Gas vs hybrid vs EV: what each one really costs over five years

To compare fairly you need three versions of the same car, not three different cars. We used a mainstream compact crossover available in all three drivetrains: a gas model around $30,000, the hybrid version around $33,000, and a comparable electric crossover around $44,000 before incentives. That keeps size, brand and use case constant so the only thing moving is what powers the wheels.

The driving assumption is the US average: 15,000 miles a year for five years, or 75,000 miles total. Fuel runs at roughly $3.40 a gallon (AAA national average territory) and home electricity at about 16 cents per kilowatt-hour (the EIA residential average). The gas crossover returns about 30 mpg in real mixed driving, the hybrid about 40 mpg, and the EV about 3.5 miles per kWh.

One choice matters more than any other and we want it in the open: we do not add the full purchase price to the five-year total. At the end of five years you still own a car worth its resale value, so the money you actually absorb is depreciation (the value that evaporated) plus what you spent on fuel and maintenance. Adding both the sticker and depreciation would double-count the same dollars.

We also apply the $7,500 federal clean-vehicle credit to the EV, because for an eligible buyer that is real money off the price you finance. It drops the EV's effective cost to about $36,500, which changes the depreciation math far more than most shoppers expect. The table below shows the line items; the sections after it explain where the gaps come from.

Fuel is the EV's clearest win. Over 75,000 miles the gas crossover burns about 2,500 gallons, roughly $8,500. The hybrid cuts that to about $6,400. The EV, charged mostly at home, uses about 21,000 kWh for roughly $3,400. That is a $5,100 swing between the gas car and the EV before you touch any other line, and it widens every time gas prices climb.

Maintenance follows the same order but with a smaller gap. Five years of oil changes, brake jobs, fluids and the occasional repair runs about $6,000 on the gas car. The hybrid lands near $5,500 because regenerative braking spares the brake pads, though it carries a second cooling system. The EV is lightest at about $4,000: no oil, no spark plugs, no exhaust, though its extra weight chews through tires faster, which claws some of that back.

Depreciation is the biggest number on the page and the one shoppers underestimate. The gas and hybrid crossovers, from a brand with strong resale, shed about 42-44% of their value in five years, roughly $12,500 and $14,500. The EV's MSRP depreciates harder in raw percentage terms, but because you paid an effective $36,500 after the credit, the loss measured from your cost is about $14,500, in the same neighborhood as the hybrid.

Stack the three running costs (depreciation plus fuel plus maintenance) and the five-year cost to own comes out near $27,000 for gas, $26,400 for the hybrid, and $21,900 for the EV. The EV's fuel savings, lighter maintenance, and credit-adjusted depreciation combine to put it several thousand dollars ahead, even though it had the highest sticker by a wide margin.

The EV's advantage is built almost entirely on fuel, and fuel savings scale with miles. Drop the driver to 8,000 miles a year and the EV's energy edge shrinks to about $1,400 a year while its higher upfront cost stays exactly the same. At that mileage the hybrid, with its modest premium and excellent economy, usually comes out cheapest, and a plain gas car is the safe pick for someone who barely drives.

Push the same comparison to 20,000 miles a year and the EV pulls away hard. Fuel for the gas crossover climbs past $11,000 over five years while the EV stays near $4,500, a gap of more than $6,500 that the hybrid can only partly close. High-mileage drivers are where electric ownership stops being a lifestyle choice and starts being the obviously cheaper option.

That is why there is no single winner. Sketch your real annual mileage, then ask which line item dominates your budget. Below roughly 10,000 miles a year the upfront premiums rule and the hybrid (or a frugal gas car) wins. Above it, fuel rules and the EV wins, provided you can charge at home and you qualify for the credit.

The cleanest way to pressure-test this for your own situation is to run your mileage, local fuel and electricity prices through the EV vs gas savings calculator, then carry the result into a full five-year total-cost-of-ownership view so depreciation is in the picture, not just the pump.

No home charging changes everything. The EV math above assumes overnight charging at 16 cents a kWh. Lean on DC fast charging at 40-48 cents instead and the EV's energy cost can triple, erasing most of its lead. If you rent or street-park with no reliable plug, the hybrid is usually the smarter electrified choice.

Credit eligibility is the second switch. Strip out the $7,500 and the EV's effective cost jumps back to $44,000, its depreciation-from-cost grows by the same amount, and its five-year total moves up near the gas car's. Income caps, price caps and which models qualify all change year to year, so confirm eligibility for the specific car before you bank on it.

Holding period is the third. EVs take their steepest depreciation hit early, so selling at two or three years is the worst time to find out. A buyer who keeps the car the full five years rides out that curve; a frequent trader does not. Hybrids and gas cars from strong-resale brands are far more forgiving if your plans change.

None of these are edge cases, which is the point. The base case favors the EV at average mileage with a home charger and the credit. Remove any one of those three and the hybrid quietly becomes the value play, with the gas car as the low-mileage, lowest-sticker fallback.