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Installation & Replacement

Heat Pump Installation & Replacement in Seattle, WA

Planning a new system, replacing aging equipment, or moving from a furnace and air conditioner? A project-specific assessment can account for your comfort goals, ductwork, electrical capacity, equipment placement, and the home itself.

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Ductwork Review

Reuse the existing duct system when it is suitable.

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Electrical Requirements for Installation

Review available panel capacity.

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Written Scope

Equipment and configuration.

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Residential & Commercial Heat Pump Installation Services in Seattle, WA

Whether you’re upgrading from an old furnace, adding cooling for the first time, or building out a new space, we handle heat pump installs from start to finish. We also handle complete heat pump replacement in Seattle, WA for aging or underperforming systems. We size the system correctly, design airflow the right way, and install cleanly so it runs quietly and efficiently. Ducted or ductless, residential or commercial? We’ll recommend what fits your home and your budget, not just what’s “popular.”

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(425) 332-5523

Installation-focused planning for Seattle properties. Repair and troubleshooting needs should follow the dedicated heat pump repair path.

Ducted Heat Pump

A ducted heat pump may fit homes that already use central air distribution or projects designed around whole-home ducted comfort. Existing ducts should be reviewed for condition, sizing, leakage, and airflow.

Ductless Mini-Split

A ductless mini-split may fit homes without ducts, additions, or projects that need room-by-room comfort zones. Indoor-unit placement and coverage become part of the system design.

Heat Pump Replacement

Replacing aging or unsuitable equipment. Rechecking capacity instead of assuming a like-for-like swap. Reviewing ducts, electrical readiness, and placement for the new system.

Residential Heat Pump Installation

Comfort upgrades designed for Seattle houses, condos, and townhomes.

Commercial Heat Pump Installation

Reliable heating and cooling for small businesses and office spaces.

High-Efficiency Heat Pump Systems

Lower energy use without sacrificing comfort.

Hybrid or Dual-Fuel Configuration

A hybrid configuration may be considered when the property could benefit from compatible backup heat. The assessment should review existing equipment, controls, fuel source, and backup-heat needs.

What Determines System Capacity and Design?

Home size alone is not enough. The recommendation should reflect how the property gains, loses, and distributes heat rather than relying only on a square-foot estimate.

Ducted Heat Pump

A ducted heat pump may fit homes that already use central air distribution or projects designed around whole-home ducted comfort. Existing ducts should be reviewed for condition, sizing, leakage, and airflow.

Ductless Mini-Split

A ductless mini-split may fit homes without ducts, additions, or projects that need room-by-room comfort zones. Indoor-unit placement and coverage become part of the system design.

Heat Pump Replacement

Replacing aging or unsuitable equipment. Rechecking capacity instead of assuming a like-for-like swap. Reviewing ducts, electrical readiness, and placement for the new system.

Residential Heat Pump Installation

Comfort upgrades designed for Seattle houses, condos, and townhomes.

Commercial Heat Pump Installation

Reliable heating and cooling for small businesses and office spaces.

High-Efficiency Heat Pump Systems

Lower energy use without sacrificing comfort.

Hybrid or Dual-Fuel Configuration

A hybrid configuration may be considered when the property could benefit from compatible backup heat. The assessment should review existing equipment, controls, fuel source, and backup-heat needs.

What Determines System Capacity and Design?

Home size alone is not enough. The recommendation should reflect how the property gains, loses, and distributes heat rather than relying only on a square-foot estimate.

Choose Your Project Path

New Installation

Add efficient heating and cooling to a new space or a home without a compatible system.

Replace Equipment

Reassess system fit before replacing aging or unsuitable equipment.

Convert Furnace and AC

Plan equipment removal or reuse, ductwork, electrical needs, and backup heat.

Installation-focused planning for Seattle properties. Repair and troubleshooting needs should follow the dedicated heat pump repair path. Heat Pump Repair in Seattle

A complete heat pump installation plan

Every Product Air installation moves from assessment to a commissioned system, with each decision documented along the way.

  1. Home assessment.

    We document your home, your current equipment and your comfort goals.

  2. System design.

    We select the system type, capacity and coverage that fit your home.

  3. Readiness review.

    We check ductwork, electrical capacity, access and equipment placement.

