U.S. HVAC & ELECTRICAL COST INDEX · 2026
HVAC & Electrical Replacement Costs
A U.S. cost index for major mechanical and electrical systems: HVAC replacement, central air, furnaces, heat pumps, ductwork, panel upgrades, 200-amp service work and whole-house rewiring.
Equipment, distribution, controls and electrical work can be separate cost layers.
Panel replacement and service upgrades are not always the same project.
Permits, utility work, ducts, controls and restoration should be explicit.
2026 COST REPORTS
HVAC & Electrical cost guides
HVAC Replacement Cost
System replacement by equipment type, capacity, efficiency and installation scope.
Central AC Replacement Cost
Outdoor unit, indoor coil, refrigerant, efficiency and matched-system decisions.
Furnace Replacement Cost
Equipment, fuel type, venting, efficiency and installation changes.
Heat Pump Replacement Cost
Air-source systems, cold-climate sizing, backup heat and conversion scope.
Ductwork Replacement Cost
Linear-foot planning, material, access and airflow design.
Electrical Panel Upgrade Cost
Panel replacement, amperage, meter work, load calculations and permits.
200-Amp Service Upgrade Cost
Service work, meter, entrance conductors and utility coordination.
Whole-House Rewiring Cost
New circuits, openings, access, wall restoration, old wiring and panel scope.
SYSTEM BOUNDARIES
Equipment price is only one layer of the installed project
An HVAC quote may require refrigerant-line changes, electrical modifications, condensate work, controls, duct corrections or structural access. Electrical work may involve the panel, service entrance, meter equipment, utility coordination and repairs to finished surfaces.
Compare installed scope rather than model price. Similar equipment can produce different totals because one project reuses compatible infrastructure while another needs work around the equipment. A panel replacement can also become a broader service upgrade once capacity is evaluated.
The index separates the major search intents so users can start broad and then move to the system component that is actually changing.
- Confirm ducts, controls and electrical modifications with HVAC work.
- Distinguish panel replacement from service-capacity work.
- Check permit, inspection and commissioning assumptions.
- Identify finish restoration when wiring or ducts require openings.
HVAC DECISIONS
Capacity, efficiency and distribution can matter more than brand
Brand comparisons are easy to shop, but sizing, climate, ductwork, return-air capacity, electrical service and compatibility affect the replacement scope. A heat-pump conversion can also shift cost into electrical and distribution work.
For ductwork, linear-foot ranges are useful only after access is considered. An open basement and a tight attic do not create the same labor model, and airflow design, sealing and insulation matter beyond simple material replacement.
ELECTRICAL DECISIONS
A 200-amp upgrade is a coordination project, not just a larger panel
The phrase “200-amp upgrade” can include different combinations of panel, meter, service entrance conductors, mast or underground service, grounding and utility work. A panel-only quote should not be compared directly with a complete service replacement.
Whole-house rewiring has a similar access problem. Finished walls, ceilings, historic construction and the number of openings can change labor and restoration substantially.
REPAIR COST LEDGER METHOD
Use national ranges as planning data, not as a substitute for local scope.
Repair Cost Ledger organizes U.S. repair costs around the scope that creates the invoice: measured quantity, repair method, access, labor, equipment, permitting, demolition and restoration.
Each detailed report explains its own cost basis. Once you have a contractor proposal, compare it with the guide that matches the actual method and normalize inclusions and exclusions before treating competing totals as equivalent.
EXPLORE THE LEDGER