The choice between gas and electric dryer used to be straightforward: pick gas if your home has a gas line in the laundry room, pick electric otherwise. In 2026, two things have changed that calculation. First, residential electricity rates have risen faster than natural gas rates in most of North America, widening the operating cost gap in favor of gas. Second, the rapid maturation of heat pump electric dryers has created a third option that beats both standard electric and gas on operating cost, though at a higher purchase price and longer cycle time.
This article walks through the actual cost difference, install requirements, performance comparison, and the decision framework for which one fits your situation in 2026.
Operating cost: gas wins on raw numbers, heat pump wins overall
A standard electric dryer on a 240V circuit pulls 5,000 to 5,800 watts during the heating phase, plus 250 to 400 watts for the motor and drum drive. A typical cycle of 45 minutes uses 3.5 to 4.2 kWh of electricity. At the U.S. national average residential rate of $0.16 to $0.18 per kWh in 2026, that is $0.56 to $0.76 per cycle.
A gas dryer uses electricity only for the motor, controls, and igniter (300 to 450 watts total). The heat comes from a natural gas burner producing 20,000 to 25,000 BTUs. Per cycle, the gas dryer uses 0.3 kWh of electricity ($0.05) plus 0.15 to 0.20 therms of natural gas ($0.20 to $0.30 at average rates). Total cost per cycle: $0.25 to $0.35.
Across 300 loads per year (typical family of four), gas saves $90 to $130 annually over standard electric.
Heat pump electric dryers operate differently. Instead of generating heat with a high-wattage element, they use a refrigerant cycle to move heat from the air, dehumidify the air, and reheat it. Total electricity per cycle is 1.0 to 1.5 kWh, costing $0.16 to $0.27 per cycle. Across 300 loads per year, a heat pump dryer is cheaper than gas by $20 to $40 annually and cheaper than standard electric by $120 to $150 annually.
Install requirements and one-time cost
A standard electric dryer requires a 240V, 30-amp dedicated circuit with a NEMA 14-30 outlet (4-prong, current code) or NEMA 10-30 (3-prong, older homes). If the home does not have one, install cost runs $250 to $600 depending on panel proximity and wiring distance.
A gas dryer requires a 120V, 15-amp standard outlet plus a 1/2 inch natural gas line with a shutoff valve. If the home does not have a gas line in the laundry room, extending from a nearby gas appliance (water heater, furnace) costs $200 to $500. Running a new line from the meter costs $800 to $1,800. Some jurisdictions require a permit and inspection ($75 to $200).
Both gas and electric dryers also require a 4-inch vent line to the outside (with the exception of ventless heat pump and condenser dryers, which need no vent). If a vent does not exist, installing one through a wall or roof costs $150 to $400.
For new builds, gas hookup is usually planned upfront and the cost is negligible. For retrofit installs in homes without gas, the one-time install premium for gas often exceeds the 5-to-8 year operating cost savings.
Heat pump dryers: the third option
Heat pump dryers have grown from a niche European product in 2018 to a mainstream option in 2026. The major brands (LG, Samsung, Miele, Bosch, GE) all offer heat pump models, and incentive programs in many states cover $200 to $500 of the purchase price.
Operating advantages: 50 to 60 percent less electricity than standard electric, gentler on fabrics (heat output peaks at 140F vs 160F to 180F on standard electric), and ventless operation (no vent required, can install in interior closets or condos with no exterior wall).
Operating disadvantages: cycle time is 30 to 60 percent longer (a 45-minute electric cycle becomes 60 to 75 minutes on a heat pump). The heat pump compressor adds noise (4 to 6 dB above a standard electric dryer). The condensate pan or drain hose requires occasional cleaning.
Purchase price premium: $400 to $900 over an equivalent standard electric dryer. ENERGY STAR Most Efficient certification on most heat pump models. For households running 4+ loads per week, the operating cost savings pay back the premium in 4 to 7 years.
See our dedicated heat pump dryer vs vented article for a deeper comparison of the heat pump option against standard vented dryers.
Lifespan and reliability
Average residential dryer lifespan in 2026:
- Standard electric dryer: 12 to 16 years
- Gas dryer: 11 to 14 years
- Heat pump dryer: 10 to 14 years (newer technology, less long-term data)
The gas dryer has a slightly shorter lifespan because the gas burner assembly, igniter, and gas valve are additional failure points not present in electric models. Igniter replacement is the most common gas dryer repair, running $150 to $250 in service cost. Standard electric dryers have a simpler failure profile (heating element, thermostat, motor, drum belt).