  4. Written scope.

    You get a written proposal that separates equipment, required work, exclusions and project assumptions.

  5. Permits and schedule.

    We identify the permits your project needs, plus lead time and inspection timing.

  6. Installation.

    We handle removal, equipment placement, connections and the agreed project work.

  7. Commissioning and handoff.

    We verify operation and walk you through controls, care and your documented coverage.

Plan Your Seattle Heat Pump Project

Tell us whether you are replacing equipment, adding cooling, converting from a furnace and air conditioner, or planning a new system. Include your current heating system and Seattle ZIP code so the team can confirm the appropriate next step.

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Which Heat Pump Is Right for Your Seattle Home?

The equipment label is only one part of the decision. The best fit depends on how the home distributes air, which rooms need coverage, and what the assessment finds.

Ducted Heat Pump

A ducted heat pump may fit homes that already use central air distribution or projects designed around whole-home ducted comfort. Existing ducts should be reviewed for condition, sizing, leakage, and airflow.

Ductless Mini-Split

A ductless mini-split may fit homes without ducts, additions, or projects that need room-by-room comfort zones. Indoor-unit placement and coverage become part of the system design.

Hybrid or Dual-Fuel Configuration

A hybrid configuration may be considered when the property could benefit from compatible backup heat. The assessment should review existing equipment, controls, fuel source, and backup-heat needs.

What Determines System Capacity and Design?

Home size alone is not enough. The recommendation should reflect how the property gains, loses, and distributes heat rather than relying only on a square-foot estimate.

Home Layout and Exposure

Stories, room connections, sun exposure, windows, and additions can affect comfort needs.

Insulation and Envelope

Air leakage and insulation influence heating and cooling demand.

Comfort Goals and Use

Occupied rooms, temperature preferences, and zoning goals shape the configuration.

Existing Systems and Space

Equipment condition, utility space, access, and outdoor-unit placement affect project scope.

Can We Use Your Existing Ductwork?

Possibly. Existing ducts may be reusable, but their condition, sizing, leakage, and airflow should be reviewed before the final equipment and project scope are selected.

  • Reuse the existing duct system when it is suitable.
  • Make targeted duct or airflow modifications when needed.
  • Explore a ductless design when central ducts do not fit the project.

Electrical Requirements for Installation

A heat pump may require dedicated circuits or related electrical work. Available panel capacity, existing circuits, and the selected equipment determine what the property needs.

  • Review available panel capacity.
  • Identify required dedicated circuits and disconnects.
  • Coordinate electrical work with the selected equipment and written scope.

Ductwork and electrical readiness are project inputs, not automatic upgrades. The assessment should identify what can remain, what must change, and how each item affects the proposal.

From a Furnace and AC to a Heat Pump

A conversion plan should identify what equipment will be removed, what can remain, and whether backup heat is appropriate for the property.

  1. Current System

    Review the furnace, air conditioner, ducts, controls, and available space.

  2. Property Assessment

    Review comfort goals, capacity, ducts, electrical readiness, and placement.

  3. New Configuration

    Define the selected heat pump, removal or reuse plan, backup heat, and written scope.

New Installation

  • Adding heating and cooling to a new space.
  • Changing fuel or system type.
  • Designing coverage where no compatible system exists.

Heat Pump Replacement

  • Replacing aging or unsuitable equipment.
  • Rechecking capacity instead of assuming a like-for-like swap.
  • Reviewing ducts, electrical readiness, and placement for the new system.

Seattle Permits, Placement, and Inspection

Permit and inspection requirements depend on the project scope. Heat pump work may involve mechanical or refrigeration work and electrical work. Equipment placement should also account for applicable clearances and noise requirements.

What the Installation Quote Should Make Clear

  • Equipment and configuration.
  • Capacity and intended coverage.
  • Ductwork, when required.
  • Electrical work, when required.
  • Equipment removal or reuse.
  • Indoor and outdoor equipment placement.
  • Permit and inspection responsibility.
  • Commissioning, handoff, exclusions, and project assumptions.

A reliable price follows the site-specific scope. The proposal should separate the selected equipment, required project work, and anything not included.

