Heat Pump Installation Cost: 2026 Prices by System Type

Ask five people what a heat pump costs to install and you'll get five numbers that don't overlap. The cheapest credible figure we found this month was $3,250 for a single mini-split zone; the most expensive was $32,500 for a cold-climate ducted system in Denver. The first is a survey average and the second is the top of a contractor's published price range; both point at what the market actually charges, not itemized invoices. The trick isn't finding the number, it's finding which number describes your house.

Here is the short version, and the table under it goes into detail. For a ducted central air-source heat pump in 2026, Consumer Reports' consumer-collected data puts the national median at $12,200 (July 2026, drawn from 1,393 zip codes, 760 counties, and all 50 states). A basic like-for-like equipment swap in a house that already has working ducts, adequate electrical service, and a simple retrofit sits in the $6,000–$8,000 band. A whole-home project with new ductwork, a panel upgrade, and a cold-climate machine runs into the $20,000s. That isn't a broken market; it's three different products wearing one name.

Two things in this guide aren't in most of the other guides ranking above us. The first is the refrigerant transition: since January 1, 2026, every new residential heat pump installed in the country uses a new low-GWP refrigerant, and that has a price attached. The second is the tax credit. There is no federal tax credit for a heat pump installed in 2026 — not for air-source, not for geothermal — and a surprising number of widely-read cost pages still promise one. Our heat pump guides cover the rest of ownership; the maintenance side is its own guide, linked near the bottom.

What a Heat Pump Costs to Install in 2026

Every figure below comes from a source we pulled live on September 20, 2026. The source-type column is not decoration: a manufacturer's range, a survey of homeowners, and a nonprofit's model answer three different questions, and mixing them into one average produces a number that describes nobody.

If you want one number to budget against, use Consumer Reports' $12,200. It is the only figure in that table assembled from what actual consumers across all 50 states paid for a real install, rather than from one contractor's price book, one vendor's range, or one model's assumptions. Then hold it loosely, because the next two sections explain why your quote may legitimately land far from it.

Why the Range Runs From $6K to $30K

The low anchors — the $3,000–$8,000 figures — are equipment swaps. Ducts already exist and are usable. Electrical service is adequate. The new outdoor unit matches the old indoor unit, the lines can be reused, the roofline cooperates. Homewyse's $6,638–$7,837 is exactly this kind of number, and note what its calculator leaves out: ductwork, electrical, and permits. Read that figure without the exclusions and you'll be surprised twice.

The high anchors — $17,000 to $30,000 and up — are whole-home projects. New ductwork in a house that never had any. A panel that has to grow. A cold-climate machine specified for a heating-dominated climate, with a bigger compressor and a bigger price. Rewiring America's modeled $17,000–$23,000 for a 1,500–2,500 sq ft home lives in that world, which is why it reads so much higher than a swap quote you may have gotten.

Three patterns in the Consumer Reports data tell you which side of the line you're on:

• Where you live. CR's state medians run from $4,500 in Wisconsin to $18,000 in Connecticut and Massachusetts. A four-to-one spread on the same category of equipment is labor and market, not hardware.
• How old your house is. CR found installation cost about $3,500 more in a home built before 1970 than after. Old houses fight you, and the fight is billable.
• How big your house is. CR: for every additional 100 square feet, install cost rose roughly $670.

This Old House's 2026 survey adds a labor line most people don't ask about: 58% of homeowners who replaced a heat pump reported paying $150 or more per hour for installation labor. And an NREL release puts a reason on it — installers who lack heat pump experience "may also charge higher prices to cover the hassle and risk of working with unfamiliar equipment and sizing procedures." Hiring for heat pump experience isn't a preference, it's a price lever.

What capacity costs, from one real price book

UniColorado's Denver price book is the most transparent contractor data we found this run. Gross prices, before rebates, 2026:

Notice how little the tonnage moves the total — roughly $2,000–$4,000 from 2 tons to 5 tons at the same contractor, which is just the arithmetic of subtracting one cited range from the other. Equipment size is not where the money hides. The money hides in what has to be built around the equipment.

