EV vs Gas: True Cost

The EV vs Gas True Cost of Ownership analysis follows a single purchase decision through five full years of real-world expenses. Rather than presenting a static comparison table, this breakdown tracks costs as they actually accumulate: month by month, year by year, with each category entering the ledger at the point it becomes relevant.

The two vehicles anchoring this analysis are a 2024 Tesla Model Y Long Range ($44,990 MSRP) and a 2024 Toyota RAV4 XLE ($30,900 MSRP). Both are compact SUVs, both seat five, and both occupy the bestselling segment in the US market. The $14,090 sticker-price gap between them is the number most people fixate on. Five years of ownership data reveals whether that gap holds, shrinks, or disappears entirely.

Year Zero: The Purchase

Before either vehicle turns a wheel, the buyer has already committed to a set of fixed costs that shape every subsequent year. The Model Y's $44,990 sticker price stands $14,090 above the RAV4's $30,900. Registration fees, documentation charges, and state sales tax apply to both vehicles at similar rates, so the net purchase gap remains close to that $14,090 figure in most states.

Through September 30, 2025, buyers could apply the federal clean vehicle tax credit of up to $7,500 to qualifying new EVs, which would have reduced the effective gap to approximately $6,590. That credit expired at the end of September 2025 and is no longer available for purchases made in 2026. Some states continue to offer their own incentives: Colorado provides a $5,000 credit, New Jersey offers sales tax exemption (saving roughly $3,100 on a Model Y), and several other states have programmes ranging from $1,000 to $5,000. The availability and amount vary, so buyers should use the state incentive lookup tool to check current eligibility.

The EV buyer also faces a one-time infrastructure cost: a Level 2 home charger. A quality 240V, 40A unit costs $500–$900, and professional installation adds $500–$1,500 depending on the electrical panel's existing capacity and the distance from panel to garage. For this analysis, a mid-range figure of $1,200 covers the unit and installation. The RAV4 buyer has no equivalent upfront infrastructure expense, so the adjusted Year 0 gap rises to approximately $15,290 before any state incentives.

Year One: Fuel and Insurance Enter the Ledger

This is the year where running costs begin to chip away at the purchase premium. Two expense categories dominate the first twelve months: fuel and insurance.

Fuel Costs

The Model Y's EPA-rated efficiency is 270 Wh/mi. At 12,000 miles per year and the US average residential electricity rate of $0.167 per kWh (US EIA, January 2026), the annual electricity bill works out as follows: 12,000 miles multiplied by 270 Wh/mi equals 3,240 kWh at the battery. Accounting for 10% charging losses through a Level 2 home charger, the wall draw is 3,600 kWh. At $0.167 per kWh, Year 1 fuel cost is $601.

The RAV4 XLE achieves a combined 30 MPG (EPA rating). At 12,000 miles, that requires 400 gallons of regular gasoline. At the US average of $4.06 per gallon (AAA, April 2026), Year 1 fuel cost is $1,624.

The annual fuel savings for the EV: $1,023. Drivers who charge during off-peak hours on a TOU rate plan ($0.10/kWh typical off-peak) would reduce the Model Y's fuel cost to $360, increasing the annual advantage to $1,264. To calculate per-mile operating costs for any EV, the tool accepts your actual electricity rate and driving pattern rather than national averages.

Insurance

Auto insurance is the cost category where EVs face a measurable disadvantage. According to data from Insurify and Jerry (2025 rate surveys), comprehensive coverage for a Tesla Model Y averages $2,150 per year nationally, compared to $1,750 for a Toyota RAV4. The $400 annual premium difference reflects higher repair costs for EVs, particularly for battery-adjacent structural damage, plus the higher replacement cost of the vehicle itself.

The insurance gap varies substantially by state, driving record, and carrier. Drivers who shop aggressively, maintain clean records, and bundle policies can narrow or close the gap. But for the purposes of this analysis, the $400 annual difference is a realistic baseline that works against the EV.

Year 1 Running Total

After twelve months of driving, the cumulative position stands as follows.

