A tumble dryer typically costs about $0.25-$1.10 per load to run in the United States, depending on whether it uses gas, standard electric heat, or heat-pump technology. Electricity and gas rates, load size, cycle choice, and dryer condition determine the bill; a household drying five loads a week may spend roughly $65-$285 a year.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Electric dryer, per load | $0.35 | $0.65 | $1.10 | About 2.5-6 kWh per load; local electricity rates vary |
| Gas dryer, per load | $0.20 | $0.35 | $0.60 | Gas plus electricity for the motor and controls |
| Heat-pump dryer, per load | $0.20 | $0.35 | $0.60 | Often uses 1.5-3 kWh, with longer cycles |
| Electric dryer, 250 loads a year | $88 | $163 | $275 | Annual energy cost only |
What a standard dryer costs per load and per year
For a conventional electric dryer, a practical estimate is $0.35-$1.10 per load, with about $0.65 a reasonable midpoint. That midpoint assumes a roughly 4-kWh cycle and electricity priced near $0.16 per kWh. At 250 loads annually, the estimated electricity expense is about $88-$275, or around $163 at the midpoint.
Gas dryers commonly cost $0.20-$0.60 per load to operate, averaging around $0.35 under moderate gas and electricity prices. Their burners use natural gas, while the drum, fan, and controls still draw electricity. At 250 loads, that works out to approximately $50-$150 per year. Heat-pump models often land in a similar range, depending on the local electricity price and cycle length.
For a quick household budget, use about $160 per year for a standard electric dryer or $90 for a gas dryer at 250 loads. Actual use can fall below those estimates with a high-efficiency model, smaller loads, or a low utility rate, and exceed them with heavy use or expensive power.
Assumptions: 250 loads per year, ordinary household loads, no unusual vent or repair problems, and approximate U.S. residential energy rates.
How electricity, gas, and cycle time shape each charge
The energy cost is the main part of a dryer’s running expense. For an electric model, estimate usage by multiplying the cycle’s kilowatt-hours by the electricity rate. A 4-kWh cycle at $0.16 per kWh costs $0.64. A household’s bill may include delivery charges or time-of-use pricing, so the rate on the utility bill may differ from a headline supply rate.
| Cost component | Typical use per load | Low charge | Average charge | High charge |
|---|---|---|---|---|
| Electric heating and motor | 2.5-6 kWh | $0.35 | $0.65 | $1.10 |
| Gas heat | 20,000-30,000 BTU | $0.10 | $0.22 | $0.40 |
| Gas dryer electricity | 0.2-0.5 kWh | $0.03 | $0.08 | $0.15 |
| Heat-pump electricity | 1.5-3 kWh | $0.20 | $0.40 | $0.60 |
These are indicative energy charges, not fixed national prices. Gas usage is billed in therms or another local unit, and conversion from BTUs is approximate. A gas dryer’s total per-load cost combines gas and electricity; a heat-pump dryer uses no gas but may take longer to finish.
Compare the dryer’s measured energy use with the rates on the household utility bill, rather than relying on the appliance type alone. An energy monitor or manufacturer’s energy label can help estimate consumption, though actual loads and settings affect the result.
How load size, heat setting, and utility rates change the bill
Electricity price is a major variable: at $0.12 per kWh, a 4-kWh load costs $0.48, while at $0.30 per kWh it costs $1.20. A dryer in a high-rate area can therefore cost more to operate even if it uses the same amount of energy as an identical model elsewhere. Time-of-use plans may also make off-peak drying less expensive.
Load size and moisture matter too. A loosely filled, well-spun load may dry efficiently, while a packed drum can restrict airflow and leave clothes damp. Washer spin speed is another factor: clothes spun at 1,200 rpm generally carry less water into the dryer than clothes spun at 800 rpm. The difference varies by washer and fabric, but less remaining moisture usually means a shorter dryer cycle.
Cycle selection changes the estimate. A sensor-dry cycle that stops when clothes reach the selected dryness can use less energy than a long timed cycle. High heat may shorten some cycles but is not suitable for every fabric. A bulky comforter, towels, or a second cycle for damp clothes can use substantially more energy than a regular mixed load.
A 4-kWh load costs $0.48-$1.20 when electricity is $0.12-$0.30 per kWh, before any account-level charges. For gas models, local gas prices matter alongside the electricity used by the dryer’s motor and controls.
Lower dryer running costs through settings and airflow
Use the washer’s highest suitable spin setting to remove more water before drying, and choose a load size that allows clothes to tumble freely. Separate heavy items from lightweight garments so one thick towel does not keep the whole load running after shirts are dry. Clean the lint screen after each load; a clogged screen can restrict airflow and lengthen drying time.
Choose sensor dry or an appropriate automatic cycle rather than repeatedly running a fixed long cycle. Remove clothes when they are dry instead of adding extra minutes “just in case.” If the dryer has an eco or low-heat setting, it may use less energy but take longer; the net savings depend on the model and whether the cycle finishes without a second run.