Equipment only, by brand

This Old House's 2026 brand figures are equipment-only, so compare them to each other and not to any installed total in this article.

A $5,000 box and a $9,550 box are both legitimate purchases. What matters for your bill is how well either one gets sized and installed, which is the subject of the next section.

The R-454B Transition: Why 2026 Quotes Cost More Than 2024 Quotes

This is the part of the pricing story that most cost guides haven't absorbed, because their pages were written before it finished.

The EPA's Technology Transitions rule is the mechanism. In the agency's words: "Beginning January 1, 2025, certain technologies will need to restrict use of higher-GWP HFCs or HFC blends. Prohibitions apply to the manufacture, distribution, sale, installation, import, and export of products containing restricted HFCs. Compliance deadlines and GWP limits vary based on sector and subsector." That's the October 2023 final rule (88 FR 73098) applied to the residential and light commercial air conditioning and heat pump subsector. An interim final rule from December 2023 then closed the tail: it "allows for inventory of higher-GWP HFC equipment manufactured or imported before January 1, 2025, to be installed until January 1, 2026."

So, plainly: as of January 1, 2026, the R-410A sell-through window is shut. A new residential heat pump installed in the United States today is an R-454B / R-32 machine. A May 2026 EPA reconsideration rule made technical and segment adjustments (VRF equipment, among others); nothing on the EPA's page rolls back the residential 2025 compliance date.

What that did to price, from the named sources we could read:

• Equipment costs more. Wrangler AC, a San Antonio contractor whose page was published April 22, 2026 and updated in September, writes that R-454B equipment itself runs 10% to 15% more than the R-410A versions did, thanks to the A2L-rated compressor, the built-in refrigerant leak sensor, and the new oil chemistry. The company describes the cumulative move as roughly a 30% increase over two years, attributing the rest to tariffs of 20% to 30% on equipment costs, and notes that about 30% of HVAC parts used in Texas come through tariff-affected supply chains. A contractor's characterization, not an index.
• The supply squeeze was real. Rheem, in a May 22, 2025 manufacturer news release, stated that its announcement "comes on the heels of the current industry shortage of R-454B cylinders." That's a manufacturer confirming that the new refrigerant was hard to get.
• Your lines may have to be replaced. UniColorado: an existing refrigerant lineset is "usually replaced if older than 10-15 years or if switching from R-410A to R-454B (the new refrigerant standard). Lineset replacement runs $400-$1,350 on most homes." A line item that didn't exist in the pre-transition version of this conversation.
• Recharging is not the pain point. Wrangler says R-454B is actually the cheaper gas to recharge right now, and that the gap will widen as R-410A gets pricier and harder to source under the EPA's AIM Act phase-down. So the transition raises the capital cost of the machine and, for now, doesn't punish you on service gas.

Practical translation: quotes published in 2024 are historical documents. Anything still quoting a national average from before the transition is describing a market where the equipment you can no longer buy was $10–15% cheaper.

Size, Efficiency, and What "Cold Climate" Actually Means

Get the sizing conversation right and the rest of the quote gets simpler

This Old House reports that a 2,000-square-foot home "will usually require a heat pump with a capacity of around 3–5 tons, which can cost $12,000 on average, depending on its brand and features," and that choosing a top-tier high-efficiency unit "may exceed $20,000" in total project cost. But the sentence to carry into your kitchen-table meeting is theirs, from Richard Trethewey: "Beware of installers who specify a new system's heating capacity based on a rule of thumb or what you had before… They should perform a Manual J load calculation."

ENERGY STAR says the same thing in program language: "Your contractor should verify the proper size system for your home using a tool called 'Manual J'." A Manual J calculation is a legitimate line of work and a legitimate line on the invoice. An oversized machine short-cycles, wastes the efficiency you paid for, and under-performs on humidity; an undersized one runs into backup heat on the coldest nights. Both mistakes are permanent once the unit is set.

