Clothes dryer electricity cost in 2026: electric vs gas vs heat pump.
The clothes dryer is the third-largest residential electricity load after HVAC and water heating — typically 5-8% of an annual bill. The difference between the cheapest and most expensive way to dry clothes is roughly $100/yr. Here are the four real choices and when each pays back.
Annual cost — 260 cycles, US averages
| Dryer type | Energy per cycle | Cost per cycle | $/yr · 260 cycles |
|---|---|---|---|
| Electric resistance (vented) | 3.0 kWh | $0.53 | $138 |
| Gas (vented) | 0.22 therm + 0.5 kWh | $0.33 | $85 |
| Heat pump (ventless, condensing) | 1.0-1.2 kWh | $0.17-$0.21 | $45-$55 |
| Compact condenser (no heat pump) | 2.4 kWh | $0.42 | $109 |
A typical household: 5 loads a week
Inputs: a household doing 5 loads/week (5 × 52 = 260 cycles/yr, the US average) at the 2026 US-average rate of $0.175/kWh. Formula: loads/week × 52 × kWh/load × $/kWh.
| Electric resistance — 5 × 52 × 3.0 kWh × $0.175 | $136.50 / yr |
| Gas — 5 × 52 × $0.33/cycle (0.22 therm + 0.5 kWh) | $85.80 / yr |
| Heat pump — 5 × 52 × 1.1 kWh × $0.175 | $50.05 / yr |
| Saved by going resistance → heat pump | $86.45 / yr |
Different rate or load count? Drop your own kWh-per-cycle and price into the electricity cost calculator for your exact number.
What a dryer costs by state
Every number above uses the 2026 US-average rate of $0.175/kWh — but almost nobody pays the average. EIA residential rates in 2026 run from 12.35¢/kWh in North Dakota to 46.62¢/kWh in Hawaii, a 3.8× spread. Same dryer, same 260 loads of laundry, wildly different bill. The formula is the one this whole guide runs on: annual cost = 260 cycles × kWh per cycle × your state rate — 3.0 kWh/cycle for electric resistance (780 kWh/yr), 1.1 kWh/cycle for heat pump (286 kWh/yr). The last column is what switching saves: 494 kWh/yr × your rate.
| State | Rate (¢/kWh) | Cost per load | Resistance $/yr | Heat pump $/yr | Switch saves/yr |
|---|---|---|---|---|---|
| 10 cheapest states to run a dryer | |||||
| North Dakota | 12.35 | $0.37 | $96 | $35 | $61 |
| Idaho | 12.70 | $0.38 | $99 | $36 | $63 |
| Nebraska | 13.28 | $0.40 | $104 | $38 | $66 |
| Utah | 13.29 | $0.40 | $104 | $38 | $66 |
| Oklahoma | 13.31 | $0.40 | $104 | $38 | $66 |
| Iowa | 13.86 | $0.42 | $108 | $40 | $68 |
| Montana | 13.90 | $0.42 | $108 | $40 | $69 |
| Missouri | 14.01 | $0.42 | $109 | $40 | $69 |
| Arkansas | 14.16 | $0.42 | $110 | $40 | $70 |
| Nevada | 14.29 | $0.43 | $111 | $41 | $71 |
| 10 most expensive states to run a dryer | |||||
| Hawaii | 46.62 | $1.40 | $364 | $133 | $230 |
| California | 35.25 | $1.06 | $275 | $101 | $174 |
| Connecticut | 32.24 | $0.97 | $251 | $92 | $159 |
| Massachusetts | 29.45 | $0.88 | $230 | $84 | $145 |
| New York | 29.45 | $0.88 | $230 | $84 | $145 |
| Maine | 28.42 | $0.85 | $222 | $81 | $140 |
| Rhode Island | 28.30 | $0.85 | $221 | $81 | $140 |
| Alaska | 27.35 | $0.82 | $213 | $78 | $135 |
| New Hampshire | 27.24 | $0.82 | $212 | $78 | $135 |
| Vermont | 24.56 | $0.74 | $192 | $70 | $121 |
Rates: EIA residential electricity averages, 2026. Note what the spread does to the upgrade decision: the heat pump saving ranges from $61/yr in North Dakota to $230/yr in Hawaii. The dryer is identical; only the meter changes. In every state above 25¢/kWh, drying clothes with resistance heat now costs more per year than an efficient refrigerator runs.
Massachusetts vs Idaho: why your ZIP code decides the upgrade
Inputs: 260 cycles/yr, resistance at 3.0 kWh/cycle, heat pump at 1.1 kWh/cycle, EIA state rates (Massachusetts 29.45¢/kWh, Idaho 12.70¢/kWh). Step 1: annual kWh — resistance 260 × 3.0 = 780 kWh, heat pump 260 × 1.1 = 286 kWh. Step 2: multiply by the rate. Step 3: divide the ~$500 heat-pump premium by the yearly saving.
| Massachusetts, resistance — 780 kWh × $0.2945 | $229.71 / yr |
| Massachusetts, heat pump — 286 kWh × $0.2945 | $84.23 / yr |
| Massachusetts saving → payback on $500 premium | $145.48 / yr → 3.4 yrs |
| Idaho, resistance — 780 kWh × $0.1270 | $99.06 / yr |
| Idaho, heat pump — 286 kWh × $0.1270 | $36.32 / yr |
| Idaho saving → payback on $500 premium | $62.74 / yr → 8.0 yrs |
Your state isn't in the table? Multiply 780 kWh (resistance) or 286 kWh (heat pump) by your rate in the electricity cost calculator.
