When homeowners start exploring electrification or upgrading an aging HVAC system, one question rises to the top: what is the new heat pump cost? At CountBricks, we generate thousands of AI-driven residential estimates every month, so we have a front-row seat to current market pricing. This guide unpacks today’s costs, why prices swing, and how CountBricks.com can give you a precise number before demolition even begins.
• Entry-level 2-ton air-source heat pump: $9,800 – $12,500 installed
• High-efficiency variable-speed 2-ton unit: $13,500 – $17,000 installed
• Cold-climate 3-ton system with electric backup: $17,000 – $22,500 installed
The wide spread reflects equipment brand, efficiency rating, installation complexity, and regional labor rates. By feeding local supplier pricing and labor data into our AI engine, CountBricks narrows this band to a single line-item estimate in minutes.
1. Equipment size and SEER2/HSPF rating – higher efficiency equals higher upfront cost but lower lifetime utility spend
2. Electrical upgrades – panel upsizing, dedicated breakers, or new service drops run $1,200 – $4,500
3. Ductwork modification – sealing, resizing, or full replacement can add $3,000 – $9,000
4. Refrigerant line length – longer runs mean more copper, insulation, and labor
5. Permit and inspection fees – typically $200 – $600 but vary by municipality
6. Ancillary items – condensate pumps, smart thermostats, and vibration pads add $150 – $600
Supply chains, union labor, and energy-code requirements create city-to-city spreads of up to 25 percent. For example, a 3-ton cold-climate system that prices at $18,000 in suburban Nashville often lands at $22,000 in New York City once prevailing-wage labor, stair carries, and DOB filing fees are added. CountBricks updates its pricing matrix daily against local material invoices, ensuring your estimate reflects the ZIP code, not a national average.
• Realtime voice capture – talk through the scope on site, and our software converts speech to structured tasks
• Dynamic materials database – we pull current supplier cost sheets and automatically apply mark-ups you set
• Task productivity curves – installation hours adjust for crew size, accessibility, and story count
• Integrated permit libraries – jurisdiction fees drop into the estimate with one click
The result is a sharable PDF and branded proposal ready for e-signature without manual spreadsheet edits.
Many clients hesitate at the sticker price of a high-efficiency heat pump. However, when we model five-year energy and maintenance costs, the picture shifts.
• Typical 92 AFUE gas furnace + 14 SEER AC: $11,000 installed, $1,800 average annual operating cost
• 18 SEER2 heat pump: $15,000 installed, $1,050 average annual operating cost
Over five years, the heat pump saves roughly $3,750 in energy, shrinking the net premium to under $250. Add state electrification rebates and the heat pump often wins on total cost.
1. Federal tax credit – 30 percent of project cost up to $2,000 under the Inflation Reduction Act
2. Utility rebates – many East Coast utilities offer $800 – $2,000 per qualifying system
3. State green-energy grants – additional $1,500 – $5,000 for low- and moderate-income households
CountBricks keeps its incentive library updated weekly so your proposal highlights every available dollar.
1. Schedule a five-minute voice call through CountBricks.com/consultation
2. Describe the home’s square footage, insulation level, and existing electrical service
3. Our AI builds a preliminary new heat pump cost model in under 60 seconds
4. Approve or tweak scope items in the interactive dashboard
5. Receive a branded PDF quote and detailed bill of materials ready for homeowner review
• Perform a Manual J load calc before deciding tonnage – oversizing kills efficiency
• Allocate 10 percent contingency for hidden duct issues in pre-1970 homes
• Combine heat pump install with weatherization to qualify for larger rebate tiers
• Lock equipment early during peak summer demand to avoid price escalations
• Use CountBricks blueprint takeoffs to prove duct layouts and reduce site surprises
• Speed – voice-to-estimate workflow slashes office time by up to 70 percent
• Accuracy – automated material cost updates end margin-eroding price creep
• Professional image – sleek quotes, progress-billing schedules, and e-invoices impress clients
• Collaboration – share cloud-based estimates with subs and suppliers in real time
Ready to tighten your numbers and win more bids? Explore CountBricks.com/services today.
A 1901 three-story brownstone in Park Slope needed to replace its aging steam boiler and window AC units. The owner wanted an all-electric solution that preserved interior finishes. CountBricks partnered with the GC to deliver a precise new heat pump cost in under ten minutes.
• Two 3-ton cold-climate ducted heat pumps located in the cellar and attic
• Slim-duct risers snaked through wardrobe closets to minimize drywall demo
• 200-amp electrical service upgrade and new sub-panel
• Spray-foam air sealing of roof deck to reduce overall load
The AI engine incorporated neighborhood labor rates, specialty copper line pricing, DOB filing fees, and a $2,000 utility rebate. Final line-item cost: $41,750. The GC reported that traditional manual takeoffs previously produced a ±12 percent variance; CountBricks tightened it to ±3 percent, protecting profit.
• Early blueprint takeoffs identified a chase wall wide enough for both supply and return ducts, averting costly soffits
• Voice-to-estimate captured field discoveries—like brick nogging behind plaster—in real time, keeping the budget live
• Integrated progress billing let the GC invoice 40 percent at equipment delivery, improving cash flow
Whether you are electrifying a historic townhouse or installing a single-stage unit in a new build, CountBricks delivers data-rich estimates, polished proposals, and on-site agility. Book a demo at CountBricks.com/consultation and see how minutes, not days, can separate you from your next signed contract.
