What does a heat pump clothes dryer cost to run?

One load most days. Cycles take roughly half again as long as a vented dryer. At the US average rate of 18.34¢ per kilowatt-hour that is $73 a year.

Laundry · Rated 900 W · 90% duty cycle

Running cost, US average rate

$73a year

396 kWh a year · $6.04 a month · 824 W average draw

Rated 900 W, drawing that for 90% of the 1.6 hours a day it is in service, 300 days a year.

900 W while running 824 W averaged over the day

Run the numbers on your own use

Change any of these and the figures update. The defaults are the typical case described above; your rate is the input that moves the answer most.

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

900 W
90%
1.6 h/day
300 days/yr
A year
$73
A month
$6.04
Electricity
396 kWh
Average draw
824 W

In the US average at 18.34¢ per kWh. Nameplate arithmetic would say 432 kWh1.1× too high.

Why this is lower than the number you will see elsewhere

Almost every published answer to this question multiplies the rating on the label by the hours the appliance is switched on. For a heat pump clothes dryer that gives 432 kWh a year, or $79.

Runs longer at much lower power. Total energy is what matters, not the time.

Nameplate × hours — the usual answer432 kWh$79
What it actually draws396 kWh$73

The arithmetic, step by step

Nothing here is hidden, so you can check it or change it. Working in the order the formula runs:

  1. 900 W — what it draws while it is actually drawing. This is the rating on the plate.
  2. × 90% — the share of its in-service time it is really pulling that. Runs longer at much lower power. Total energy is what matters, not the time.
    That gives 810 W averaged across the hours it is on.
  3. × 1.6 hours a day × 300 days — One load most days. Cycles take roughly half again as long as a vented dryer.
    810 × 1.6 × 300 ÷ 1,000 = 389 kWh a year.
  4. + standby — 1 W for the other 22.4 hours a day, which is 6.7 kWh a year. People leave this out and it is not always small.
  5. × 18.34¢ — the US average residential rate for June 2026.
    396 kWh × 18.34¢ = $73 a year.

Change any assumption in the calculator above and every figure on this page moves with it. The two that matter most are your rate, which varies 4× across the country, and the hours — the duty cycle is a property of the appliance, but the hours are a property of you.

How sensitive is that number?

A single figure invites more confidence than it deserves. Here is the same appliance under assumptions either side of the default, so you can see how much of the answer is the appliance and how much is the guess about how you use it.

Everything else held at the default. The spread here is the honest error bar on the headline figure.

If…ElectricityA yearvs default
You use it half as much (0.80 h/day)201 kWh$37-49%
You use it 50% more (2.40 h/day)590 kWh$108+49%
It is a smaller unit (600 W)266 kWh$49-33%
It is a larger unit (1,200 W)525 kWh$96+33%
You are in Nevada (13.11¢)396 kWh$52-29%
You are in Hawaii (52.72¢)396 kWh$209+187%

What it costs per hour, day and month

At 18.34¢ per kWh, the US residential average for June 2026.

PeriodElectricityCost
Per hour in use0.8 kWh15.1¢
Per day in use1.3 kWh$0.24
Per month33 kWh$6.04
Per year396 kWh$73
Over ten years3,955 kWh$725

The thing worth knowing

It takes longer and still costs less, which is the point people find hardest to believe. It reuses its own heat instead of exhausting it, and it does not push heated indoor air out of the building.

What it costs in your state

The appliance is the same everywhere; the rate is not. Running this heat pump clothes dryer costs $209 a year in Hawaii and $52 in Nevada — a difference of 4×.

Cost of running one heat pump clothes dryer for a year, by state. Residential average price, EIA June 2026.

StateRatePer yearPer month
Hawaii52.72¢$209$17
California34.74¢$137$11
Massachusetts29.61¢$117$9.76
Maine29.59¢$117$9.75
New York29.49¢$117$9.72
Rhode Island29.23¢$116$9.63
Alaska28.21¢$112$9.30
New Hampshire27.01¢$107$8.90
New Jersey24.95¢$99$8.22
Vermont24.44¢$97$8.06
District of Columbia24.39¢$96$8.04
Connecticut24.32¢$96$8.02
Michigan22.99¢$91$7.58
Maryland21.84¢$86$7.20
Pennsylvania21.73¢$86$7.16
Illinois19.89¢$79$6.56
Wisconsin19.56¢$77$6.45
Delaware19.29¢$76$6.36
Ohio19.19¢$76$6.33
Minnesota17.52¢$69$5.77
Indiana17.51¢$69$5.77
Virginia17.22¢$68$5.68
Colorado17.13¢$68$5.65
Alabama16.4¢$65$5.41
Georgia16.36¢$65$5.39
Oregon16.32¢$65$5.38
Missouri16.22¢$64$5.35
Texas15.94¢$63$5.25
Iowa15.93¢$63$5.25
Kansas15.71¢$62$5.18
South Carolina15.55¢$62$5.13
West Virginia15.45¢$61$5.09
South Dakota15.36¢$61$5.06
Wyoming15.24¢$60$5.02
Arizona15.18¢$60$5.00
Montana15.14¢$60$4.99
Florida15.1¢$60$4.98
New Mexico15.06¢$60$4.96
Washington14.91¢$59$4.91
Mississippi14.88¢$59$4.90
North Carolina14.74¢$58$4.86
Idaho14.37¢$57$4.74
Oklahoma14.33¢$57$4.72
Kentucky14.26¢$56$4.70
Arkansas14.12¢$56$4.65
North Dakota14.12¢$56$4.65
Tennessee14.07¢$56$4.64
Louisiana13.49¢$53$4.45
Utah13.37¢$53$4.41
Nebraska13.25¢$52$4.37
Nevada13.11¢$52$4.32

Questions

How much electricity does a heat pump clothes dryer use?
About 396 kWh a year on the assumptions above — one load most days. cycles take roughly half again as long as a vented dryer. That works out to an average draw of 824 W over the hours it is in service, against a rated 900 W.
Is it expensive to run a heat pump clothes dryer?
At the US average residential rate of 18.34¢ per kWh it costs about $73 a year, or $6.04 a month. The same appliance costs about $52 a year in Nevada and $209 in Hawaii, because the rate matters more than the appliance.
Why is your figure lower than other sites?
Because 900 W is what the appliance draws while it is actually drawing, not the average over the time it is switched on. Runs longer at much lower power. Total energy is what matters, not the time. Multiplying the rating by the hours gives 432 kWh a year, which is 1.1× the real figure.
What is the cheapest way to run a heat pump clothes dryer?
A drying rack, which costs nothing and is the only option that beats it.

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