Efficiency tier is a price tier

Bryant's framing: "Higher efficiency units cost more upfront but deliver measurably better performance and lower monthly energy bills. SEER2 measures cooling efficiency; HSPF2 measures heating efficiency." The same company notes single-speed compressors are cheapest and variable-speed units most efficient and most expensive.

The line between "good" and "certified" is specific. ENERGY STAR's current criteria for a certified ducted split ASHP (effective since January 1, 2023) require at least 7.8 HSPF2, 15.2 SEER2, and 11.0 EER2.

The cold-climate premium, with numbers

"Cold climate" isn't a marketing word on a spec sheet. ENERGY STAR's cold-climate designation requires 8.5 HSPF2 and 15.2 SEER2 for non-ducted (mini-split) systems, 8.1 HSPF2 for ducted splits, a COP of at least 1.75 at 5°F, and at least 70% of rated heating capacity at 5°F versus 47°F. Those are the tests a machine passes to earn the label, and the hardware that passes them costs more.

At the same Denver contractor, cold-climate gross pricing ran $12,000–$32,500 against $9,270–$22,295 for standard units — a cold-climate premium of roughly $2,700–$10,000. This Old House makes the same point nationally: cold regions "often require cold-climate heat pumps with enhanced compressors and higher heating capacities, which typically cost more than standard models."

Where a utility wants the upgrade to happen, the rebate can eat most of that premium. UniColorado reports the Xcel Energy gap in Colorado at $2,250 per heating ton for cold-climate against $900 per cooling ton for standard, which "closes most of the price difference," and adds that replacement is when most Denver homeowners make the switch. That rebate is scheduled to drop 33% on October 1, 2026.

Is the cold-climate tier real performance or a sticker? DOE and NREL ran a field study on it: 12 centrally ducted variable-speed air-source heat pumps monitored in IECC Climate Zones 5–6 (Washington, Montana, Colorado) across the 2021–22 and 2022–23 winters (Winkler & Ramaraj 2023, NREL/TP-5500-84745, on heatpumpdata.energy.gov). The study page carries performance data and no dollar figures, so treat it as evidence the machines were measured rather than merely rated. ENERGY STAR is candid about the limit: its cold-climate units are tested down to 5°F and "will continue working at temperatures below 5°F, but pairing it with a back-up heating source will heat your home most efficiently when temperatures are even lower."

The Budget Rows People Skip and Then Regret

The equipment selection is the decision people agonize over. The overruns come from the rows below it. Each of these is sourced, not a guess.

One row deserves a separate paragraph, because it changed. Under Section 25C, a 200-amp panel upgrade could earn a $600 credit. That provision expired with the rest of 25C on December 31, 2025, so in 2026 a panel upgrade is a full out-of-pocket cost with no federal offset attached. If your quote has a panel line on it and you were working from a 2024 budget spreadsheet, that row is both bigger and less subsidized than the spreadsheet says.

What Your Quote Should Include, and What Gets Priced Separately

Bryant's manufacturer-published breakdown is the cleanest skeleton for reading a quote, and it's in the manufacturer's interest to make it boring, so it's useful.

Typically included: a unit sized to the home; the indoor air handler or integration with an existing furnace; thermostat; standard installation labor and removal of old equipment; refrigerant lines; basic electrical hookup; startup and testing; standard warranty.

Commonly quoted separately: major ductwork modifications; electrical panel upgrades; structural work; permits and inspections; accessories; extended warranties.

Armed with that split, the quote-reading exercise is short. Ask for an itemized quote, and check it against four questions:

1. Is the capacity in the quote justified by a Manual J load calculation, and is that calculation named on the paper?
2. Which of the separately-priced categories does this quote actually need for my house — ducts, panel, structural, permits — and what does each one cost on this job?
3. Are the refrigerant lines being reused or replaced, and on what basis?
4. Is the unit refrigerant R-454B or R-32, and does it carry the ENERGY STAR tier you're paying for?