Seattle Clean Heat rebate: up to $6,000 for eligible oil-heated homes

If your Seattle home is heated with oil, you may qualify for a $2,000 instant rebate when a qualifying Mitsubishi Electric heat pump is installed by a participating contractor. Moderate-income households may also receive a $4,000 bonus rebate, for a total of up to $6,000.

Product Air is listed as a participating contractor. The City currently lists May 30, 2027 as the bonus installation deadline.

Program terms can change. Eligibility depends on your property, equipment, contractor and household income. The $2,000 rebate also requires decommissioning the oil tank to Seattle Fire Department standards. Confirm current terms with the City of Seattle before you buy.

Plan Your Seattle Heat Pump Project

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U.S. Department of Energy recognized training

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679 verified reviews

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Plan Your Seattle Heat Pump Project

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Our Work

Heat Pump Projects in Seattle

REAL PROJECTS. DIFFERENT HOMES. DIFFERENT SOLUTIONS.

HEAT PUMP PROJECTS IN SEATTLE

Compare an installation that retained the existing furnace, a ductless replacement and an all-electric conversion. These are individual completed projects, not a standard price or guaranteed outcome.

Image from the heat pump installation project in Seattle

SEATTLE, WA

A Heat Pump with the Existing Furnace

A failed air conditioner was replaced with a Trane heat pump and matching indoor coil. The existing furnace was retained.

Project type: Heat pump installation

View the Seattle project
Image from the ductless heat pump replacement project in Seattle

SEATTLE, WA

Ductless Heating and Cooling in Ballard

The old ductless cooling system was replaced with a Mitsubishi ductless heat pump providing both heating and cooling.

Project type: Ductless heat pump replacement

View the Seattle project
Image from the all-electric conversion project in Seattle

WEDGWOOD, SEATTLE, WA

From Furnace to All-Electric Heating

We replaced a working furnace with a Mitsubishi cold-climate heat pump, relocated the air handler to the attic, and installed new ductwork.

Project type: All-electric conversion

View the Seattle project

Equipment and Installation Warranty

Applicable manufacturer and workmanship coverage should be identified in the written proposal, including terms, registration requirements, and exclusions.

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Areas We Serve

Seattle Neighborhoods and Nearby Service Areas

We install heat pumps across Seattle and nearby areas. If you’re in the city or surrounding neighborhoods, there’s a good chance we’re already working near you. Reach out and we’ll confirm service and schedule options based on your location and project type.

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Heat Pump Installation

Plan Your Seattle Heat Pump Project

Tell us whether you are replacing equipment, adding cooling, converting from a furnace and air conditioner, or planning a new system. Include your current heating system and Seattle ZIP code so the team can confirm the appropriate next step.

Heat Pump Installation Questions

Can My Existing Ductwork Be Used?

Possibly. Duct condition, sizing, leakage, and airflow should be reviewed before the final system and project scope are selected.

Will I Need an Electrical Panel Upgrade?

Not every installation requires one. Available panel capacity, existing circuits, and the selected equipment determine whether additional electrical work is needed.

Does a Seattle Heat Pump Installation Require Permits?

Permit and inspection requirements depend on the scope. Heat pump projects may involve mechanical or refrigeration work and electrical work. The required permits and responsible party should be identified before scheduling.

How Long Does Installation Take?

Timing depends on equipment availability, project complexity, duct or electrical work, permitting, and inspection. The proposal should separate equipment lead time, installation time, and inspection timing.

Can a Heat Pump Replace Both My Furnace and Air Conditioner?

A heat pump can provide heating and cooling, but the correct configuration depends on the home, existing equipment, ductwork, electrical capacity, and backup-heat needs.

How much does heat pump installation cost in Seattle?

Cost depends on equipment type and capacity, ductwork, electrical work, equipment placement, removal of existing equipment and permit requirements. A site-specific assessment gives you a reliable quote.

What Seattle heat pump rebates are available?

Seattle's Clean Heat Program offers oil-heated homes a $2,000 rebate when a qualifying Mitsubishi Electric heat pump is installed by a participating contractor. Moderate-income households may also qualify for a $4,000 bonus. Equipment, contractor, property, income and current program terms must be confirmed before purchase.

What Warranty Will I Receive?

Applicable manufacturer and workmanship coverage should be listed in the written proposal, including the term, registration requirements, and exclusions.

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