Energy Bill HQ
Heat pump planning calculator

Heat Pump Savings Estimator

Use this estimator to compare current annual heating and cooling costs with a heat pump upgrade scenario for a U.S. home.

U.S.-focused assumptionsEditable calculator inputsPlanning estimate only

Estimate annual cost reduction

Enter your zip code and current annual HVAC costs to generate an instant, automated heat pump savings estimate.

How this works

Once you enter your current annual heating and cooling cost, we automatically estimate the post-upgrade operating cost and a standard installation baseline. Add your zip code when you want localized context.

Live resultsZIP optional

Ready for your estimate

Enter your current annual heating and cooling cost to generate an estimate.

We will estimate a standard after-upgrade operating cost and install baseline as soon as you enter your current annual HVAC spend. Add your zip code when you want localized context.

Planning note

Enter your current annual heating and cooling cost first. Zip code is optional and only adds localized context to this simplified estimate.

Assumptions

What this estimate includes

  • Results are based on annual cost estimates, not a room-by-room HVAC load calculation.
  • Actual savings vary with climate, fuel type, insulation quality, and local utility rates.
  • The prior federal air-source heat pump credit applied to qualifying products purchased and installed from 2023 through 2025; current 2026 planning defaults federal heat pump credits to $0 unless you enter a confirmed incentive.
  • The model uses a basic recovery-timeline approach and does not include financing costs or maintenance changes.
  • We estimate a standard 40% efficiency improvement. Federal heat pump credits are not prefilled for current 2026 planning; enter a confirmed federal, state, utility, or installer incentive if it applies to your project.

Best fit

Who this calculator is for

  • Homeowners comparing current heating and cooling spend with a heat pump scenario.
  • People who want a first-pass payback estimate before requesting contractor bids.
  • Anyone pressure-testing whether confirmed rebates materially change the recovery time.

Key drivers

What drives the payback most

  • Current annual heating/cooling spend. Higher baseline costs create more room for savings.
  • After-upgrade annual cost. Climate, fuel type, insulation, and thermostat behavior all matter.
  • Net install cost after confirmed incentives. Rebates shorten payback only if they are truly available to you.

Limits

What this estimate does not include

  • It is not a Manual J load calculation or contractor proposal.
  • It does not model ductwork changes, panel upgrades, backup heat strategy, or maintenance.
  • It does not estimate comfort improvements or home-specific cold-weather performance.
  • Use the Solar Savings Calculator if your main question is bill reduction rather than HVAC replacement.
  • Review assumptions and sources before comparing contractor quotes or rebate offers.

Bid prep

Pressure-test a heat pump scenario before requesting bids

This estimator is strongest as a first-pass filter. It helps you decide whether the operating-cost side of a heat pump upgrade is promising enough to justify more detailed contractor conversations.

When savings can disappoint

Savings can disappoint when current gas costs are already low, insulation is weak, or electrical upgrades get folded into the install. A simple payback estimate cannot hide those tradeoffs for long.

Verify before bids

Bring your current annual HVAC spend, a realistic backup-heat plan, ductwork condition, panel capacity, and only rebates you have actually confirmed. That makes the first contractor conversation much more useful.

Keep reading when

If you are still deciding between keeping gas and switching to a heat pump, compare operating-cost logic first, then move to contractor sizing and home-specific load work.

Heat Pump vs Gas Furnace Cost CalculatorReview assumptions and sources