The Model Y has cost its owner approximately $47,941 in total outlay: $44,990 purchase, $1,200 charger installation, $601 in electricity, and $2,150 in insurance. No scheduled maintenance is required in Year 1 beyond tyre rotation ($60). The RAV4 has cost approximately $34,334: $30,900 purchase, $1,624 in fuel, and $1,750 in insurance, plus one oil change and tyre rotation ($120 combined). The cumulative gap between the two vehicles has narrowed from $15,290 to $13,607 — a reduction of $1,683 driven primarily by fuel savings, partially offset by the insurance premium difference.

Year Two: Maintenance Patterns Diverge

The second year introduces the maintenance advantage that grows more pronounced over time. The Model Y's scheduled maintenance at 24 months consists of a cabin air filter replacement and tyre rotation, totalling approximately $120–$150 at a service centre. The RAV4 requires its second oil and filter change, a tyre rotation, a multi-point inspection, and likely a replacement engine air filter. Total cost: $350–$450.

Consumer Reports' 2024 annual reliability survey found average annual maintenance expenditure of $600 for battery-electric vehicles versus $1,200 for gasoline models across all ages. The gap is smaller in the first two years (when gas vehicles need only routine service) and wider from Year 3 onward (when wear items like brake pads, transmission fluid, and timing components enter the picture). For the Model Y, regenerative braking reduces mechanical brake use to the point where original brake pads frequently last 100,000 miles or more.

By the end of Year 2, cumulative ownership costs stand at approximately $50,662 for the Model Y and $37,908 for the RAV4. The gap has narrowed to $12,754 — a total reduction of $2,536 from the original $15,290 difference. Fuel savings ($1,023/year) continue to do most of the work, with maintenance savings ($450 in Year 2) adding meaningful support.

Year Three: The Tyre Surprise and Running Repairs

Year 3 brings the first significant unscheduled cost that catches many EV owners off guard: tyre replacement. Electric vehicles are heavier than their gasoline equivalents (the Model Y weighs approximately 4,400 lbs versus the RAV4's 3,615 lbs) and deliver instant torque, both of which accelerate tyre wear. EV-specific tyres designed for higher load ratings and lower rolling resistance cost $180–$250 per tyre, compared to $120–$170 for standard all-season tyres on the RAV4.

At 36,000 miles, the Model Y likely needs its first full set of replacement tyres: approximately $900 for four tyres plus mounting and balancing. The RAV4's original tyres may last until 40,000–45,000 miles under normal driving conditions, deferring this expense into Year 4. A $900 tyre bill in Year 3 is a genuine added cost for the EV that partially offsets that year's fuel and maintenance savings.

On the gasoline side, Year 3 typically brings a transmission fluid inspection or change ($150–$250), a brake fluid flush ($100–$150), and continued oil changes ($80–$120 each, twice per year). A set of rear brake pads may also be needed at 36,000 miles ($200–$300 installed). These are the costs that begin to separate ICE ownership from the EV's simpler maintenance schedule.

After Year 3, cumulative totals sit at approximately $54,573 for the Model Y and $42,217 for the RAV4. The gap has narrowed further to $12,356. Year 3's net savings were smaller than Years 1 and 2 due to the tyre replacement, but the trend remains consistently in the EV's favour.

Year Four: Depreciation Reshapes the Picture

Four years into ownership, resale value becomes the single largest variable in the cost comparison. Depreciation is not a bill that arrives in the post, but it is real money lost — the difference between what you paid and what the vehicle is worth when you sell or trade it. And for many buyers, it exceeds every other cost category combined.

Depreciation Estimates

According to Kelley Blue Book data through Q1 2026, the average new vehicle retains approximately 55–60% of its original MSRP after four years. The Model Y has historically depreciated slightly better than average for the compact SUV segment, retaining roughly 58% of MSRP at 48 months. The RAV4, with its reputation for reliability and strong used-market demand, retains approximately 62%.

Applied to the vehicles in this analysis, those retention rates produce the following four-year depreciation figures.

The Model Y's estimated value after four years is $26,094 (58% of $44,990), representing depreciation of $18,896. The RAV4's estimated value is $19,158 (62% of $30,900), representing depreciation of $11,742. The depreciation difference of $7,154 favours the RAV4 and reflects both the higher starting price and the slightly lower retention percentage of the Model Y.