Heat pump dryers add a refrigerant compressor and dual heat exchangers, which are new failure modes for a residential dryer. The 2026 data is incomplete but service rates at year 5 are roughly equal between heat pump and standard electric.
Drying performance: how the clothes actually come out
Gas dryers produce slightly hotter air than electric dryers (peak air temperature 160F to 180F vs 150F to 170F on standard electric). The higher heat dries clothes 5 to 10 minutes faster but is more aggressive on heat-sensitive fabrics. Athletic wear, elastic waistbands, and printed graphics last fewer cycles in a gas dryer than in an electric or heat pump dryer.
Heat pump dryers run coolest (peak 130F to 140F). This is gentlest on fabrics but extends cycle time. Most heat pump dryers add a moisture sensor in the drum to detect when the load is dry, which avoids over-drying and reduces fabric wear.
For households with a lot of synthetic athleisure, sports gear, or screen-printed clothing, heat pump is the most fabric-friendly option. For households with mostly cotton and denim, gas or standard electric is fine.
Decision framework for 2026
If your laundry room has a gas line and a 4-inch vent: buy a gas dryer. The lower operating cost over 10+ years pays back the small price premium.
If your laundry room has only a 240V electric outlet and a vent: buy a standard electric dryer if budget is tight or a heat pump electric dryer if you can afford the $400 to $900 premium and run 4+ loads per week.
If your laundry room has no vent line: buy a heat pump dryer (ventless operation). This is the only practical option for interior condos and apartments without exterior wall access.
If you are building new or remodeling: install both a gas line and a 240V outlet so the future owner has flexibility. The marginal cost of dual hookup during construction is $300 to $600.
For dryer maintenance specifics, see our dryer lint vent fire prevention article. For the methodology behind the operating cost figures in this article, see the methodology page. For ventless options, see heat pump dryer vs vented.
Frequently asked questions
Is a gas dryer really cheaper to run than electric?+
In most of North America in 2026, yes. The average gas dryer uses 20,000 to 25,000 BTUs per cycle, which equates to roughly $0.18 to $0.32 in natural gas cost. An electric dryer on a 240V circuit uses 3.0 to 4.5 kWh per cycle, which equates to $0.42 to $0.68 at average residential rates. Over 300 loads per year (a family of four average), the gas dryer saves $70 to $110 annually. Heat pump electric dryers narrow this gap significantly (see the heat pump section below).
What does it actually cost to add a gas line for a dryer?+
If you already have a gas line in or near the laundry room (common in homes built post-1985 with gas water heaters or gas furnaces), the cost to extend the line is $200 to $500. If you need to run a new line from the meter, expect $800 to $1,800 depending on distance and routing. A 240V electric outlet for a new dryer costs $250 to $600 to install. The crossover point: if running gas costs more than $600 over the electric outlet cost, electric is cheaper to install. Past that, gas pays back over 5 to 8 years of operation.
Do gas dryers dry faster than electric?+
Slightly. A gas dryer produces 20,000 to 25,000 BTUs of heat, which equates to about 6,000 to 7,300 watts of effective heat output. A 240V electric dryer produces 5,000 to 5,800 watts. The 15 to 25 percent heat advantage means gas dryers finish a typical load 5 to 10 minutes faster than equivalent-spec electric dryers. The difference is small in practice and most households would not notice.
Is a heat pump dryer worth the price premium?+
Yes for many households in 2026. A heat pump dryer uses 1.0 to 1.5 kWh per cycle (vs 3.0 to 4.5 kWh for a standard electric dryer), which translates to $0.14 to $0.22 per cycle in electricity. That makes a heat pump dryer cheaper to operate than a gas dryer in most regions and dramatically cheaper than a standard electric dryer. The catch is a $400 to $900 upfront premium and a 30 to 60 percent longer cycle time.
Can I convert a gas dryer to electric or vice versa?+
No. Gas dryers and electric dryers use different internal components (heating element vs gas burner, different control boards, different vent designs in some models). You cannot convert one to the other. If you have a gas dryer and move to a home without gas, you need to buy a new electric dryer. Some dual-fuel models exist in commercial laundromats but not in residential.