Check the outside vent for lint buildup and crushed or overly long ducting. Poor exhaust airflow can increase drying time and create a safety concern. A household should follow the manufacturer’s cleaning instructions and arrange vent cleaning when buildup or slow drying indicates it is needed. Avoid drying small loads if the appliance’s manual recommends a minimum, but do not overfill it to reduce the number of cycles.
Cutting even 1 kWh from each of 250 electric-dryer loads saves about $40-$75 a year at $0.16-$0.30 per kWh. Savings will be smaller for a gas dryer if the change reduces only its modest electricity use.
Electric, gas, and heat-pump dryer running costs compared
Conventional electric dryers are common and simple to price: multiply kilowatt-hours by the electricity rate. Typical use is roughly 2.5-6 kWh per load, with larger or longer cycles at the upper end. At $0.16 per kWh, that equals about $0.40-$0.96 per load. Some models or loads fall outside this range.
Gas dryers use a gas burner for heat and electricity for operation. A typical load may consume around 20,000-30,000 BTU of gas plus 0.2-0.5 kWh of electricity. With moderate utility rates, total energy cost is often $0.20-$0.60 per load. Actual savings compared with electric depend on the local gas-to-electricity price difference, not simply on the fuel type.
Heat-pump dryers recycle heat and often use approximately 1.5-3 kWh per load, making them an option for reducing electricity use where standard electric rates are high. A typical operating estimate is $0.20-$0.60 per load. These units may take longer than conventional dryers, and their purchase price and service requirements affect total ownership cost, even though this comparison covers energy to run them.
At the same local energy rates, heat-pump models generally use less electricity per load than conventional electric dryers; gas models may have a lower bill where gas is relatively inexpensive. A fair comparison uses annual loads, local utility rates, and the energy figures for the specific models.
Three household laundry examples with annual totals
The following examples use approximate rates and ordinary loads. They exclude the dryer purchase, installation, service, and fixed utility fees. Actual annual totals change with load count, fabric mix, and cycle duration.
| Household scenario | Assumed use | Per-load estimate | Annual energy cost |
|---|---|---|---|
| Apartment, electric dryer | 3 loads weekly, 156 yearly; 3.5 kWh at $0.16/kWh | $0.56 | About $87 |
| Family, electric dryer | 7 loads weekly, 364 yearly; 4.5 kWh at $0.20/kWh | $0.90 | About $328 |
| Household, gas dryer | 5 loads weekly, 260 yearly; gas plus motor electricity | $0.35 | About $91 |
In the apartment example, reducing use by one load per week saves about $29 per year at the assumed rate. For the family, dropping the average cycle from 4.5 kWh to 3.5 kWh would save about $73 annually at $0.20 per kWh. These examples show why both usage and the local electricity price belong in a cost estimate.
Annual expense is simply cost per load multiplied by loads per year. If a household uses 10 loads weekly, an electric dryer costing $0.65 per load would run about $338 per year at 520 loads.
When lint, vent length, or repairs raise energy use
Long or obstructed exhaust ducts can slow drying because moist air cannot leave the appliance efficiently. The dryer’s installation manual specifies acceptable duct materials and maximum vent length, often with a reduced allowance for each elbow. A route with multiple bends or a long run may need a different design; the exact limit depends on the model.
Lint accumulation on the screen, in the duct, or around the exhaust can lead to longer cycles. If a normal load takes much longer than it used to, check the lint screen and accessible vent path, then consult the manual or a qualified technician. Repeated cycles for damp laundry raise energy use and may point to an airflow problem, a worn component, or an unsuitable load size.
For a rough cost effect, an extra 1 kWh on every electric load adds $0.16 at a $0.16-per-kWh rate. At 300 loads a year, that is $48. If a fault adds 2 kWh per load, the added expense is about $96 annually at that rate. Gas models may also consume more fuel when drying takes longer, though the added cost depends on burner operation.
A small per-cycle inefficiency becomes noticeable when the dryer runs several hundred loads a year. If basic cleaning does not restore normal drying time, a repair estimate can be compared with the continuing cost of extra energy and repeat cycles.
Dryer schedules and utility plans that affect price
Dryer use usually has no seasonal fuel surcharge of its own, but household electricity rates may change by season or time of day. On a time-of-use plan, a load run during a peak period can cost more than the same load overnight or during an off-peak window. The difference depends on the utility’s schedule and the household’s plan.
For example, a 4-kWh cycle costs $0.48 at a $0.12-per-kWh off-peak rate and $1.20 at a $0.30 peak rate. A household that can safely delay laundry may reduce the energy charge, but should check whether the plan includes peak demand fees or other charges that change the calculation.
Gas prices can also vary by utility and season, while fixed monthly service fees may remain even when a gas dryer is used less. Those fixed charges are not usually caused by the dryer alone, so they should not be counted as a per-load operating expense unless comparing the cost of adding a gas connection specifically for the appliance.
Use the marginal rate for the hour the dryer runs when the utility plan has time-based pricing. A bill’s total divided by total household usage gives an average rate, which may be less accurate for a particular cycle.