How Much Electricity Does a Refrigerator Use?

A refrigerator is plugged in 8,760 hours a year and running for maybe a third of them. That gap is the single reason most refrigerator cost estimates on the internet are wrong by a factor of three. The compressor is what draws power, and the compressor only runs when the thermostat asks it to.

Use the EnergyGuide label, not the nameplate

Ignore the nameplate wattage on the back of the unit. That figure describes peak draw, and the fridge spends most of its life nowhere near it. What you want is the yellow EnergyGuide sticker, which gives estimated kWh per year based on standardised testing. Divide that by 365 for daily kWh, multiply by your rate, and you have a genuinely reliable number.

Typical figures worth knowing. A current Energy Star top-freezer model lands between 350 and 450 kWh per year. A large French-door unit with ice and water in the door runs 550 to 750. A refrigerator built before 2001 can easily use 1,200 kWh a year, which at current rates is over 220 dollars annually for the same box of cold air.

What actually makes a fridge run longer

Everything that makes the compressor run longer costs you money, and the list is short and boring:

• Ambient temperature. A fridge in a 90 degree garage works far harder than the same fridge in a 70 degree kitchen. Garage refrigerators are the most expensive appliance most people forget they own.
• Door seals. The dollar-bill test still works. Close the door on a bill; if it slides out without resistance, the gasket is not sealing and the compressor is making up the difference all day.
• Setpoint. 37 to 40 degrees for the fridge and 0 for the freezer is what food safety requires. Colder than that is money spent on nothing.
• Condenser coils. Dust on the coils behind or beneath the unit means heat cannot escape, so cycles run longer. Vacuuming them once a year is the highest-value maintenance on the appliance.
• How full it is. A full fridge holds cold better than an empty one. A half-empty second fridge is the worst of both.

Cost by compressor runtime

The table below assumes 150 W and varies the compressor runtime, which is the number that actually differs between households. Six hours is a well-sited modern unit. Twelve is an older fridge, a hot room, or a bad gasket.

Refrigerator running cost by state

Because a fridge runs every day of the year, it is one of the few appliances where the state rate difference compounds into serious money. The same refrigerator costs about three times more per year in Hawaii than in Idaho.

The old fridge in the garage

The second refrigerator in the garage or basement is worth a moment of honesty. It is usually the oldest unit in the house, sitting in the hottest or coldest room, running to keep drinks cold. At 1,000 kWh a year for a mid-1990s model in a warm garage, that is roughly 185 dollars annually at current rates.

Replacing a working appliance rarely pays back quickly, but a pre-2001 second fridge is the exception. Many utilities also run appliance recycling programmes that pay 50 to 100 dollars to haul the old one away, which shortens the payback considerably. Worth a search for your utility name and the word recycling before you buy anything.

What your rate changes

Nothing about the appliance, everything about the bill. Here is the same 150 W fridge at eight hours of compressor time a day across the range of rates people actually pay.

How this compares to everything else you plug in

Per hour of runtime against the rest of the kitchen. The refrigerator looks cheap here, and per hour it is. It just never stops.

Questions people actually ask

Related running costs

• How much electricity a dishwasher uses — 1,800 W typical, about $0.33 an hour.

Running it on solar

A refrigerator uses 1.20 kWh a day, which needs about less than one standard 400 W panels. Full array, battery and inverter sizing is on how many solar panels to run a refrigerator.

Run the numbers on your own bill

• Electricity Cost Calculator
• Whole-Home Appliance Load Calculator
• Essential Load Calculator if you are sizing backup power to keep the fridge running.

Costs on this page use a national average residential rate of 18.44¢ per kWh (August 2026, EIA-derived state residential averages). Your own rate is printed on your electricity bill and is the number that actually matters. Every figure here is recalculated from one central rate setting, so these tables move when the national average moves.