Aren't EVs more expensive than gas cars?

Short answer: yes, EVs still cost more to buy — but they cost much less to fuel and maintain, so the total cost of ownership often favors the EV over a long enough holding period. How long "long enough" is depends on how you drive, where you charge, and whether you buy new or used.

This question used to have a simpler answer when a $7,500 federal tax credit narrowed the price gap. That credit expired on September 30, 2025, so 2026 buyers face the unsubsidized math. It is still close — closer than the sticker prices suggest.

The right way to think about it is total cost of ownership: purchase price plus fuel plus maintenance plus insurance, over the years you actually keep the car. Sticker price is only the first line.

The purchase price gap is real

New EVs typically cost several thousand dollars more than comparable gas cars. A Tesla Model 3 Standard Range lists around $42,000 while a Toyota Camry LE lists around $30,000 — a $12,000 gap for broadly similar transportation. A Chevrolet Equinox EV at about $36,500 versus the gas Equinox at about $30,500 shows a smaller but still real premium.

Why the gap persists: batteries remain the most expensive component, even as prices have fallen over the past decade. Automakers have also tended to launch EVs in higher trim levels first, so the cheapest EV in a lineup often comes better equipped than the cheapest gas equivalent.

The gap is narrowing, not widening. But in 2026, if you compare only what you pay on day one, the gas car wins. The EV's case is made everywhere after that.

Fuel: the EV's biggest advantage

Home charging is dramatically cheaper than gasoline. In 2026, home charging typically costs about 4 to 6 cents per mile, versus 10 to 15 cents per mile for a typical gas car. For a driver covering 12,000 to 15,000 miles a year, that is roughly $35 to $60 a month in electricity versus $120 to $180 a month in gasoline.

Over five years, the fuel savings add up to several thousand dollars — one detailed comparison of a Model 3 versus a Camry at 15,000 miles a year showed about $5,925 in fuel savings over five years, growing to about $11,850 over ten.

The caveat: this assumes home charging. If you cannot charge at home and rely on public DC fast charging at 40 to 55 cents per kWh, the per-mile cost can climb to 10 to 14 cents — close to an efficient hybrid. Home charging access is probably the single biggest determinant of whether an EV saves you money.

Maintenance: fewer parts, fewer bills

EVs have no oil changes, no exhaust system, no spark plugs, and far fewer moving parts. Regenerative braking means brake pads last much longer. Real-world data consistently shows EVs costing 35 to 50 percent less to maintain than comparable gas cars.

In dollar terms, annual EV maintenance averages roughly $150 to $400 versus $900 to $1,800 for a gas vehicle. Over five years, that is another $3,000 to $4,500 in the EV's favor, on top of fuel savings. The same Model 3 versus Camry comparison showed about $4,500 in maintenance savings over five years.

The main uncertainty is the battery. Most EV batteries carry 8-year or 100,000-mile warranties, and real-world data shows most retain strong capacity well beyond that. Out-of-warranty battery replacement is expensive — but it is also rare, and getting rarer as the technology matures.

Putting it together: the 5-year and 10-year math

Take that Model 3 ($42,000) versus Camry ($30,000) comparison at 15,000 miles a year, without any tax credit. Over five years, the EV saves about $5,925 on fuel and $4,500 on maintenance, but pays about $1,500 more in insurance — netting out to the Camry being roughly $3,075 cheaper over five years. The purchase premium is not fully recovered yet.

Over ten years, the picture flips: fuel savings of about $11,850 and maintenance savings of about $9,000 outweigh the $12,000 purchase premium and higher insurance, leaving the EV roughly $5,850 ahead. The longer you keep the car, the better the EV looks — which is the opposite of how most people intuitively think about it.

Other comparisons land similarly: an Equinox EV versus gas Equinox shows near-parity at five years and a clear EV advantage at ten and fifteen. The pattern is consistent.

The used EV shortcut

Here is where the math gets interesting for budget buyers. EVs depreciate faster than gas cars in the early years — which is bad for new buyers and great for used ones. A Model 3 that sold new for $42,000 can list under $20,000 after a few years.

A used EV buyer skips most of the purchase-price premium while keeping all of the fuel and maintenance savings. Analyses suggest many used EV owners save $7,000 to $11,000 over five years compared to a similarly priced gas car. If the battery has been checked and the car suits your driving, a used EV is arguably the best value in the entire car market right now.

When a gas car (or hybrid) still wins

EVs do not win everywhere. If you cannot charge at home, drive very few miles a year, or take frequent long road trips through areas with thin charging infrastructure, the savings shrink and the inconveniences grow. Low-mileage drivers simply do not buy enough fuel for the savings to overcome the purchase premium.

Hybrids deserve an honorable mention: they split the difference, with much of the fuel savings, a smaller price premium, and no charging requirement. For a driver without home charging who still wants lower running costs, a conventional hybrid is often the rational pick.

Insurance also slightly favors gas cars — EVs tend to cost somewhat more to insure, partly because repairs (especially battery-adjacent bodywork) are pricier. It is a real but secondary factor.

Charging at home: what it really takes

Home charging is the linchpin of EV economics, so it deserves a clear-eyed look. Most EV owners charge overnight on a standard 240-volt outlet or a wall-mounted Level 2 charger, waking up to a "full tank" every morning. A Level 2 charger installation typically costs a few hundred to a couple thousand dollars depending on your electrical panel and wiring — a one-time cost that pays for itself quickly in fuel savings.

If you rent, live in an apartment without dedicated parking, or your panel cannot easily support the load, home charging gets harder. Some workplaces offer charging, and public Level 2 networks fill gaps, but neither matches the convenience and price of your own garage outlet. Before buying an EV, honestly assess your charging situation — it matters more than the car's range figure.

Electricity rates vary enormously by region and time of day. Many utilities offer time-of-use plans with cheap overnight rates that can cut charging costs roughly in half compared to daytime rates. A five-minute call to your utility before you buy can meaningfully change the math in your favor.

Resale value and battery longevity

Two worries dominate EV hesitation: will the battery degrade, and will the car hold its value? On batteries, the data is reassuring. Modern EV batteries typically lose only a small percentage of capacity per year, most carry 8-year or 100,000-mile warranties, and real-world fleets show strong capacity retention well past the warranty period. Battery failure is rare; gradual, modest range loss is the norm.

Resale value is the messier story. EVs have depreciated faster than gas cars in recent years — partly because new EV prices kept falling, which dragged used values down, and partly because early models aged quickly as range improved. That trend punishes new buyers and rewards used buyers, as noted above. It may stabilize as the technology matures, but buying a new EV today means accepting that depreciation risk.

One practical hedge: if you are worried about resale, that is another argument for either leasing new or buying used. Both transfer the depreciation uncertainty to someone else.

EVs are more expensive to buy and cheaper to own — that is the whole story in one sentence. Over five years the gas car often still leads on total cost; over ten, the EV usually pulls ahead, assuming home charging and average mileage. Used EVs can win much sooner. So the question is not really whether EVs are more expensive. It is how long you keep cars, how much you drive, and where you plug in. Answer those three, and the math answers itself.

Whichever you choose, run the numbers for your situation rather than borrowing someone else's conclusion. Fuel prices, electricity rates, and driving patterns vary enough that the right answer genuinely differs by household — and the honest calculation is always better than the loudest opinion. Take an hour, run your own numbers, and buy the car that fits your life.