This is the cost category where the EV's higher purchase price inflicts real, measurable damage to the total cost equation. Depreciation alone nearly offsets three full years of fuel and maintenance savings. Buyers who plan to keep their vehicle for seven years or longer dilute the depreciation impact substantially, because most of the value loss occurs in the first four years.

Year 4 Running Costs

The running cost picture in Year 4 continues to favour the EV. The RAV4 is now due for its fourth set of oil changes, a new set of tyres ($550–$680 for the RAV4's standard 17-inch all-seasons), and potentially spark plug replacement ($200–$300). The Model Y requires tyre rotation, cabin filter, and brake fluid testing — roughly $200 in scheduled maintenance. To run your own fuel and maintenance comparison with your specific costs, the calculator accepts custom maintenance figures alongside automated vehicle data.

After Year 4, cumulative running costs (excluding depreciation) total approximately $58,349 for the Model Y and $46,879 for the RAV4, a gap of $11,470. Including depreciation, the total cost of ownership through four years is approximately $77,245 for the Model Y and $58,621 for the RAV4 — a gap of $18,624. Depreciation has widened the total ownership gap beyond the original purchase price difference.

Year Five: The Full Reckoning

The fifth year brings the final accounting for this analysis. By now, both vehicles have settled into their mature running-cost patterns, and the question is whether the EV's cumulative operational savings have been enough to close the gap that depreciation widened.

Running Cost Summary Through Year 5

The following table summarises cumulative costs across all five years for each vehicle. All figures use US average prices (gasoline at $4.06/gal, residential electricity at $0.167/kWh) and assume 12,000 miles per year with home charging for the Model Y.

Cost Category	Model Y (5-Year Total)	RAV4 (5-Year Total)	Difference
Purchase price	$44,990	$30,900	+$14,090 (EV higher)
Home charger install	$1,200	$0	+$1,200 (EV higher)
Fuel (5 years)	$3,005	$8,120	−$5,115 (EV lower)
Maintenance (5 years)	$3,200	$6,800	−$3,600 (EV lower)
Insurance (5 years)	$10,750	$8,750	+$2,000 (EV higher)
Tyres (5 years)	$1,800	$1,250	+$550 (EV higher)
Registration & fees	$1,500	$750	+$750 (EV higher)
Total spent (cash out)	$66,445	$56,570	+$9,875 (EV higher)
Estimated resale value	$20,246	$14,432	−$5,814 (EV higher)
Net cost of ownership	$46,199	$42,138	+$4,061 (EV higher)

The numbers produce a conclusion that will satisfy neither EV enthusiasts nor EV sceptics: at US average fuel and electricity prices, driving 12,000 miles per year, without any purchase incentives, the Tesla Model Y costs approximately $4,061 more to own over five years than a Toyota RAV4. That gap represents about $68 per month. To model every ownership cost category in one place, enter your specific prices and driving habits to see how the balance shifts for your situation.

Where the Money Went

Breaking down the five-year net cost reveals which categories pulled in each direction.

The EV's advantages were concentrated in fuel (−$5,115) and maintenance (−$3,600), saving $8,715 in operational costs over five years. These are the savings that get the most attention in EV marketing and media coverage, and they are genuine. A vehicle that costs roughly 60% less to fuel and 50% less to maintain delivers meaningful ongoing savings that compound with every mile driven.

The EV's disadvantages were purchase price (+$14,090), charger installation (+$1,200), insurance (+$2,000), heavier tyre wear (+$550), and higher registration fees (+$750). Many states impose annual EV registration surcharges of $100–$300 to offset lost fuel tax revenue, which adds up across five years. Combined, these disadvantages total $18,590.

The partial offset from higher resale value (−$5,814) reflects the Model Y's stronger absolute dollar retention due to its higher starting price. In percentage terms, the RAV4 actually retains a higher proportion of its value, but the EV's higher baseline means more dollars returned at sale.

What Changes the Outcome

The $4,061 gap is not fixed. Several variables can push the five-year net cost in either direction, and some can flip the result entirely.

