
6. Total it. The answer is personal — that’s the point.

Walk through the energy calculation step by step with How to Calculate EV Charging Costs: The Simple Formula.

EV ownership costs in the UK, Canada and Europe

The five cost buckets apply everywhere — purchase price, energy, maintenance, insurance, depreciation — but the numbers shift by country, mostly because electricity prices and fuel taxes vary far more than car prices do. If you’re researching EV ownership cost in the UK, electric car vs petrol cost in the UK, EV vs gas in Canada, or the cost of owning an EV in Europe, here’s the regional math that matters.

United Kingdom. The Ofgem price cap for October–December 2026 sets electricity at 26.32p per kWh on Direct Debit (the England, Scotland and Wales average). Few EV owners pay that for charging, though: dedicated overnight EV tariffs run roughly 7–9p per kWh, and that’s where the savings live. And the comparison fuel is expensive — UK petrol prices mean the EV’s per-mile advantage can be larger in the UK than in the US despite dearer electricity.

Canada. Average residential rates run roughly 14–16 cents per kWh, but the province you live in changes everything: Quebec’s hydro power lands around 7–8 cents, BC charges roughly 9.75 cents on the first block and 14.08 on the second, Ontario’s time-of-use rates run 10.3–20.3 cents, and Alberta sits near 16.7 cents. Use your province’s rate — ideally the overnight rate if time-of-use pricing exists.

Europe. The EU average is around €0.29 per kWh, with wide variation: Germany roughly €0.36–0.39, France about €0.22–0.27, Spain €0.21–0.27, Italy €0.30–0.32, and the Nordics among the cheapest at roughly €0.16–0.18. As in the UK, high petrol prices do much of the EV’s work — the energy-cost gap per kilometre is often wider than in the US.

Translated into approximate home-charging energy costs:

Region	Home electricity rate	≈ Per mile	≈ Per 100 km
US (reference)	~17.3¢/kWh (EIA 2025)	~4.3¢	~$2.70
UK — standard rate	26.32p/kWh	~6.6p	~£4.10
UK — overnight EV tariff	~7–9p/kWh	~2p	~£1.10–£1.40
Canada — average	~14–16¢/kWh	~3.5–4¢	~C$2.20–C$2.50
Canada — Quebec	~7–8¢/kWh	~2¢	~C$1.10–C$1.25
Europe — EU average	~€0.29/kWh	~7 euro-cents	~€4.50
Europe — Germany	~€0.36–0.39/kWh	~9–10 euro-cents	~€5.60–€6.05
Europe — Nordics	~€0.16–0.18/kWh	~4–4.5 euro-cents	~€2.50–€2.80

Approximate figures assuming ~4 miles per kWh (~15.5 kWh per 100 km) — an efficient EV. Adjust for your car’s actual efficiency and your actual tariff.

One more note: purchase incentives differ by country and change often — check current programs before buying rather than relying on last year’s headline figure. The other four buckets reward EVs wherever electricity is cheaper per mile than petrol or diesel.

New vs used EV: where the value really is

Bucket 5 deserves a closer look, because it’s doing more work in the 2026 EV market than any other line item. New EVs depreciate fast — used prices fell roughly 30–32% during 2024 — and that single fact creates two opposite realities.

For the first owner, it’s a real cost: buy new and sell after three or four years, and you absorb the biggest slice of value loss — bigger than for a comparable gas car. It matters most for frequent sellers; least if you keep the car a decade.

For the used buyer, it’s a windfall: by mid-2024 the average used EV was about 8–11% cheaper than the average used gas car. You pay the discounted price, skip the steepest depreciation years, and still collect the cheap electricity and low maintenance for the rest of the car’s life. With the federal credit gone in 2026, this is the best value play in the market.

The big-ticket worry — the battery — is manageable: federal rules require a minimum 8-year/100,000-mile battery warranty, generally transferable to subsequent owners (confirm specifics for your model). A 2–4-year-old used EV usually still has most of its battery warranty remaining.

Still, check before you buy: get a battery health report, verify the warranty transfers, and confirm home charging compatibility. Walk through a used-EV checklist — battery health, warranty status, charge port and cable condition, service history — the way you’d inspect any used car’s engine.

