Furnace to Heat Pump Conversion Near Me

Year-Round Comfort

One system for heating and cooling. No more managing separate furnace and AC systems — a heat pump does both, switching seamlessly between modes as seasons change.

Lower Energy Bills

Heat pumps deliver 2-4x more energy than they consume by transferring heat rather than generating it. Most homeowners see 30-50% reduction in combined heating and cooling costs.

Up to $3,000 in Incentives

Federal IRA tax credits cover up to $2,000 for qualifying heat pump installations. PSEG Long Island offers an additional $1,000 rebate. We handle all the paperwork.

Quieter Operation

Modern heat pumps operate at 55-65 dB outdoors — quieter than a normal conversation. Variable-speed compressors ramp up gradually rather than cycling on and off like furnaces.

No Combustion, No CO Risk

Heat pumps don't burn fuel, eliminating carbon monoxide risk from cracked heat exchangers. No gas lines, no pilot lights, no combustion byproducts in your home.

Future-Proofing Your Home

New York State is moving toward building electrification requirements. Converting now positions your home ahead of future regulations while maximizing available incentives.

Full Conversion

From $10,000

Complete furnace removal and heat pump installation

• Remove existing gas or oil furnace entirely
• Install ducted or ductless cold-climate heat pump
• Single system provides heating AND cooling
• Eliminates gas/oil bills and maintenance
• Maximum energy savings and incentive eligibility
• Best for homes ready for full electrification

Dual-Fuel Hybrid

From $8,000

Keep your furnace as backup, add heat pump as primary

• Heat pump handles 80-90% of heating hours
• Furnace activates automatically during extreme cold
• Lowest possible combined energy costs
• Built-in backup for peace of mind
• Still qualifies for IRA tax credits and PSEG rebates
• Best for homeowners who want a gradual transition

Electrical Panel Upgrades

Many Nassau County homes — especially those built in the 1950s through 1980s — have 100-amp or 150-amp electrical panels that were sized for an era before heat pumps, electric vehicles, and modern electrical loads. A standard 3-ton ducted heat pump requires a 30-amp or 40-amp dedicated 240V circuit, and a larger 5-ton system may need a 50-amp circuit. If your panel is already near capacity with existing loads like an electric dryer, range, and water heater, you'll need an upgrade to 200-amp service before the heat pump can be installed. We assess your panel capacity during the initial home evaluation and perform panel upgrades in-house — no need to coordinate with a separate electrician. The IRA also provides a separate $600 tax credit for electrical panel upgrades done in conjunction with heat pump installations, further reducing your net cost.

Ductwork Compatibility

Your existing furnace ductwork was designed for furnace airflow characteristics — typically higher supply air temperatures (120-140°F) at lower volumes. Heat pumps operate differently, delivering air at lower temperatures (90-110°F) but at higher volumes to achieve the same heating output. This means your duct system needs to move more air per minute than it did with your furnace. During our assessment, we measure static pressure, check duct sizing against the heat pump's required CFM, inspect for leaks and disconnections, and evaluate return air capacity. Common modifications include enlarging the return air plenum, adding return air pathways to improve circulation, sealing duct joints with mastic, and occasionally adding supply runs to rooms that were borderline undersized with the furnace. In some cases — particularly homes with severely undersized or deteriorated ductwork — a ductless or hybrid approach is more cost-effective than a full duct renovation.

"Converted our 25-year-old gas furnace to a Carrier Infinity heat pump. The team handled everything — removed the old furnace, upgraded our panel to 200A, modified the ductwork, and had the new system running in two days. Our first winter was incredibly comfortable and our gas bill dropped to almost nothing."

"We went with the dual-fuel option — kept our gas furnace as backup and added a Mitsubishi heat pump as primary. Best decision we made. The heat pump handles 90% of heating and all our cooling. The tax credit and PSEG rebate knocked $3,000 off the price."

"Our oil furnace died in December and we decided to convert instead of replace. They got us into a Daikin cold-climate heat pump within a week. No more oil deliveries, no more tune-ups, and the system cools in summer too. Should have done this years ago."

Home Assessment

We evaluate your current furnace, ductwork, insulation, and electrical panel. A Manual J load calculation determines the exact heating and cooling capacity your home requires.

System Design

Based on your home's needs, we recommend the optimal heat pump system — ducted, ductless, or hybrid. We present options at multiple price points with projected energy savings and available incentives.

Installation

Our team handles everything: furnace removal, heat pump installation, ductwork modifications, electrical upgrades, thermostat setup, and refrigerant line routing. Most conversions complete in 1-2 days.

Commissioning

We verify refrigerant charge, airflow, heating and cooling mode operation, defrost cycle function, and thermostat programming. You receive a full system walkthrough and all warranty documentation.

How much does it cost to convert a furnace to a heat pump?

Will a heat pump work in Nassau County winters?

Can I keep my furnace as backup during the conversion?

Do I need to upgrade my electrical panel for a heat pump?

What happens to my existing ductwork?

How long does a furnace-to-heat-pump conversion take?

Home+ Air & Heat

55 Jericho Tpke Suite 203, Jericho, NY 11753