A quote that answers all four is a contractor who has looked at your house. A quote that answers none of them is a price for a box.

Your Federal Tax Credit Is Gone: The 2026 Answer

This is the section where we disagree with the pages ranking above us, and the IRS is on our side.

Section 25C — the Energy Efficient Home Improvement Credit that paid 30% of qualified heat pump costs up to a $2,000 annual cap — does not apply to a heat pump placed in service in 2026. The IRS's own page (last reviewed April 28, 2026) is not ambiguous: "The credit is allowed for qualifying property placed in service on or after Jan. 1, 2023, and before December 31, 2025," and "You can claim the credit for improvements made through December 31, 2025."

The IRS's OBBB FAQ (FS-2025-05, dated August 21, 2025) states the termination in a table: for 25C, "The credit will not be allowed for any property placed in service after December 31, 2025." For 25D — the Residential Clean Energy Credit, which is the 30% one people ask about for geothermal — "The credit will not be allowed for any expenditures made after December 31, 2025." The IRS Residential Clean Energy Credit page repeats it: "The credit is not available for any property placed in service after December 31, 2025." Both credits are dead for 2026 property. Not ambiguous, not phase-down, gone.

For context on what was lost, and for anyone filing on a 2023–2025 install: 25C was 30% of qualified costs, with a $2,000 annual cap for qualified heat pumps, water heaters and biomass (labor costs could be included), a $1,200 general cap, and a $3,200 total annual maximum. It was nonrefundable, and the IRS is blunt about the consequence: "You can't apply any excess credit to future tax years." Eligible heat pumps had to "meet or exceed the [CEE] highest efficiency tier, not including any advanced tier," and property placed in service in 2025 required a Qualified Manufacturer ID.

Some federal and popular pages still advertise the dead credit, so check who you're trusting:

• ENERGY STAR's product page for air-source heat pumps still says the $2,000 credit is "effective for products purchased and installed between January 1, 2023, and December 31, 2032." That is stale and contradicted by the IRS. ENERGY STAR's dedicated tax-credit page has it right — "between January 1, 2023, and December 31, 2025" — so the same agency presents both answers depending on which page you land on. For tax questions, the IRS page governs.
• BobVila's cost guide, still ranking around #8 for this search, was last updated April 18, 2024 and claims a "30 percent federal tax credit" for air-source units "installed between 2023 and 2032" (and geothermal for 2021–2033). Both are false for anything installed after December 31, 2025.
• The Department of Energy's "Pump Up Your Savings with Heat Pumps" article is dated May 30, 2023. Its savings figures are fine to read as 2023-era claims; its incentive paragraphs pre-date the law change and promise a 30% federal credit that no longer exists.
• Some retailer guides are still mid-cleanup too: the search snippet for a widely-circulated R-454B equipment guide advertises a "$2,000 Federal tax credit (Section 25C)" for 2026. We couldn't read that page (a bot-check interstitial), so we report the snippet as a snippet, not a fact.

What's left to pay you in 2026

Not nothing. State and utility money is still live, and for some households it's a bigger check than the federal credit was:

• DSIRE, the Database of State Incentives for Renewables and Efficiency, is the directory to start in — This Old House correctly sends readers there.
• The DOE-funded Home Energy Rebates (HEAR), administered state by state. UniColorado prices it at up to $8,000 for heat pumps and reports that Colorado's Region 1 (the Front Range) HEAR funds were fully reserved as of April 28, 2026. State program money that exists on paper and is already spoken for is a real category, so check your allocation status, not just your eligibility.
• Utility rebates. Xcel Energy in Colorado pays $2,250 per heating ton for cold-climate equipment against $900 per cooling ton for standard, scheduled to drop 33% on October 1, 2026.

That last date matters for budgeting. If a utility rebate is load-bearing in your arithmetic, the amount you verify today is not guaranteed to be the amount you file against in a year.

