Gas vs Electric Dryer in Texas: Which Costs Less in 2026?

An electric dryer uses a 240-volt circuit and one or two resistive heating elements to generate heat. Everything, the motor, the controls, the heat, runs on electricity. A gas dryer uses a 120-volt circuit for the motor and controls but burns natural gas (or propane) to produce the heat that dries the clothes. Both types vent humid air through a duct to the outside.

The practical split: gas dryers heat up faster and typically complete a cycle in less time than comparable electric models. Heat-pump electric dryers are a newer category that recycles warm air instead of exhausting it, making them significantly more efficient than standard electric models, though they carry a higher purchase price.

This is one of the most common questions renters and new homeowners ask, and the answer is straightforward once you know where to look.

Check the plug and outlet. An electric dryer uses a large, three- or four-prong 240-volt outlet, noticeably bigger than a standard wall outlet. If the cord is thick and the outlet is oversized, you have an electric dryer.

Look for a gas line. A gas dryer will have a flexible metal connector running from the back of the unit to a capped shutoff valve on the wall. If you see that pipe, it is a gas dryer. The unit will also have a smaller, standard 120-volt plug for the controls.

Read the label inside the door frame. Every dryer sold in the United States carries a data plate near the door opening that lists the energy source, model number, and wattage or BTU rating. This is the fastest confirmation.

Check the manual or model number. A quick search of the model number online will confirm fuel type in seconds if the label is worn.

Texas homes vary widely. Suburban developments in the Dallas-Fort Worth area served by Oncor often have both a 240-volt outlet and a gas stub in the laundry room, giving homeowners a genuine choice. Apartments and older homes in some parts of the CenterPoint or AEP Texas service territories may have only one option roughed in.

Electric dryer requirements: A dedicated 240-volt, 30-amp circuit with the correct outlet. If your home does not have one, an electrician must run a new circuit from the panel, which adds an upfront cost.

Gas dryer requirements: A natural gas line with a shutoff valve at the dryer location, plus a 120-volt standard outlet for the controls, plus an exterior vent duct. If no gas line exists, running one is a project for a licensed plumber or gas fitter.

Before buying either appliance, confirm what your laundry room actually has. Retrofit costs can exceed the price difference between the two dryer types.

This is where Texas's deregulated electricity market becomes central to the decision.

As of August 2026, the median all-in electricity rate in the Oncor (Dallas-area) territory is roughly 15.9 cents per kilowatt-hour, and the lowest advertised rate among active plans dips to around 6.8 cents per kilowatt-hour. That spread is enormous. A household running the same electric dryer on the median plan versus the lowest available plan could see dramatically different annual costs, without changing the appliance at all.

A standard electric dryer draws roughly 5 kWh per load. At 15.9 cents/kWh, that is about 80 cents per load. At 6.8 cents/kWh, the same load drops to about 34 cents. Run five loads a week and the annual difference between those two rate scenarios is meaningful by any household budget standard.

Natural gas prices are set by a separate commodity market and billed through your local distribution company, not your REP. Gas dryers typically use less energy cost per load than electric dryers at median electricity rates, which is why they have traditionally been seen as cheaper to operate. But that advantage narrows or disappears when a Texas household shops for and locks in a low electricity rate.

The honest answer: if your current electricity plan is at or above the statewide median, a gas dryer will likely cost less to run. If you switch to a competitive plan closer to the low end of the market, the gap shrinks substantially. The right first step is checking your current rate on your Electricity Facts Label (EFL) and comparing it against live plans at ElectricRates.org's Texas page or at powertochoose.org.

Every retail electricity plan in Texas comes with an Electricity Facts Label, a standardized document required by the Public Utility Commission of Texas (PUCT). The EFL lists the all-in price at three usage levels: 500, 1,000, and 2,000 kWh per month. These are called kWh-tier prices.

This matters for dryer owners because many Texas plans use tiered or bill-credit structures that make the effective rate at 1,000 kWh very different from the rate at 500 kWh. A household that runs an electric dryer heavily enough to push monthly consumption from 900 to 1,100 kWh might cross into a more favorable or less favorable pricing tier depending on the plan.

Before calculating dryer running costs, pull your EFL from your current REP and identify which tier you actually land in. The EFL is the authoritative document, not the advertised headline rate. Your REP is required to provide it, and you can also find plan EFLs on powertochoose.org.

Yes, and in Texas it is unusually easy to do. Switching REPs does not affect delivery of your power. The local Transmission and Distribution Utility (TDU), such as Oncor in the Dallas area, CenterPoint in Houston, AEP Texas in West Texas and the Coastal Bend, or TNMP in parts of North Central Texas, the Gulf Coast, and far West Texas, continues to own and maintain the wires regardless of which REP you choose. TDU delivery fees are pass-through costs that appear on every plan's EFL, so the comparison you are really making is on the energy supply portion.

The PUCT created powertochoose.org specifically to give Texas residents a neutral place to compare plans side by side. Filtering by your zip code, your expected monthly usage, and contract length gives a fast view of what is available. For a broader look at live rates across TDU territories, ElectricRates.org's Texas section aggregates current offers and updates frequently.

A household that drops its electricity rate by even a few cents per kWh can recover a meaningful portion of any electric dryer operating cost premium over gas.

Cost per load is important, but it is not the whole picture.

Purchase price: Electric dryers are generally less expensive to buy than equivalent gas models. That upfront savings can offset months or years of slightly higher operating costs.

Installation: If you need to add a gas line or a 240-volt circuit, add those contractor costs to your total before deciding.

Safety and maintenance: Gas appliances require proper venting and periodic inspection of the gas connection. Electric dryers eliminate gas leak risk but still require a clean lint trap and vent duct to avoid fire hazard.

Home resale and rentals: In Texas markets, both types are common. If you own the property, consider which type future buyers or tenants are most likely to expect in your specific area.

Heat-pump dryers: If efficiency is the priority and you are committed to electric, a heat-pump model uses around 70% less electricity than a standard electric dryer. The higher purchase price takes time to recoup, but it changes the operating cost math significantly, especially at median Texas electricity rates.

Lease restrictions: Apartment renters often cannot add a gas line or upgrade a circuit. Work with what the unit already has.

Gas dryers have historically been cheaper to operate, and at the current Texas median electricity rate of 15.9 cents per kWh (August 2026), that advantage still holds in most scenarios. But Texas is one of the few states where a resident can meaningfully change that equation by shopping for a better electricity plan rather than a different appliance.

Start by reading your current EFL to find your actual per-kWh rate. Then compare active plans on powertochoose.org or at ElectricRates.org for live, zip-code-specific results. The lowest available rate in the Oncor territory as of August 2026 is around 6.8 cents per kWh across 123 active plans. That is less than half the median. For an electric dryer household, that difference matters every week.