Heat Pump Installation near you

DOE groups residential heat pumps into air-source, geothermal, ductless mini-split and absorption types, and notes that geothermal systems cost more to install but pay back over time through lower heating and cooling costs. For most homes the practical choice is narrower: whether there are usable ducts, and what happens on the coldest nights of the year.

A heat pump carries three ratings, and all three matter. HSPF2 describes seasonal heating efficiency, SEER2 describes seasonal cooling efficiency and EER2 describes cooling at a single hot design condition. All come from DOE's appendix M1 test procedure, which replaced the older SEER and HSPF tests on January 1, 2023, so ratings from before and after the change are not comparable and the federal minimums sit at 10 CFR 430.32(c)(5).

ENERGY STAR certification sets a bar above the federal minimum. For split-system air-source heat pumps the criteria are at least 7.8 HSPF2, 15.2 SEER2 and 11.0 EER2; single-package equipment must reach at least 7.2 HSPF2, 15.2 SEER2 and 10.0 EER2. DOE's purchasing guidance points federal buyers at that same 15.2 SEER2 and 7.8 HSPF2 level across northern, hot-humid and hot-dry states.

The cold climate designation is the one to look for where winter actually bites, because it is verified at low temperature rather than inferred from a seasonal average. ENERGY STAR requires a certified cold climate heat pump to reach at least 8.5 HSPF2 for non-ducted split systems and 8.1 HSPF2 for ducted split and single-package systems, alongside a coefficient of performance of at least 1.75 at 5 degrees Fahrenheit and retention of at least 70 percent of its 47-degree heating capacity at that same 5 degrees. DOE reports that cold climate air-source heat pumps can reduce household energy consumption by up to 40 percent, with the largest savings in homes currently heated by electric resistance or fuel oil.

Sizing a heat pump is harder than sizing an air conditioner because one machine has to satisfy two loads. ENERGY STAR directs contractors to verify size with a Manual J calculation of the home's heating and cooling requirement, and the design decision that follows is how much of the heating load the heat pump itself should carry before backup heat takes over. Get that wrong toward oversizing and the equipment short cycles in cooling and dehumidifies poorly; get it wrong toward undersizing and the resistance elements run through every cold snap, which DOE specifically cautions against because they are an expensive way to make heat.

The rest of the job is the part that decides whether the rating shows up in the house. DOE's purchasing guidance names oversizing, improper charging and leaky ducts as the classic sources of efficiency loss and points installers at the ANSI/ACCA HVAC Quality Installation Specification. Ducts designed for a furnace often need larger returns to suit the lower supply temperatures and longer run times of a heat pump, and ENERGY STAR notes that sealing and insulating ducts can improve system efficiency by as much as 20 percent, while improper installation can reduce it by up to 30 percent.

Who may install the system is a state question. California licenses the work under the C-20 Warm-Air Heating, Ventilating and Air-Conditioning Contractor classification through its Contractors State License Board, which offers a public license check; Texas licenses air conditioning and refrigeration contractors through its Department of Licensing and Regulation, where a Class B license covers cooling systems up to 25 tons and heating up to 1.5 million BTUs per hour, a Class A license covers any size, each license carries one endorsement, and commercial general liability insurance must be maintained while the license is active; Florida separates an unlimited class A air-conditioning contractor from a class B contractor limited to 25 tons of cooling and 500,000 Btu of heating in any one system, and a certified contractor who may work anywhere in the state from a registered contractor tied to one jurisdiction. Cities commonly add a permit and an inspection.

The refrigerant layer is federal and applies everywhere. EPA Section 608 certification is required of technicians who maintain, service, repair or dispose of equipment that could release refrigerant, and EPA prohibits intentionally venting refrigerants and their HFC substitutes during that work. New heat pumps also sit inside the AIM Act technology transitions rule, which from January 1, 2025 bars new residential air conditioning and heat pump systems using HFCs above a global warming potential of 750, with installation of components made or imported before that date permitted through January 1, 2026. In practice that means A2L refrigerants: EPA's SNAP program lists R-32, with a global warming potential of 675, and R-454B, at 470, as acceptable with use conditions for this equipment, both classified as mildly flammable, which is why installers need current training and the right tools rather than the habits of the R-410A era.

Heat pumps attract more incentive money than any other piece of residential HVAC, which also makes the rules around them change fastest. The federal Energy Efficient Home Improvement Credit under section 25C applied to qualifying property placed in service on or after January 1, 2023; ENERGY STAR describes the qualifying criteria that took effect on January 1, 2025, under which eligible heat pumps had to be ENERGY STAR Most Efficient and could qualify through either a cold climate pathway or a cooling-dominated and dual fuel pathway, with the earlier regional restriction dropped. The IRS states the credit is not allowed for property placed in service after December 31, 2025, following Public Law 119-21 enacted July 4, 2025, so treat the current federal position as something to confirm on the IRS site before you sign anything.

Two other channels are worth checking, and they are local rather than national. DOE's Home Energy Rebates, which include whole-home efficiency rebates and electrification and appliance rebates covering electric heating and cooling upgrades, are funded federally but designed and run by each state or territory energy office, and DOE says they are available in selected states, so your State Energy Office is the authority on whether yours is live. Separately, utility programs often pay for qualifying heat pumps regardless of federal policy, and they generally require certified equipment, a licensed installer and pre-approval, so ask before the equipment is ordered rather than after.

A heat pump works both seasons, so it accumulates run hours faster than an air conditioner that rests for half the year. That makes the things that shorten equipment life matter more, not less. ENERGY STAR's guidance that improper installation can reduce efficiency by up to 30 percent and possibly shorten the equipment's life applies with double force to a machine running year round, and DOE consistently lists incorrect charge, restricted airflow and leaky ducts as the failures that do the quiet damage.

Siting decides a surprising amount. An outdoor unit raised on a stand clears snow and defrost meltwater instead of sitting in a refreezing puddle; clearance on all sides lets it reject and absorb heat; and keeping it out of a roof drip line avoids ice building on the coil each thaw. ENERGY STAR advises having heating and cooling equipment evaluated by a professional once it is more than ten years old or no longer keeping the house comfortable, which is a reasonable point to start planning rather than waiting for a February failure.

Heat pump quotes vary more than air conditioner quotes because the scope varies more: two contractors can propose genuinely different systems for the same house. Read the scope before the total.