Plan a heat pump purchase with Canadian installed-cost ranges, rebates, operating-cost guidance and local price research—not just equipment sticker prices.
A whole-home air-source system commonly lands in the high four figures to mid five figures installed, while complex cold-climate, multi-zone or ground-source projects can cost substantially more.
| System | Planning range installed | Best fit |
|---|---|---|
| Single-zone ductless | $4,500–$8,500 | Addition, open area, targeted heating/cooling |
| Multi-zone ductless | $8,000–$18,000+ | Homes without central ducts |
| Ducted air-source | $8,000–$16,000 | Homes with usable forced-air ducts |
| Cold-climate ducted | $10,000–$20,000+ | Canadian winter heating priority |
| Ground-source / geothermal | $25,000–$50,000+ | Long-term efficiency, suitable property/site |
Equipment, labour, electrical, ductwork and the project factors that move a quote.
How efficiency, climate, electricity rates and backup heat affect annual energy use.
Replacing an existing heat pump versus converting from a furnace, oil or baseboards.
Built to maintain useful capacity at lower outdoor temperatures.
Single-zone and multi-zone systems for homes without central ductwork.
Central systems using existing or upgraded forced-air distribution.
The most common Canadian heat pump category.
Higher upfront cost with stable ground-loop performance.
A separate heat-pump application for domestic hot water.
Start with your province or territory, then use city pages where we have enough local demand and context to justify a dedicated page.
Compare Canadian-market brands by system type, positioning, warranty and likely installed-cost tier.
Find current programmes and understand why rebate eligibility should never be assumed from a generic price table.
New research: 2026 federal heat pump rebate funding analysis →
Compare upfront and operating economics instead of looking only at equipment price.
NRCan notes that cold-climate air-source heat pumps can operate at outdoor temperatures as low as about -30°C, although system selection and backup strategy matter.
Heat-pump capacity should be based on a recognized heating and cooling load calculation, not square footage alone.
Our site architecture is designed around one canonical set of cost assumptions so calculator, location and system pages stay consistent.
Primary technical references include Natural Resources Canada heat-pump guidance and provincial programme administrators. See our data sources.
Use this as the lead-capture endpoint when the site is deployed. The form is Netlify-ready.