Heat Pump vs. Gas Furnace in Colorado Springs: The Real Cost Comparison

For most homes here, the honest answer is: a gas furnace is still the cheapest way to make heat in Colorado Springs, a heat pump is the best single-unit value when your air conditioner is also due for replacement, and a dual-fuel setup — heat pump plus furnace — is the best of both when the budget allows. Colorado Springs is unusual in that both of its energy sources are inexpensive compared with national averages, so the math here is closer than the national articles claim.

The right pick also depends on what you're replacing. If your furnace is healthy but the AC is dying, a heat pump can replace the air conditioner and add efficient heating on top of your existing furnace. If the whole system is tired, our free evaluation lays out furnace-only, heat-pump, and dual-fuel packages side by side with itemized pricing so you're choosing with real numbers, not a sales pitch.

A gas furnace burns natural gas, and its efficiency is rated as AFUE — a 95% to 98% furnace turns 95 to 98 cents of every dollar of gas into heat for your home. A heat pump doesn't create heat; it moves it from the outside air to the inside air. Moving heat is so efficient that a modern unit delivers roughly three units of heat for every one unit of electricity — that ratio is its COP, and HSPF2 is the seasonal version of the same idea. On paper, 300% efficiency sounds unbeatable.

The catch is what a unit of each fuel actually costs on your Colorado Springs Utilities bill — which is where local rates change the story.

Colorado Springs Utilities' residential rates are low on both fuels: winter electricity runs around 8 cents per kWh plus adjustment charges (roughly 11 to 13 cents all-in), and residential natural gas lands around 50 to 60 cents per Ccf — about one therm — after commodity and delivery charges. Rates change, so always check your current bill, but the relationship between the two fuels has been stable for years.

Now the comparison. To deliver 100,000 BTU of heat into your home:

With Colorado Springs' inexpensive natural gas, a furnace makes the cheapest heat per BTU — roughly half the running cost of heat-pump heat at current rates. That surprises people who read national comparisons written for markets where electricity costs three times what ours does. A furnace also has other advantages that matter at our address:

A heat pump isn't trying to out-burn a furnace on heating cost — it's trying to do two jobs with one outdoor unit, and that's where its value is:

A dual-fuel (hybrid) system pairs a heat pump with a gas furnace. The heat pump handles heating and cooling through the long mild parts of the season, and the furnace automatically takes over when the temperature drops below a set point — typically programmed somewhere in the 30s °F for our area. You never manage the switch; the thermostat does it.

For Colorado Springs specifically, dual-fuel is the configuration that captures the heat pump's cooling value and shoulder-season efficiency without ever relying on expensive electric strips during a subzero snap — the furnace, with the cheapest heat per BTU in town, handles exactly the hours that matter most. Complete dual-fuel system packages start at $10,400, and we price furnace-only, heat-pump, and dual-fuel options side by side in every whole-system quote. For a deeper look, see our dual-fuel HVAC guide for Colorado Springs.

Everything we publish about high-altitude furnaces applies to heat pumps as well. At 6,035 feet, thinner air means an improperly configured furnace loses output, and a heat pump's outdoor coil also moves less air per revolution than it would at sea level — real capacity drops a few percent. Cold-climate-rated equipment, a proper Manual J load calculation for our climate, and commissioning with a combustion analysis and measured airflow are what separate a system that performs from one that disappoints on the first cold night.

Every system we install is configured and commissioned for 6,000+ feet, permitted through Pikes Peak Regional Building Department, and documented at startup.

A decision framework that holds up:

Every price on this page is a starting price for a straightforward replacement and is provided for research and estimation purposes only — it is not a quote, bid, or contract. Actual pricing depends on your home's size, ductwork, equipment access, efficiency selection, and code requirements, and prices can change without notice. Utility rates change too; the running-cost figures above use published Colorado Springs Utilities residential rates and simple efficiency assumptions, and your actual bill depends on your usage, rate plan, and weather. Final pricing always comes from a free in-home evaluation by a licensed technician.