Vehicle EconomicsEV vs Hybrid Calculator
Does a full EV actually cost less than a comparable hybrid once everything is counted?
Why this comes up
Once you're already open to electrification, the real choice is often EV versus hybrid, not EV versus a plain gas car. A hybrid narrows the fuel-cost gap significantly, so the EV's remaining advantage is smaller and can take longer to show up.
How we calculated this
Each option's total cost is real amortization financing interest, plus your entered annual depreciation, plus energy cost (electricity for the EV, gas for the hybrid), plus insurance, maintenance, and repairs, summed over your horizon. The break-even year sweeps year 1 through 15 to find the first year cumulative EV cost drops to or below cumulative hybrid cost.
Worked example, using this page's own defaults: over 10 years the EV totals$77,186 against $78,772 for the hybrid, an EV advantage of $1,586. The hybrid is actually cheaper in the early years, the EV doesn't pull ahead until year 8.
What this means
- A hybrid closes most of the fuel-cost gap with an EV, so the EV's remaining advantage depends heavily on financing terms and how long you keep the car.
- If the break-even year is close to or past your typical ownership horizon, the hybrid may be the financially safer choice even if the EV wins on paper eventually.
- See EV vs Gas Cost Calculator or Hybrid vs Gas Calculator to check either option against a plain gas baseline instead.
Limitations
Depreciation is your own flat annual planning estimate for each vehicle, not a forecast. No current gas or electricity price is assumed. See Methodology.
Methodology
This engine combines Vehicle Economics' fixed-rate amortization model (the standard loan-payment formula run out as a full month-by-month schedule), equity and depreciation projection model (your value and loan payoff projected forward from your own depreciation figure until they cross), ownership total cost model (every ownership cost, depreciation, financing, fuel, insurance, maintenance, repairs, and fees, summed over your horizon), fuel and charging cost model (your own miles, MPG or kWh, and rates converted directly to a dollar cost), and break-even search model (a closed-form solve where one exists, otherwise a bounded search over a stated plausible range). See Methodology for the full detail.