Home vs public charging: how it changes the math

Every “EVs save $X per year” figure in this article quietly assumes one thing: most charging happens at home. Change that assumption and the savings change with it.

Where you charge	Typical relative cost
Home — overnight/off-peak rate	Cheapest; often roughly 30% less than standard home rates
Home — standard residential rate	The baseline for most savings math (~$0.05/mile in the US)
Public AC (Level 2)	More than home, less than fast charging
Public DC fast charging	Most expensive — often 2–4× home rates; can approach gas-car costs on pricey networks

The 80/20 rule of thumb: if roughly 80% of your charging is at home, your blended cost stays near the home-charging numbers above. Flip that ratio — apartment dwellers relying mostly on public fast charging — and the fuel-cost advantage shrinks while the hassle grows.

Home charging access is the single biggest predictor of EV savings. Before buying, price your utility’s EV or time-of-use rate, confirm you can install a home charger, and be honest about road-trip frequency. If home charging isn’t available, run the numbers with public charging rates — and consider a hybrid until your charging situation changes.

Sources

• Coltura — The Federal EV Tax Credit and Other EV Incentives in 2026 (credit expiration Sept 30, 2025; state/utility incentives)
• CleanEnergyCalc — EV Tax Credits in 2026 (30D/25E/45W sunset, 30C charger credit deadline)
• LegalClarity — Does My EV Still Qualify for the Tax Credit? (One Big Beautiful Bill Act provisions)
• EvEnergyHub — EV vs Gas Car: True Cost Guide 2026 (per-mile energy costs, maintenance savings, used-price data)
• EvEnergyHub — Cost of Ownership: EV vs Gas (Consumer Reports $0.03/$0.06 per-mile maintenance figures)
• Public Citizen — Affordable EVs in 2026 (AAA maintenance figures, insurance and tire caveats)

Frequently asked questions

Is there still a federal EV tax credit in 2026?

No. The $7,500 new-vehicle credit, $4,000 used-vehicle credit, and commercial credit all ended for vehicles acquired after September 30, 2025. Only buyers with binding contracts and payment before the cutoff may still claim. State, local, and utility incentives remain — check yours before buying.

Are electric cars cheaper than gas cars overall?

Often yes — especially used EVs, and especially for high-mileage drivers with home charging. For new cars over a short holding period with expensive insurance, the answer can be no. Run the five buckets with your own numbers.

How much does it cost to charge an EV vs fill a gas tank?

Home charging runs roughly $0.05 per mile versus about $0.13 per mile for gasoline — around $700 vs $2,000 per year at 15,000 miles. Public fast charging narrows the gap.

Do EVs lose value faster than gas cars?

Recently, yes — used EV prices dropped ~30% in 2024. That hurts new-car resale but makes used EVs one of the best values in the market right now.

What’s the cheapest way to own an EV?

Buy a 2–4-year-old used EV (depreciation already taken, battery warranty remaining), charge at home on off-peak rates, drive it for many years, and keep up with tire rotations. That’s the maximum-savings formula.

How much does it cost to charge an EV in the UK?

On the standard variable tariff (26.32p per kWh, Oct–Dec 2026), roughly 6–7p per mile for an efficient EV — about £4 per 100 km. On an overnight EV tariff of 7–9p per kWh, that drops to around 2p per mile. Public rapid charging costs far more, so the savings assume home charging.

Is an electric car cheaper than a petrol car in Canada?

Usually yes on running costs — Canadian residential electricity averages roughly 14–16 cents per kWh, and it’s far cheaper in hydro-rich provinces like Quebec (~7–8 cents). Use your province’s rate (and any overnight rate) in the five-bucket calculation; purchase incentives vary by province and change often, so check current programs.

Are EVs cheaper to own than gas cars in Europe?

The same five cost buckets apply: electricity averages ~€0.29 per kWh across the EU (cheaper in France, Spain and the Nordics; pricier in Germany and Italy), but high petrol prices widen the per-kilometre savings. Maintenance and home-charging advantages travel well — check your country’s current purchase incentives, since they change frequently.

The bottom line: In 2026, the EV value story shifted from “federal credit makes it cheap” to “running costs make it cheap.” The math still favors EVs for most high-mileage and used-car buyers — but with no federal purchase credit, you have to actually do the math instead of assuming it.