Heat Pump Repair & Heat Pump Installation in Portland, OR

Fixing a heat pump can be expensive. You don’t have control over the cost of parts and labor. But it’s possible to reduce costs in the following ways:

• Don’t procrastinate; call a repair company when a problem begins.
• Have any duct leaks sealed to prevent unnecessary strain on your heat pump.
• Get repair cost quotes from multiple local contractors.
• If you need a new heat pump, see if you qualify for rebates or tax credits for energy-efficient upgrades.
• Sign up for your HVAC company’s maintenance plan and schedule routine service twice a year.
• Follow our heat pump maintenance tips for in-between service calls.

Our technicians are fully licensed, trained, and insured to provide heat pump installation and repair in the Portland area. From properly sizing and locating the unit to commissioning your heat pump to fixing it no matter the issue, our team is prompt, efficient, and thorough. We’re also here as you consider heat pump maintenance for the season. Our special offers, maintenance plans, and financing options help make these services more affordable.

Available 24/7, we can be reached at (503) 563-2698 to request a heat pump repair, so contact us today.

Many HVAC equipment manufacturers make mini split heat pumps. At Sky Heating & Air Conditioning, we’ve partnered with Mitsubishi Electric to provide some of the highest quality mini split heat pumps on the market. There are many features and options to choose from. The Mitsubishi Electric Ductless Mini Split M-Series has zoning capabilities and operates at a noise level as low as 26 decibels; in addition to control of each individual indoor unit, it can be managed wirelessly and is programmable. It only requires a 3-inch diameter hole to be drilled in a wall for the refrigerant and electrical lines.

A heat pump can slow down, provide decreased temperature control, or become less efficient for many reasons. A faulty part is often the cause. However, every repair has a different set of circumstances. Your local heat pump repair contractor calculates the cost of service based on the following factors:

• Type of Heat Pump
• Cost vs. Heat Pump Part Needed
• Other Heat Pump Repair Cost Variables
• Cost of Heat Pump Repair vs. Replacement
• Can I Save Money on Heat Pump Repair?

Some heat pumps have a more conventional design, while others employ newer technologies. Here are the most common types and their typical repair costs:

• Traditional Air Source Heat Pumps ($200 to $1,600): Air source units are the most common heat pumps installed in U.S. homes. They are best suited for locations where temperature extremes are rare. A backup heat source is required in colder climates.
• Ductless Mini-Split Heat Pumps ($100 to $1,500): These consist of outdoor condenser/compressor units and indoor air handlers. Installing them costs more than air-source units but avoids the cost of installing ductwork.
• Geothermal Heat Pumps ($200 to $2,000): Installing geothermal systems involves placing underground pipework, which is expensive, but the system can last 20+ years. Despite their many advantages, geothermal heat pumps are costly to fix due to access challenges.
• Water Source Heat Pumps ($200 to $1,800): Water source systems extract and release heat from pipes placed in a lake, pond, or well. Repair costs vary based on the nature and accessibility of parts, while installation costs are higher than those of other heat pump types.

Repairing a heat pump often requires replacing one or more parts. Generally, the more components that need to be replaced, the higher the heat pump repair cost. Expenses vary depending on the type of part, the brand, and the project’s complexity.

The cost of repairs can also be affected by the type of problem. For example, if the heat pump won’t turn on, a thermostat, breaker, or fan switch issue may need to be resolved. Repairs can cost $150 to $400, depending on how many components are needed. Fixing a heat pump that won’t defrost can cost under $100 or as much as $650; the causes range from a defective timer to a damaged reversing valve.