State Incentives

As noted earlier, the federal EV tax credit expired in September 2025. However, state-level incentives remain available in many jurisdictions. Colorado's $5,000 credit alone would reduce the five-year gap from $4,061 to a Model Y advantage of $939. New Jersey's sales tax exemption (roughly $3,100 on a $44,990 vehicle) brings the gap to under $1,000. In states with no incentives, the gap remains as calculated above.

Higher Annual Mileage

The 12,000-mile assumption in this analysis is below the US average of approximately 13,500 miles. A driver covering 18,000 miles per year would increase annual fuel savings from $1,023 to $1,535 and annual maintenance savings from $720 to approximately $900. At that mileage, the five-year gap shrinks to roughly $1,200 even without incentives, and any state credit tips the balance to the EV. To find the payback year for your specific vehicle pair, adjust the mileage input to match your actual driving.

Electricity Rate Variation

Electricity costs vary more than most buyers realise. Washington state's residential rate of $0.112/kWh reduces the Model Y's five-year fuel cost from $3,005 to $2,016, saving an additional $989. California's standard residential rate of $0.285/kWh would increase the EV fuel cost to $5,130 — but California gasoline at $5.89/gal also raises the RAV4's fuel bill to $11,780, producing a fuel advantage of $6,650 for the EV. In California, even without incentives, the Model Y would be roughly $1,500 cheaper to own over five years than the RAV4.

Conversely, in states where electricity is expensive and gasoline is cheap (parts of the Southeast, for instance), the fuel savings shrink to the point where they cannot overcome the purchase premium within a five-year window. The economics are genuinely regional, and national averages obscure significant state-level variation. To estimate charging session costs at home and on the road, run the numbers with your local utility rate.

Charging Method

This analysis assumes 100% home charging at the standard residential rate. Drivers who rely partially or entirely on public charging face higher per-kWh costs that erode the fuel advantage.

Public Level 2 charging at $0.25/kWh raises the five-year EV fuel cost to $4,500. DC fast charging at $0.40/kWh pushes it to $7,200 — close to the RAV4's gasoline bill. Apartment dwellers and renters without home charging access face a fundamentally different cost equation, and should model their actual charging mix rather than assuming home rates. For drivers who split between home and public sessions, a 70/30 home-to-public ratio (a common pattern for suburban commuters) raises the blended rate to approximately $0.20/kWh, adding roughly $600 to the five-year EV fuel total.

Financing

This analysis uses cash purchase prices for simplicity, but financing introduces interest costs that scale with the vehicle price. A five-year loan at 6.5% APR with 10% down adds approximately $7,260 in interest to the Model Y and $4,980 to the RAV4. The $2,280 interest difference further favours the cheaper vehicle, adding to the EV's total cost disadvantage unless offset by incentives or high mileage.

The Break-Even Mileage and Ownership Length

Two factors determine whether the EV eventually costs less than the gasoline alternative: how far you drive each year and how long you keep the vehicle.

At 12,000 miles per year with US average prices and no incentives, the Model Y does not reach cost parity with the RAV4 within five years. The break-even point extends to approximately Year 7, when cumulative fuel and maintenance savings finally overtake the combined disadvantages of higher purchase price, insurance, tyres, and registration fees. At 18,000 miles per year, the break-even accelerates to approximately Year 4.5. At 20,000 miles per year, it arrives during Year 4.

Buyers who keep vehicles for eight to ten years see the equation tilt decisively toward the EV. In the post-Year-5 period, depreciation slows for both vehicles (the steepest depreciation occurs in Years 1–4), while the EV continues to accumulate $1,700+ in annual running-cost savings. The RAV4 also faces rising maintenance costs as it ages: timing chain inspection, water pump replacement, and catalytic converter degradation are mid-to-late-life expenses that EVs avoid entirely.

Costs This Analysis Does Not Model

Several cost factors are excluded from this analysis because they are too variable to generalise, but they deserve mention so that buyers can account for them individually.