Operating Costs: The Big Wins and the Close Call

A $12,200 machine is a different decision depending on what it replaces. The published comparisons agree on direction more than magnitude:

Two cautions on that last row. EIA's electric figure blends heat pump homes with resistance-heat homes, so it isn't a heat-pump number. And Rewiring America separately estimated heat-pump households around $596 against EIA's blended $1,359 for the 2022–23 comparison year (same data family, reported by Canary Media, 2023 vintage). Both are labeled as what they are: a 2024/25 projection and an advocacy group's reading of federal data.

The fuel prices underneath it, from EIA

Our arithmetic, clearly labeled as ours

The study language above is about bill savings for a household. If you want the per-unit-of-heat comparison underneath it, the math is short enough to write out, and every input is an EIA number from the table above. Assumptions, stated up front: 85% AFUE gas furnace, 80% efficient oil furnace, 1 Mcf = 1.037 MMBtu, 138,500 Btu per gallon of oil, heat pump COP 3.0, electricity at 18.34¢/kWh, gas at the Jan–Mar 2026 average of $15.02/Mcf, oil at March 2026's $2.668/gal.

• Delivered heat from gas: about $17.0 per MMBtu.
• Delivered heat from a COP-3 heat pump: about $17.9 per MMBtu. At COP 4, about $13.4. At COP 2.5, about $21.5.
• Delivered heat from an 80%-efficient oil furnace: about $24 per MMBtu.
• Electric resistance: about $53.8 per MMBtu.

Read those honestly and the conclusion is split. Against heating oil, a COP-3 heat pump is roughly 26% cheaper per unit of heat delivered at national average prices — more in markets where oil is pricier. Against electric resistance it costs about a third as much. Against an efficient gas furnace at 2026 national-average prices, a COP-3 machine is roughly break-even — and only higher-COP units clearly beat gas. This is our arithmetic on EIA inputs, not a published finding, and the assumption set moves it. What survives any reasonable set of assumptions is the qualitative version, which is also what NREL's own caveat says: heat pumps clearly beat oil, propane, and electric resistance, and "natural gas prices are much lower than electricity prices on a Btu basis in many parts of the country," so switching from gas is the close one. Nobody in the top eight results for this search says that out loud. Saying it is part of why you should trust the numbers above.

For scale on where the money goes at all, ENERGY STAR: "A typical household's energy bill is around $1,900 annually, and almost half of that goes to heating and cooling," and an air-source heat pump "can deliver up to three times more heat energy to a home than the electrical energy it consumes."

If you go the maintenance route and want the machine to hold that performance, the schedule and the pro-visit costs are in our heat pump maintenance guide.

Considering Geothermal Instead?

People land on this page and then ask the next question: should I go ground-source? It's a fair question on a site with "geothermal" in the name, and the honest answer starts with the trade, not the sales pitch.

Air-source wins on installation price. Every figure in this article's table is an air-source figure, and a ground-source system — which needs excavation or drilling for a ground loop — is a bigger project than hanging an outdoor unit on a slab. The Department of Energy puts it without hedging, and we verified the wording in our own files on August 27, 2026: "GHPs are different from air-source heat pumps… geothermal systems are typically more expensive than air-source systems, but the additional costs are often returned with energy savings." Ground-source is also the longer-lived, higher-efficiency machine, and it doesn't lose capacity on the nights your air-source unit reaches for backup heat.

And to keep this article's correction consistent: the federal credit for geothermal died the same day. Section 25D, the 30% Residential Clean Energy Credit, is "not available for any property placed in service after December 31, 2025." Whatever you decide, budget for 2026 without federal money.

The follow-on reading, if you want the comparison done with numbers rather than adjectives: geothermal vs. air-source heat pump, and ground-source vs. air-source explained. If the terminology itself is what's nagging you — whether a heat pump is or isn't geothermal — that's answered here, and the gas-versus-heat-pump economics we skipped above are argued in full at geothermal vs. natural gas.

Frequently Asked Questions

How much does a heat pump cost for a 2,000 sq ft home?