Here’s a look at the costs of some other common heat pump replacement parts:

• Thermostat: A thermostat repair averages $100 to $300. Unless properly setting the thermostat resolves the issue, it may have a wiring or mechanical issue. Wiring repairs can cost up to $200 while a new thermostat can cost $110 to $500 to install depending on the type you choose.
• Obstructions or Blockages: Clearing a blockage or obstruction on the exterior of the unit is relatively affordable at an average cost of $75 to $200.
• Capacitor: Replacing a faulty capacitor is simple but can resolve various performance issues. A new part costs around $150 to $250.
• Line Drier: This part helps clean and remove moisture from the refrigerant. If it fails, it costs $150 to $300 to replace.
• Refrigerant: Your heat pump system relies on refrigerant to absorb, transport, and release heat. Recharging the refrigerant can cost $100 to $350, plus the expense of repairing leaky coils.
• Condenser Coil: A damaged condenser coil can cost $650 to $1,500 to replace. Otherwise, the refrigerant will continue to leak, causing performance issues and additional system damage.
• Condenser Fan Motor: The motor keeps the fan moving at the appropriate speed to ensure proper airflow. If it breaks, you’ll spend from $250 to $650 to replace it.
• Condenser Fan Blade: A broken fan blade can restrict airflow and lead to more damage. Replacing it costs $150 to $400 but immediately restores performance.
• Defrost Control Board: Your heat pump’s defrost system prevents damage if ice forms inside it. If the defrost controller fails, it costs $200 to $650 to replace.
• Compressor: Compressor replacement is perhaps the most expensive heat pump repair. It can cost up to $3,500 and may justify replacing the entire system.
• Ductwork Repairs: A ducted heat pump, reduced airflow, strange noises, condensation caused by air leaks, poor connections, or improperly sized ducts can affect heating and cooling performance. Ductwork repairs can range from a couple of hundred dollars to as much as $2,000.

How expensive heat pump repair is can depend on a range of factors other than the type of unit and parts needed. Costs can be impacted by the following:

• Labor: An HVAC contractor typically charges anywhere from $50 to $150 per hour to service a heat pump. A minimum trip fee, if the company charges one, may equal an hour or two of labor. For complex jobs, labor costs can add up to $1,500 or more.
• Unit Size: Larger, more complex heat pump systems cost more to fix. Their parts also tend to be more expensive.
• System Brand: The higher the quality of the brand, the more expensive parts are to produce and replace.
• Unit Location: Fixing a heat pump unit installed in a utility closet is easier and cheaper to repair than one in a hard-to-access location such as a crawl space.
• Season: A heat pump repair performed during extreme temperatures is likely to cost more than during moderate conditions or off-season.
• System Age: The older your heat pump, the more difficult it may be to find replacement parts. Older, outdated, or banned refrigerants are also more expensive to find.
• Maintenance: A well-maintained system usually costs less to repair than a poorly maintained one, which is more likely to require multiple repairs.
• Extent of the Damage: If one component is damaged, other parts may have damage related to the same cause, such as an electrical surge or lightning strike. A contractor may also recommend replacing multiple parts at once simply to avoid double-charging you for labor.

Heat pumps can last up to 20 years. However, if you need extensive repairs before then, you may consider replacing the system to save money over time. A new heat pump can cost $4,500 to $8,000 (more advanced geothermal models can cost $20,000 or more). Paying repeatedly for parts and labor can exceed installation costs, especially if your system needs a repair every few months.

It is a system that draws heat from the Earth and extracts this heat to provide warmth in your home. It does so without using fossil fuels. Also called a ground-source, GeoExchange, earth-coupled, water-source, or earth-energy heat pump, it can heat or cool your home. Rather than generating heat like a furnace, it moves heat from one place to another. Heat is transferred from the ground using a series of coils known as geothermal ground loops.

Air-source heat pumps are more common, but geothermal systems are more energy efficient. That’s because the temperature underground is more consistent than air temperatures. A geothermal heat pump can reduce energy consumption by 25% to 50% compared to an air source system, which results in a substantial drop in cooling costs.¹ Other benefits include:

• Return on Investment: A geothermal system costs more to install than other HVAC equipment. However, the cost savings become apparent just a couple of years after installation. Tax benefits also contribute to savings.
• Eco-Friendly: Geothermal heat pumps use less energy and lower your carbon footprint. They also don’t release harmful greenhouse gases and other pollutants.
• Improved Comfort/Indoor Air Quality: A geothermal system is highly effective at heating or cooling a space. It also has superior air purification and dehumidification capabilities compared to a traditional air conditioner.
• Safety: No combustible materials are used by a geothermal system, so it’s much safer to operate and clean than a traditional HVAC unit.
• Quiet: Geothermal heat pumps don’t make as much noise as other AC or heating equipment when they turn on and off.
• Can Be Installed Anywhere: A geothermal system can be installed in a newly constructed home or as a retrofit (and can be connected to existing ductwork).
• Longer-Lasting: Indoor components can last as long as 25 years, far outlasting other types of HVAC systems. However, the ground loop system can last up to 50 years.