Battery replacement. Modern EV batteries are warranted for 8 years or 100,000 miles. Out-of-warranty replacement costs $5,000–$15,000 depending on the vehicle. For a five-year, 60,000-mile ownership period, this is unlikely to arise, but long-term owners should factor the possibility into their calculations. The Geotab 2025 EV Battery Health Study found that the average EV retains 90% of original capacity at 100,000 miles, suggesting that most buyers will never need a replacement within normal ownership.

Opportunity cost of capital. The $14,090 price premium, if invested rather than spent, would generate returns over five years. At a 7% annual return, the opportunity cost is approximately $5,700 — a hidden cost that favours the cheaper vehicle regardless of powertrain.

Road trip charging. Long-distance travel in an EV involves DC fast charging at $0.35–$0.50/kWh plus time costs at charging stops. Frequent road trippers should consider how charging logistics affect their experience and budget. For trip-specific planning, the guide to charging time and daily routines covers how session duration varies across charger types and battery sizes.

Resale market volatility. EV resale values are more sensitive to technology cycles, policy changes, and new-model launches than gasoline vehicles. A major battery technology breakthrough, a new-model redesign, or a shift in purchase incentives could accelerate or decelerate depreciation beyond the steady-state percentages used here.

Who Comes Out Ahead

The five-year analysis produces a clear set of conditions under which each powertrain wins on total cost.

The EV costs less when any of the following conditions apply:

• The buyer drives 15,000+ miles per year
• State purchase incentives exceed $4,000
• Local gasoline prices consistently exceed $5.00 per gallon
• The buyer charges at home on an off-peak electricity rate below $0.12/kWh
• The buyer plans to keep the vehicle for seven or more years

The gasoline vehicle costs less when the following conditions apply:

• The buyer drives under 10,000 miles per year
• No state purchase incentives are available
• Local gasoline prices are below $3.50 per gallon
• The buyer relies primarily on public or DC fast charging
• The buyer trades in or sells after three to four years

Neither list is exhaustive, and multiple conditions often overlap. A California buyer who drives 18,000 miles per year, charges at home on a TOU rate, and claims the state's incentives will see the EV come out substantially cheaper. A low-mileage driver in a low-gas-price state with no home charging access and a short ownership horizon will find the gasoline vehicle more economical.

The Hidden Value Question

Cost-of-ownership analysis captures every expense that can be expressed in dollars. It does not capture several factors that matter to real buyers but resist quantification.

Convenience of home charging eliminates petrol station visits entirely for drivers with garage access. Time saved at the pump over five years is modest (perhaps 30–50 hours) but real. Driving experience differences — instant torque, quieter cabin, lower centre of gravity — are subjective but consistently cited in owner satisfaction surveys. The Model Y has topped the J.D. Power appeal index for its segment in three of the last four years.

On the other side, gasoline vehicles offer faster refuelling on long trips, a mature and ubiquitous refuelling infrastructure, no range planning requirements, and (for some buyers) lower anxiety about technology reliability and long-term battery durability. These factors are legitimate reasons that buyers choose gasoline even when the cost arithmetic marginally favours the EV.

The point of a rigorous cost comparison is not to declare a winner. It is to separate the financial question from the preference question, so that buyers can make the choice they actually want with clear eyes about what it costs.

Running the Numbers for Your Situation

The scenario above uses US average prices and a specific vehicle pair. Your costs will differ based on where you live, how far you drive, how you charge, what you drive, and how long you intend to keep the vehicle. Each of those variables can shift the outcome by thousands of dollars.

ChargeCalcs provides dedicated tools for each component of this analysis. To run your own fuel and maintenance comparison, the calculator accepts any vehicle from the database alongside your actual electricity and gasoline rates. For a comprehensive view that bundles financing, insurance, depreciation, and registration into a single projection, model every ownership cost category in one place. And for the single question most prospective buyers ask first — "when does the EV pay for itself?" — the break-even analysis tool shows the exact year based on your inputs.

The data in this analysis uses prices verified as of April 2026. Gasoline prices from AAA, electricity rates from the US EIA Electric Power Monthly (January 2026), vehicle MSRP from manufacturer websites, maintenance estimates from the Consumer Reports 2024 vehicle maintenance cost study, and depreciation data from Kelley Blue Book. All sources are subject to change, and the calculators are updated quarterly to reflect current pricing.