What Does It Cost to Run a Heat Pump in Texas?

This page estimates the energy-only cost to run a heat pump in Texas using a whole-house heat pump system, an average load of 3,000 watts, and a typical runtime of 8 hours/day.

Average wattage assumption
3,000 W
Typical usage assumption
8 hours/day
Estimated monthly electricity use
720.0 kWh
Estimated monthly cost
$113.98
Estimated yearly cost
$1386.71

Key metrics

MetricValue
Average wattage assumption3,000 W
Typical usage assumption8 hours/day
Estimated monthly electricity use720.0 kWh
Estimated monthly cost$113.98
Estimated yearly cost$1386.71

Heat Pump cost vs U.S. average

Texas average rate
15.83 ¢/kWh
Texas monthly cost
$113.98
U.S. monthly cost
$126.50
Monthly difference
-$12.53

At the statewide average residential rate, running a heat pump in Texas costs less per month by $12.53 than the same usage pattern priced at the current U.S. average electricity rate.

How much electricity does a heat pump use?

This estimate uses a typical wattage range of 1,000-5,000 W and a modeling assumption of 3,000 watts for 8 hours/day. Using the formula kWh = (watts × hours) / 1000, that works out to 24.0 kWh per day, 720.0 kWh per 30-day month, and 8760.0 kWh per year.

Heat pumps move heat rather than generating it, making them more efficient than resistance heating. Actual consumption varies widely with climate, home size, and system SEER/HSPF rating. In Texas, that energy is priced using the statewide residential average of 15.83 ¢/kWh, with a national benchmark of 17.57 ¢/kWh for comparison.

Heat Pump operating cost estimate in Texas

Time periodEnergy useCost
Per hour3.00 kWh$0.47
Per day24.0 kWh$3.80
Per month720.0 kWh$113.98
Per year8760.0 kWh$1386.71

These estimates isolate electricity usage only. Real utility bills can be higher because delivery charges, taxes, seasonal pricing, and fixed monthly fees are not included in this appliance model.

What changes the cost the most?

The biggest cost drivers for a heat pump are the local electricity rate and real-world usage intensity. For this appliance, the main swing factors are SEER/HSPF rating, climate zone, home square footage.

If your usage is lighter or heavier than the assumption on this page, the linked state calculator and usage-cost pages below are the fastest way to model a custom scenario with the same state electricity rate.

For calculator-focused intent, use the Heat Pump calculator in Texas to compare light, typical, and heavy usage profiles.

Comparison discovery pathways

Use the curated Energy Comparison Hub to move between appliance, state, and usage comparison routes without changing canonical ownership for appliance cost intent.

Rollout-enabled city context in Texas

These city pages provide supplemental local context for this same appliance usage profile. City values are deterministic estimates and remain secondary to the canonical appliance-state route.

CityCity rateMonthly estimateYearly estimateCity route
Houston15.60 ¢/kWh$112.32$1347.84City electricity context
San Antonio16.50 ¢/kWh$118.80$1425.60City electricity context
Dallas16.50 ¢/kWh$118.80$1425.60City electricity context
Austin16.20 ¢/kWh$116.64$1399.68City electricity context
Fort Worth16.30 ¢/kWh$117.36$1408.32City electricity context
El Paso15.90 ¢/kWh$114.48$1373.76City electricity context

City pages are authority/context routes and not appliance-by-city canonical pages. Appliance cost intent remains canonical at this state-level route.

Related appliance cost pages for Texas

State cost and bill pathways for Texas

Historical and trend pages

Fixed-usage and calculator pathways

Appliance and estimator pathways

State comparison pathways for Texas

Discovery and navigation hubs

Consumer electricity drivers

Source & Method

Source: U.S. Energy Information Administration (EIA) Retail Sales of Electricity. Last dataset period: February 2026. Costs are energy-only estimates and exclude delivery charges, taxes, and fixed utility fees.

Disclaimers