When planning for geothermal heat pump installation, it’s important to weigh the different types of units. The best type depends on the size of your home, the local climate, and soil conditions. Installation costs can influence your decision too. The most common types of geothermal heat pump systems include:

• Horizontal Loops: Layered coils and pipes are laid in four- to six-foot trenches and require sufficient ground space (about 400 square feet). Horizontal ground loops are generally suited for homes of approximately 2,000 square feet. The trenches aren’t very deep, so a horizontal system is generally cost-effective to install.
• Vertical Loops: If you have a limited amount of ground space or shallow soil, a vertical loop can be a better option. It requires four-inch diameter holes to be drilled 100 to 400 feet into soil and bedrock. There’s little disturbance to the landscape, but installing vertical geothermal systems is generally more expensive.
• Pond/Lake Loops: A supply pipe runs from the building to a water source that meets water quality, volume, and depth criteria. The coils are buried at least eight to 10 feet to prevent them from freezing. They’re also anchored onto racks to help generate heat.
• Open Loops: These water source heat pumps circulate well or surface water directly through the system to facilitate heat exchange. After circulating and delivering heat to your home, the water is pumped back into the well or discharged at the surface. The system requires a relatively clean water source and must meet local codes for groundwater discharge.

Site evaluation is a crucial step in preparing for geothermal heat pump installation. Unlike with other HVAC systems, ground conditions are a significant factor. Your local installer will need to consider the geology around your home; the heat transfer properties of the soil determine the amount of piping needed (the less effective at heat transfer the soil is, the more pipes will be needed).

Hydrology is another factor. The quality, depth, and volume of a ground or surface water source help determine the type of system to install. Depending on hydrological conditions, installing a geothermal heat pump can risk groundwater contamination, aquifer depletion, and other environmental hazards. Lastly, the installer will consider land availability, where underground utilities are located, and your landscaping.

Using this information, they’ll determine the ideal location for the system. They will also evaluate your home and perform a Manual J load calculation. Its square footage, insulation, number of windows and doors, and how many people live there are used to calculate the size of the system and the amount of energy needed to provide enough heating and cooling. They’ll also help acquire permits and approvals from local officials.

Once the site evaluation, load calculation, and planning process are complete, your local contractor will proceed with the geothermal heat pump installation. In general, the installation process entails:

• Trenching/Drilling/Ground Loop Installation: Trenches are dug to install horizontal ground loops and large drilling machinery is used to create holes for vertical loops. The piping will be installed in the ground before the contractor proceeds with the rest of the system.
• Ductwork Installation: If your home doesn’t have ductwork or existing ducts are outdated, new ductwork will be installed and run throughout your home. It will be connected with the heat pump’s ground loops.
• Heat Pump Installation: Your old air conditioner, furnace, or boiler will be removed and the heat pump will be installed in its place. The technicians will connect it to the ground loop and your ducts.
• Electrical Connections: The heat pump system will be wired and connected to your electrical system. Upgrades such as rewiring or installing a higher capacity breaker panel may be necessary. The heat pump is then tested to ensure it operates safely and effectively.

On average, a 3-ton geothermal heat pump costs $7,500 to install. Systems cost about $2,500 per ton of capacity, but that doesn’t include drilling and installation costs. Since every home’s requirements are different, costs can vary considerably. However, you can save hundreds of dollars per year in utilities and may qualify for tax credits, rebates, and other opportunities to save. With energy savings considered, the system can pay for itself within a few years.