Air fryer vs electric oven: what each costs to run

An air fryer is a small fan oven, and the interesting part of the comparison is not its wattage — which is high — but how little of the cooking time it spends at that wattage. At the US average rate of 18.34¢ per kilowatt-hour the gap is $44 a year.

All comparisons · Both figures from the same duty-cycle model · EIA June 2026

Air fryer costs less by

$44a year

$440 over ten years · air fryer uses 71% less electricity

Air fryer 96 kWh a year against 336 kWh — at the US average rate of 18.34¢/kWh.

Air fryer96 kWh$18
Electric oven336 kWh$62

The verdict

The air fryer wins for small portions, and the saving is almost entirely in the preheat it avoids rather than in the wattage. A full-size oven spends fifteen minutes bringing a large insulated box to temperature before any cooking happens; a small chamber reaches temperature in two or three. For anything under about half an hour of cooking, the smaller box wins comfortably.

Side by side

Air fryer and electric oven are costed by the same function from the same dataset, so the $44 between them is a difference in the appliances and not in how each was measured. Air fryer draws an average 959 W across the hours it runs; electric oven draws 1,119 W across its own.

Both at 18.34¢/kWh, the EIA residential average for June 2026. Ten years is roughly the service life of either.

Air fryerElectric ovenDifference
Electricity a year96 kWh336 kWh240 kWh
Cost a year$18$62$44
Cost a month$1.47$5.13$3.66
Over ten years$176$616$440

The assumptions behind those figures

Nothing above is a manufacturer’s claim. 1,500 W at 60% for 0.4 hours a day, 250 days a year, is where air fryer’s 96 kWh comes from; 3,000 W at 35% for 1 hours over 300 days is where electric oven’s 336 kWh comes from. The duty cycle is the input most published comparisons leave out, and it is why the ratings and the running costs are not in the same proportion here.

Change any of these on the appliance’s own page and every figure moves with it. The duty cycle is a property of the machine; the hours are a property of you.

Air fryerElectric oven
Rated power1,500 W3,000 W
Duty cycle60%35%
Hours a day in service0.41
Days a year250300
Average draw while in service959 W1,119 W

What the gap is worth at your rate

Nothing here is a purchase decision, so there is no payback to compute. But $44 is the gap at the national average, and what it is worth to you depends on your rate — which varies more across the country than the difference between these two.

Residential average for June 2026, from the EIA. Your own tariff may differ; you can read it off your bill.

Air fryer
$18

a year

Electric oven
$62

a year

A year apart
$44
Over ten years
$440

In the US average at 18.34¢ per kWh. Both figures on the standard assumptions printed above; your rate is the input that moves the gap most.

The gap in your state

The appliances are the same everywhere; the rate is not. The gap between these two is worth $126 a year in Hawaii and $31 in Nevada — 4× apart, on identical appliances.

A year of each, by state. Residential average price, EIA June 2026.

StateRateAir fryerElectric ovenDifference
Hawaii52.72¢$51$177$126
California34.74¢$33$117$83
Massachusetts29.61¢$28$99$71
Maine29.59¢$28$99$71
New York29.49¢$28$99$71
Rhode Island29.23¢$28$98$70
Alaska28.21¢$27$95$68
New Hampshire27.01¢$26$91$65
New Jersey24.95¢$24$84$60
Vermont24.44¢$23$82$59
District of Columbia24.39¢$23$82$58
Connecticut24.32¢$23$82$58
Michigan22.99¢$22$77$55
Maryland21.84¢$21$73$52
Pennsylvania21.73¢$21$73$52
Illinois19.89¢$19$67$48
Wisconsin19.56¢$19$66$47
Delaware19.29¢$18$65$46
Ohio19.19¢$18$64$46
Minnesota17.52¢$17$59$42
Indiana17.51¢$17$59$42
Virginia17.22¢$17$58$41
Colorado17.13¢$16$58$41
Alabama16.4¢$16$55$39
Georgia16.36¢$16$55$39
Oregon16.32¢$16$55$39
Missouri16.22¢$16$54$39
Texas15.94¢$15$54$38
Iowa15.93¢$15$53$38
Kansas15.71¢$15$53$38
South Carolina15.55¢$15$52$37
West Virginia15.45¢$15$52$37
South Dakota15.36¢$15$52$37
Wyoming15.24¢$15$51$37
Arizona15.18¢$15$51$36
Montana15.14¢$15$51$36
Florida15.1¢$14$51$36
New Mexico15.06¢$14$51$36
Washington14.91¢$14$50$36
Mississippi14.88¢$14$50$36
North Carolina14.74¢$14$49$35
Idaho14.37¢$14$48$34
Oklahoma14.33¢$14$48$34
Kentucky14.26¢$14$48$34
Arkansas14.12¢$14$47$34
North Dakota14.12¢$14$47$34
Tennessee14.07¢$13$47$34
Louisiana13.49¢$13$45$32
Utah13.37¢$13$45$32
Nebraska13.25¢$13$44$32
Nevada13.11¢$13$44$31

Questions

Does an air fryer really use less electricity than the oven?
The air fryer wins for small portions, and the saving is almost entirely in the preheat it avoids rather than in the wattage. On the assumptions printed above, air fryer costs $18 a year and electric oven costs $62 at 18.34¢ per kilowatt-hour — a difference of $44 a year, or $440 over ten years at today’s rate.
How is air fryer’s 96 kWh a year calculated?
Rated watts × duty cycle × hours × days, plus standby, times your rate — the same function that produces every figure on this site. For air fryer: 1,500 W × 60% × 0.4 h × 250 days ÷ 1,000 = 96 kWh, which at 18.34¢ is $18. Electric oven runs through the identical arithmetic on its own assumptions and lands at $62. The rate is the EIA residential average for June 2026; nothing here is a manufacturer’s claim.
Why does the higher-wattage appliance cost less?
Because cost is watts times hours, and the air fryer’s hours are a fraction of the oven’s. A 1,500 W appliance running twenty minutes uses less than a 3,000 W one running an hour, and the oven spends much of that hour at full power getting up to temperature.
What about a microwave?
For reheating a single portion the microwave beats both by a wide margin, because it heats the food rather than the air and the box around it.
Does my state change the answer?
It changes the size of the gap, never its direction. The same pair costs $126 a year apart in Hawaii and $31 in Nevada. Whichever uses less electricity uses less everywhere; only what that is worth moves.

Source: U.S. Energy Information Administration, Electric Power Monthly, Table 5.6.A, June 2026. U.S. Government work, public domain.

How every figure on this page is computed · Where the data comes from