Services

Heat Pump Installation & Repair in Massachusetts

RH West Plumbing installs and services heat pumps and ductless mini-split systems throughout Littleton, Acton, Harvard, and surrounding Massachusetts communities. Heat pumps provide year-round heating and cooling in a single efficient system, and with MassSave rebates covering up to $10,000, there’s never been a better time to upgrade. Our licensed technicians specialize in cold-climate heat pump systems designed specifically for New England winters.

Heat Pump Services We Provide

Heat Pump Installation - Complete heat pump system design and installation for new construction, additions, or whole-home retrofits. We size systems correctly to ensure optimal efficiency and comfort.

Ductless Mini-Split Installation - Single-zone and multi-zone ductless mini-split systems for homes without existing ductwork or for adding heating/cooling to specific areas.

Heat Pump Repair - Fast diagnosis and repair of heat pump issues including refrigerant leaks, compressor failures, frozen coils, and thermostat problems.

Heat Pump Maintenance - Annual maintenance and tune-ups to keep your heat pump running efficiently and extend system lifespan.

Heat Pump Replacement - When repair isn’t cost-effective, we provide same-day heat pump replacement with newer, more efficient models.

System Upgrades - Upgrade from single-zone to multi-zone systems or replace older heat pumps with modern cold-climate models.

Types of Heat Pumps We Install

Ductless Mini-Split Systems

Wall-mounted or ceiling-mounted indoor units connected to outdoor compressors. Ideal for homes without ductwork, additions, or zone heating/cooling.

Benefits:

  • No ductwork required

  • Individual room temperature control

  • Whisper-quiet operation

  • Easy installation with minimal home disruption

  • Energy efficient (SEER ratings up to 30+)

Ducted Heat Pump Systems

Central heat pump systems that work with existing ductwork to provide whole-home heating and cooling.

Benefits:

  • Uses existing duct system

  • Whole-home comfort solution

  • Looks like traditional HVAC system

  • Can replace furnace and AC with single unit

Multi-Zone Systems

One outdoor unit serving multiple indoor units, allowing different temperatures in different rooms or zones.

Benefits:

  • Personalized comfort for each zone

  • Energy savings (only heat/cool occupied rooms)

  • Ideal for multi-story homes

  • Up to 8 zones per outdoor unit

Cold-Climate Heat Pumps

Advanced heat pumps engineered for harsh New England winters, providing efficient heating even when temperatures drop below zero.

Benefits:

  • Efficient operation down to -15°F or lower

  • No backup heating system needed in most case

  • Designed specifically for Massachusetts climate

  • Higher efficiency than standard heat pumps in cold weather

Why Choose Heat Pumps for Massachusetts Homes?

Year-Round Comfort - Heat pumps provide both heating in winter and air conditioning in summer, eliminating the need for separate systems.

Exceptional Efficiency - Heat pumps deliver up to 300% efficiency - for every unit of electricity consumed, they can deliver three units of heating or cooling.

Lower Energy Bills - Most homeowners save 30-50% on heating and cooling costs compared to traditional oil, propane, or electric resistance systems.

No Combustion, No Carbon Monoxide - Heat pumps are electric systems with no fuel combustion, eliminating carbon monoxide risk and improving indoor air quality.

Massive Rebates Available - MassSave offers rebates up to $10,000 for heat pump installations, plus federal tax credits covering up to 30% of total costs.

Cleaner for the Environment - Heat pumps significantly reduce your carbon footprint compared to fossil fuel heating systems.

MassSave Heat Pump Rebates & Incentives

Massachusetts residents can access substantial financial incentives for heat pump installations:

Available Incentives:

  • Whole-home heat pump rebates: Up to $10,000

  • Partial-home heat pump rebates: Up to $1,200 per indoor unit

  • Income-eligible rebates: Enhanced incentives for qualifying households

  • 0% interest HEAT Loan: Up to $25,000 for system installation

  • Federal tax credits: 30% of total installation costs (through 2032)

Utility company additional rebates

Common Heat Pump Problems We Repair

Heat Pump Not Heating or Cooling - Thermostat issues, refrigerant leaks, reversing valve failures, or compressor problems can prevent proper heating or cooling. We diagnose and repair quickly.

Frozen Heat Pump Coils - Ice buildup on outdoor units is normal in winter, but excessive freezing indicates a problem. We address airflow issues, refrigerant levels, and defrost cycle malfunctions.

Strange Noises - Grinding, squealing, or rattling sounds can indicate failing components. We identify and replace worn parts before they cause system failure.

High Energy Bills - Inefficient operation due to dirty filters, refrigerant leaks, or aging components increases energy consumption. We restore peak efficiency.

Short Cycling - Heat pumps that turn on and off frequently waste energy and wear out faster. We correct sizing issues, thermostat problems, and component failures.

Emergency Heat Pump Repair - When your heat pump fails during extreme weather, we provide emergency repair services to restore comfort quickly.

Heat Pump vs. Traditional Heating: What’s Better for Massachusetts?

Heat Pumps Win On:

  • Energy efficiency (50-70% lower operating costs)

  • Year-round comfort (heating + cooling)

  • Environmental impact (no fossil fuel combustion)

  • Available rebates (up to $10,000)

  • Operating costs in moderate climates

Traditional Heating Advantages:

  • Lower upfront cost (before rebates)

  • Familiar technology for some homeowners

  • May be preferred in extremely cold microclimates

Our Recommendation:

  • For most Massachusetts homes, heat pumps offer superior value, especially with current rebates. We help you evaluate your specific situation and make the best choice.

Free Heat Pump Consultation

Not sure if a heat pump is right for your home? We provide free, no-obligation consultations including:

  • Home energy assessment

  • Heat pump system sizing and design

  • Rebate and incentive calculation

  • Cost comparison vs. current heating system

  • Projected energy savings analysis

  • Installation timeline and process overview

Service Areas

RH West provides heat pump installation and repair throughout:

  • Littleton, MA

  • Acton, MA

  • Harvard, MA

  • Chelmsford, MA

  • Concord, MA

  • Westford, MA

  • Stow, MA

  • Bolton, MA

  • Groton, MA

  • Lancaster, MA

  • And surrounding Massachusetts communities

Schedule Your Heat Pump Installation or Repair

Ready to lower your energy bills with a high-efficiency heat pump system?

  • Ask about current MassSave rebates and how much you can save with a heat pump installation.

  • Up to $10,000 in Rebates!

Call today! (978) 296-3086 or submit our contact form.

Frequently Asked Questions

Q: Will a heat pump work in cold Massachusetts winters?
A: Yes! Modern cold-climate heat pumps are designed for New England and work efficiently even in sub-zero temperatures. We install systems rated for -15°F and below.

Q: How much does heat pump installation cost?
A: Costs vary by system size and complexity, typically ranging from $8,000-$25,000 before rebates. With MassSave rebates (up to $10,000) and federal tax credits (30%), net costs are significantly lower.

Q: Do I need to remove my existing heating system?
A: Not necessarily. Many homeowners keep their existing system as backup, though most find they rarely need it with a properly sized cold-climate heat pump.

Q: How long does heat pump installation take?
A: Most ductless mini-split installations take 1-2 days. Ducted systems may take 2-4 days depending on complexity.

Q: What maintenance does a heat pump require?
A: Heat pumps need annual professional maintenance plus regular filter cleaning. We offer maintenance plans to keep your system running efficiently.

Q: Can I cool my home with a heat pump in summer?
A: Yes! Heat pumps provide both heating and air conditioning, replacing the need for separate AC units.​​​​​​​​​​​​​​​​