Around $12,000 on average, with a wide band. This Old House says a 2,000-square-foot home "will usually require a heat pump with a capacity of around 3–5 tons, which can cost $12,000 on average," and that a top-tier high-efficiency machine "may exceed $20,000" as a total project. Bryant's published range for the equipment and install brackets it at $6,000–$15,000 for a 2,000 sq ft home. UniColorado's Denver data puts a 2,000-square-foot replacement at $11,798–$26,422 gross before rebates. Consumer Reports' finding that costs rise about $670 per additional 100 square feet is the dial that explains why your neighbor's house cost less.

Is there a federal tax credit for installing a heat pump in 2026?

No. The Section 25C credit (30% of qualified cost, up to $2,000 a year for heat pumps) is allowed only for property placed in service before December 31, 2025, per irs.gov, and the IRS's OBBB FAQ confirms "the credit will not be allowed for any property placed in service after December 31, 2025." The geothermal Section 25D credit ended the same day for expenditures after December 31, 2025. There is also no carryforward: the IRS states you can't apply excess credit to future tax years. What remains available in 2026 is state and utility money — the DSIRE database, the state-administered Home Energy Rebates program (up to $8,000 for heat pumps, with some regional allocations already exhausted), and utility rebates such as Xcel's $2,250 per ton for cold-climate units. Pages that still advertise a 2026 federal credit are stale.

How much is a heat pump for a 1,500 sq ft home?

It depends almost entirely on whether the house already has usable ducts and electrical capacity. Rewiring America's model for a 1,500–2,500 sq ft whole-home ducted project puts the middle 60% of outcomes at $17,000–$23,000 (median $19,500), which assumes real project work. A like-for-like swap in the same house is a different purchase: Homewyse's calculator gives $6,638–$7,837 for a basic installation that explicitly excludes ductwork, electrical, and permits, and Bryant publishes $6,000–$15,000 for a 2,000 sq ft home. A smaller house can also skip ducts entirely and go mini-split, where single zones run $3,250 (This Old House average) to $5,400–$8,500 per zone (Rewiring America).

What is the downside to a heat pump?

Three honest ones. Upfront cost: a $12,200 median install with no federal credit to soften it, and Consumer Reports found about 20% of homeowners had to upgrade their electrical panel on top of that. Cold-weather performance: efficiency and capacity fall as it gets colder, which is why ENERGY STAR's cold-climate certification requires holding at least 70% of rated heating capacity at 5°F, and why ENERGY STAR still recommends a back-up heat source below that. And thin savings if you're coming from natural gas — at 2026 national-average fuel prices, a COP-3 heat pump is roughly break-even with an efficient gas furnace on cost per unit of delivered heat, versus roughly 26% cheaper than oil heat at national average prices. The first two are manageable with equipment selection and sizing. The third is just arithmetic about your local fuel prices.

Why do two quotes for "the same" heat pump differ by $15,000?

Because they aren't the same purchase. Check four things and the gap usually explains itself: whether the quote's capacity rests on a Manual J load calculation or on "we'll match what you had"; whether ductwork, a panel upgrade, structural work, and permits are inside the number or quoted separately (Bryant lists all four as commonly excluded); whether the refrigerant lineset is being reused or replaced, which UniColorado prices at $400–$1,350 on most homes; and whether the machine is a standard unit or a cold-climate unit, worth roughly $2,700–$10,000 at the same contractor. Regional labor accounts for the rest — Consumer Reports' state medians run $4,500 to $18,000 for the same category of job.

Do I need a new electrical panel for a heat pump?

Maybe, and it's common enough that you should ask before you budget. Consumer Reports found about 20% of respondents had to upgrade their panel to install a heat pump, with costs "up to a few thousand dollars in some cases." UniColorado prices first-time installation electrical infrastructure at $674–$2,800. There's no longer a federal offset for it: the 200-amp panel upgrade credit under Section 25C expired December 31, 2025. Have a contractor confirm available capacity at the panel before you treat the upgrade as optional.