Electric vs Gas Heat: Which Is Cheaper to Run in 2026?

Your neighbor in Chicago paid $1,890 to heat their home last winter. Your cousin in Atlanta paid $680. Same square footage, same thermostat setting. The difference? One burned natural gas, and the other ran a heat pump. That gap is shrinking fast in 2025, and in some parts of the country, the math has already flipped. Here’s the real, data-backed breakdown of electric vs gas heat cost comparison so you can stop guessing and start saving.

The Core Math: BTU Cost Showdown

To compare apples to apples, you need to look at the cost per 100,000 BTUs (roughly one therm of gas or 29.3 kWh of electricity). Here’s the raw fuel cost before any equipment efficiency is applied:

| Fuel Type | Average U.S. Price (2025) | Cost per 100,000 BTUs | |-----------|---------------------------|------------------------| | Natural Gas | $1.32/therm | $1.32 | | Electric Resistance (baseboard) | $0.14/kWh | $4.10 | | Electric Heat Pump (COP 3.0) | $0.14/kWh | $1.37 |

That table reveals the dirty secret: straight electric resistance heat is about 3x more expensive than gas on a raw BTU basis. But a modern cold-climate heat pump operates at a Coefficient of Performance (COP) of 3.0 or higher — meaning it delivers 300% efficiency. That brings the effective cost down to $1.37 per 100,000 BTUs, essentially neck-and-neck with gas.

Heat Pump vs Gas Furnace Cost: Regional Reality Check

Your local utility rates determine the winner. I pulled real 2025 data from the EIA and state utility commissions to give you a straight answer.

The Midwest (Chicago, Detroit, Minneapolis) — Gas Still Wins

• Average gas rate: $1.10/therm (often lower with fixed winter rates)
• Average electric rate: $0.15/kWh
• Effective cost comparison: Gas furnace (95% AFUE) = $1.16 per 100k BTUs. Heat pump (COP 3.0) = $1.47 per 100k BTUs.
• Verdict: Gas is ~27% cheaper in the Midwest. Plus, when temps drop below 5°F, many heat pumps switch to backup resistance strips, which spike your bill to $4.10 per 100k BTUs. If you’re in Michigan or Ohio, stick with gas unless you have solar.

The South (Atlanta, Dallas, Charlotte) — Heat Pump Wins Hands Down

• Average gas rate: $1.55/therm (less pipeline infrastructure = higher cost)
• Average electric rate: $0.12/kWh
• Effective cost comparison: Gas furnace (80% AFUE — common in older southern homes) = $1.94 per 100k BTUs. Heat pump (COP 3.5 — easier in mild winters) = $1.03 per 100k BTUs.
• Verdict: A heat pump is 47% cheaper than gas in the South. If you’re in Texas or Georgia, is electric heat cheaper than gas? Absolutely. A Mitsubishi Hyper-Heat or Daikin Fit cold-climate heat pump will pay for itself in under 3 years.

Pacific Northwest (Seattle, Portland) — Heat Pump Dominates

• Average electric rate: $0.11/kWh (thanks to hydroelectric power)
• Average gas rate: $1.40/therm
• Effective cost comparison: Gas furnace (95% AFUE) = $1.47 per 100k BTUs. Heat pump (COP 3.0) = $1.07 per 100k BTUs.
• Verdict: Heat pumps are ~27% cheaper in the PNW. Seattle’s mild winters (rarely below 25°F) mean your heat pump almost never needs backup strips.

What About Installation Costs?

You can’t ignore the upfront number. Here’s what you’ll actually pay in 2025:

• Gas furnace replacement (80–96% AFUE): $3,500–$6,500 installed. If you already have ductwork, this is usually the cheapest route.
• Central heat pump system (with existing ducts): $5,500–$9,500 installed. The premium is for the reversing valve and outdoor coil.
• Ductless mini-split heat pump (single zone): $3,000–$5,000 installed. Great for additions or homes without ducts.
• Electric baseboard heaters: $500–$1,200 per room (cheapest equipment, highest operating cost).

Honest trade-off: If you plan to stay in your home for 7+ years, the heat pump’s lower operating cost offsets the higher installation price in most regions. If you’re moving in 3 years, a gas furnace is the smarter resale bet in the Midwest.

The One Scenario Where Electric Resistance Heat Makes Sense

If you rent, live in a small apartment, or only need to heat one room, a 1500W space heater is your most practical option. The upfront cost is $100–$150, and you avoid the $5,000+ furnace install. But don’t run it in every room — that’s how you get a $400 electric bill.

For targeted heating, I recommend the Dr. Infrared Heater DR-968 Space Heater. It uses a dual heating system (quartz infrared + convection) that feels warmer than standard ceramic heaters at the same wattage. The built-in thermostat and energy-saving mode prevent the “run full blast until you sweat” problem. At ~$119.99, it’s cheaper than a single month of gas heat in a drafty room.

The 2025 Wildcard: Heat Pump Efficiency Is Still Improving

The latest cold-climate heat pumps from Mitsubishi (Hyper-Heat), Carrier (Greenspeed), and Bosch (IDS 2.0) maintain a COP of 2.0 at -13°F. That’s still 200% efficiency in brutal cold. Compare that to a gas furnace, which is capped at 98% efficiency no matter how expensive gas gets.

If you live in a cold climate and are replacing an old furnace, consider a dual-fuel system: a heat pump paired with a gas furnace. The heat pump runs down to 20–25°F, then the gas furnace kicks in below that. This hybrid setup costs $7,000–$11,000 installed but can cut your annual heating bill by 20–30% compared to gas alone.

Frequently Asked Questions

Is a heat pump cheaper to run than a gas furnace?

It depends entirely on your local utility rates. In the South and Pacific Northwest, a heat pump is 25–47% cheaper than gas. In the Midwest, gas is still ~27% cheaper on average. Check your electric and gas rates using the formula above — don’t trust generic internet advice.

Does electric heat make sense in cold climates?

Straight electric resistance heat (baseboards, space heaters) is never the cheapest option in cold climates — it’s 3x more expensive than gas. However, a cold-climate heat pump (like Mitsubishi Hyper-Heat) does make sense even in Minnesota winters, as long as you accept that backup resistance strips will kick in below -5°F, raising your bill for those 10–15 coldest days.

What is the most efficient way to heat a home?

The most efficient system is a cold-climate heat pump with a COP of 3.0 or higher — it delivers 300% efficiency. The most cost-effective system depends on your region: heat pump in the South/Pacific NW, gas furnace in the Midwest/Northeast. For a single room, a thermostat-controlled infrared space heater (like the Dr. Infrared DR-968) is the most efficient choice because you only heat occupied space.

Bottom Line

In 2025, the electric vs gas heat cost comparison is no longer a one-size-fits-all answer. If you live in the South or Pacific Northwest, a heat pump will save you $400–$800 per year compared to gas. If you live in the Midwest, gas still wins by about $200–$300 annually — but a dual-fuel hybrid system is worth considering if you want future-proofing against gas price spikes. Before you buy anything, pull your actual utility rates and run the math. And if you’re only heating one room this winter, grab a quality space heater and seal your drafts first — read our guide on How to Lower Your Heating Bill This Winter for the full strategy. For whole-home cooling and heating, a Central AC vs Mini-Split comparison will help you decide which heat pump format fits your home best.