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Steps
1
Evaluate your local climate zone to determine if a heat pump is viable. Homes in Zones 1-3 may be able to control temperature with a heat pump alone, while Zones 4-7 typically require the heating power of a furnace.
2
Compare operational costs based on your local utility rates. Heat pumps use electricity to transfer heat and can be more cost-effective if electricity is cheaper than natural gas or propane in your area.
3
Assess your home's existing infrastructure. If you have ductwork, replacing a furnace with a ducted heat pump is straightforward. If you lack ductwork, consider a ductless minisplit heat pump.
4
Determine if you need year-round temperature control. A heat pump provides both heating and cooling (acting as an air conditioner in summer), whereas a furnace only provides heat and requires a separate AC unit for cooling.
5
Consider a dual-fuel or hybrid system if you live in a cold climate. This setup uses a heat pump for mild weather and automatically switches to a gas furnace during extreme cold for maximum reliability.
6
Consult a licensed HVAC professional to perform a heat loss calculation. A professional can ensure the new system—whether a furnace or heat pump—is appropriately sized for your square footage and insulation levels to avoid short cycling or uneven heating.
Pro Tips
Cold climate heat pumps are now available that can operate effectively in temperatures as low as -20 degrees Fahrenheit.
Check for federal tax credits and local rebates through the Inflation Reduction Act to offset the higher upfront cost of heat pump installation.
Energy Star certified heat pumps can reduce electricity use for heating by up to 75% compared to electric resistance furnaces.