EV vs Hybrid vs Gas Cost Calculator

An EV runs entirely on a battery and electric motor, there's no gas engine, no oil changes, and no trips to the pump, ever. A regular hybrid has both a gas engine and a small battery, but the battery only charges itself from braking and the engine, you never plug it in. A plug-in hybrid (PHEV) sits in between: it has a bigger battery than a regular hybrid that you can plug in and drive on electricity alone for a limited range, usually 25 to 45 miles, then it switches over to the gas engine like a normal hybrid for longer trips. If you want zero gas stations ever, you want an EV. If you want better fuel economy with zero change to how you fuel up, you want a hybrid. If you want short trips on electricity and long trips on gas without range anxiety, a PHEV is the middle ground.

This question is really about plug-in hybrids, since regular hybrids don't drive on electricity alone. Among current PHEVs, the Toyota RAV4 Prime leads with about 42 miles of EV-only range, enough to cover most people's daily commute on electricity before the gas engine ever kicks in. The Honda CR-V PHEV is close behind at around 44 miles in some trims. For context, the average American commute is under 30 miles round trip, so a driver with home charging access could run a RAV4 Prime or CR-V PHEV on electricity for the vast majority of daily driving and only burn gas on longer trips.

It depends heavily on mileage and home charging access. At 12,000 miles a year with home charging at $0.1765/kWh, a Tesla Model 3 LR saves roughly $700 to $900 a year in fuel versus a Camry Hybrid (52 MPG). Over 5 years that's $3,500 to $4,500, but the EV costs about $15,000 more upfront after losing the federal credit. At 12,000 mi/yr, the EV typically doesn't fully break even on running cost savings within 5 years versus a hybrid. At 18,000 or more mi/yr, it starts to pull ahead. Without home charging, relying on public Level 2 or DC fast charging, hybrids often win outright in 2026.

The 2026 RAV4 Hybrid starts at $33,350 and is now exclusively hybrid. At about 39 MPG, its fuel cost on 12,000 mi/yr at $3.20/gal runs about $985 a year. A comparable Equinox EV LR at $36,295 charging at $0.1765/kWh costs about $614 a year in electricity, an EV saving of about $371 a year in fuel. But the EV costs about $2,945 more upfront. Maintenance is similar in the hybrid's favor too: RAV4 repair costs run around $429 a year versus an EV average of $949 a year. The RAV4 Hybrid is the toughest hybrid to beat in an EV comparison, 39 MPG and low repair costs tighten the gap significantly versus older 28 MPG gas cars.

Yes, in 2026, and this surprises many people. AAA 2025 found EV maintenance averages $949 a year versus $700 to $800 a year for hybrids. The reason is that EVs need tire replacements more often (heavier vehicles, instant torque) and have higher repair costs when something does go wrong, since parts and specialized technicians are still limited. Hybrids need some oil changes, though less frequent than gas cars, but their simpler drivetrain and established repair network keeps costs down. Gas cars average $1,279 a year (AAA 2025), well above both. In the maintenance category specifically, hybrids often beat EVs on annual cost while still beating gas cars by a wide margin.

EVs depreciate faster. KBB and iSeeCars 2026 data shows average EVs losing 14 to 17% of value a year, versus 11 to 13% for hybrids and 11 to 12% for gas cars. The reason is that rapid new EV model refreshes drag down used values, and losing the $7,500 federal credit means used EVs now compete directly with new ones on price. Depreciation is one of the most underappreciated costs in EV ownership, a Model 3 LR losing 15% a year on a $47,000 car costs about $7,050 a year in value from depreciation alone, versus about $3,960 a year for a Camry Hybrid at 12% on a $33,000 car. This calculator shows depreciation side by side so you can see the full picture rather than just the sticker price.