Why heat pump dryers will eat this category
A heat pump dryer recirculates the same warm air, using a heat exchanger to wring out moisture rather than venting hot air outdoors. Two consequences:
- 50-60% less electricity than resistance: the heat is moved, not generated.
- No exterior vent required: install anywhere with a 240V outlet (or 120V for compact models). Game-changer for apartments and second floors.
- Runs cooler and longer: ~90 minutes per load at 110-130 °F vs ~50 minutes at 150-170 °F for resistance. Gentler on clothes (less shrinkage, less pilling).
- More expensive upfront: $1,200-$1,800 vs $700-$1,100 for resistance.
Payback math: $138 − $45 = $93/yr saved. On a $500 premium ($1,500 heat pump vs $1,000 resistance, midpoints), that's about a 5.4-year payback on electricity alone. If you're replacing a 12-year-old broken resistance dryer anyway, the premium is the only number that matters and the math is essentially a "free upgrade".
Ways to cut dryer cost without replacing
- Clean the lint filter every load + the duct annually. Lint-clogged ducts add 15-30% to drying time.
- Use moisture sensing, not timed cycles. 95% of modern dryers sense — turn it on if you've been using timed.
- Skip dryer balls and "wrinkle release" settings. Marketing line items; energy waste.
- Air-dry heavier items (jeans, towels) and finish in dryer for 10 min. Cuts dryer time by 40%.
- Avoid running with 2 items. The drum heats regardless of load — fill it 75% full.
Five mistakes people make when running the dryer math
- Using the national average instead of your rate. $0.175/kWh describes almost nobody. At 12.35¢ (North Dakota) the resistance-to-heat-pump saving is $61/yr; at 46.62¢ (Hawaii) it's $230/yr. Every payback figure in this guide moves proportionally with your rate — the spread turns a 2-year payback into an 8-year one.
- Comparing the dollar figures on EnergyGuide labels. The yellow label's "$/yr" is computed at one assumed national rate. Ignore the dollars; take the label's kWh/yr and multiply by your own rate from your bill (total charges ÷ kWh used — that captures delivery fees the advertised supply rate hides).
- Assuming a longer cycle means more energy. A heat pump dryer runs ~90 minutes against ~50 for resistance, yet uses roughly a third of the electricity per load — 1.1 kWh vs 3.0 kWh. Energy is power × time, and the heat pump draws far less power for those extra minutes. Judge kWh per load, never minutes.
- Buying a plain condenser dryer thinking it's a heat pump. Both are ventless, and retailers blur them. A compact condenser without a heat pump uses ~2.4 kWh/cycle — more than double a heat pump's 1.0-1.2 kWh, and $109/yr vs $45-$55 at average rates. If the spec sheet doesn't say "heat pump", it isn't one.
- Doing the payback on the full price instead of the premium. If your dryer is dead, you're spending $1,000 on a resistance unit regardless. The only number the heat pump has to justify is the ~$500 difference — which the Massachusetts example above clears in 3.4 years, not the 10+ years you get by dividing $1,500 by the saving.
Is a heat pump dryer worth it for you?
Go heat pump if…
- Your old dryer just died — you compare only the ~$500 premium, not the full price.
- You run 5+ loads a week, so the ~$86/yr saving actually adds up.
- You have no exterior vent (apartment, second floor, interior laundry) — ventless installs anywhere with an outlet.
- You're electrifying the whole home and want to drop the gas line.
Stick with electric resistance (or gas) if…
- Your current dryer still works — replacing it means paying the full ~$1,500 price to save $86/yr, a ~17-year payback. The 5-6 year math only applies to the ~$500 premium when you're buying a dryer anyway.
- You dry only a couple of loads a week — the saving shrinks below ~$40/yr.
- You want the fastest cycle — heat pump runs ~90 min vs ~50 min for resistance.
- You already have cheap gas and a vented gas dryer at $86/yr — close to heat pump running cost without the upfront jump.
Frequently asked questions
How much does it cost to run a clothes dryer?
Electric resistance: $138/yr at US-average rates (260 cycles). Gas: $85. Heat pump: $45-$55.
Are heat pump dryers worth the higher price?
5-6 year payback on electricity alone if you'd be buying a dryer anyway. Worth it for new construction or whole-home electrification.
Is a clothesline really $140/yr cheaper than a dryer?
Yes for an electric household. The trade-off is the labor of hanging + taking down.
Which states pay the most to run a clothes dryer?
Hawaii, at 46.62¢/kWh (EIA residential rate), pays about $364/yr for a resistance dryer at 260 cycles — vs $96/yr in North Dakota at 12.35¢. Same machine, 3.8× difference. California ($275), Connecticut ($251), Massachusetts and New York ($230) follow.
How do I calculate my dryer's cost per load?
kWh per cycle × your rate. A resistance dryer uses ~3.0 kWh/cycle: $0.37/load at North Dakota's 12.35¢/kWh, $1.40 at Hawaii's 46.62¢. Get your true rate by dividing your bill's total charges by the kWh consumed.
Does a heat pump dryer pay back faster in expensive-electricity states?
Yes — the switch saves ~494 kWh/yr at 260 cycles. Hawaii: $230/yr, ~2.2-year payback on the $500 premium. Massachusetts: $145/yr, 3.4 years. Idaho: $63/yr, ~8 years — longer than many people keep a dryer.
Sources: ENERGY STAR dryer database (May 2026), DOE Appliance Energy Use Survey 2024, EIA fuel prices Feb 2026, EIA residential electricity rates by state (2026), Consumer Reports dryer testing 2025. Last reviewed July 16, 2026.