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Heat Pump Cost in Minnesota (2026)

Minnesota runs on cheap natural gas — but a cold-climate heat pump is still within competitive range.

Minnesota heats with natural gas: 67% of occupied housing units use utility gas (ACS B25040), one of the highest shares in the country. Gas is cheap here — $1.43/therm (EIA March 2026) — which makes the heat-pump-vs-gas comparison much closer than in fuel-oil states. At $0.15/kWh electricity, a cold-climate heat pump (HSPF 10+) costs roughly $1,800-$2,400/yr to heat a 2,000 sqft home, versus about $1,500-$2,100/yr for a 90% AFUE gas furnace. The annual difference is typically $100-$300 — not enough to justify replacement of a working furnace, but enough to make a heat pump compelling when the furnace and AC are both nearing end of life. Xcel Energy serves the Twin Cities metro and southern MN; Minnesota Power and Great River Energy cooperatives cover the rest. Federal Section 25C heat pump credit expired December 31, 2025.

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Heating Fuel Mix — Minnesota

Primary heating fuel by occupied housing unit. Source: Census ACS B25040 (2019–2023). Climate zone: very cold. Residential gas: $1.43/therm (EIA Mar 2026).

Utility Gas
67%
Electricity
14%
Fuel Oil
3%
Propane
11%

Overview

Minnesota heats with natural gas: 67% of occupied housing units use utility gas (ACS B25040), one of the highest shares in the country. Gas is cheap here — $1.43/therm (EIA March 2026) — which makes the heat-pump-vs-gas comparison much closer than in fuel-oil states. At $0.15/kWh electricity, a cold-climate heat pump (HSPF 10+) costs roughly $1,800-$2,400/yr to heat a 2,000 sqft home, versus about $1,500-$2,100/yr for a 90% AFUE gas furnace. The annual difference is typically $100-$300 — not enough to justify replacement of a working furnace, but enough to make a heat pump compelling when the furnace and AC are both nearing end of life. Xcel Energy serves the Twin Cities metro and southern MN; Minnesota Power and Great River Energy cooperatives cover the rest. Federal Section 25C heat pump credit expired December 31, 2025.

Use this result

Use the calculator inputs first, then compare the result against local rates, incentives, roof conditions, and utility export rules.

Method, assumptions, and sourcesOpen this section when you want to audit the calculation behind the estimate.Show

Calculation Method

Minnesota heat pump comparison = gas furnace cost ($1.43/therm at 90% AFUE) vs. cold-climate heat pump ($0.15/kWh at HSPF 10) at very-cold design load and 2,400 EFLH.

Key Assumptions

  • Heating fuel breakdown: 67% utility gas, 14% electricity, 3% fuel oil, 11% propane (ACS B25040 2019–2023).
  • Design temperature -15°F to -20°F; cold-climate heat pump (HSPF 10+) essential.
  • Gas prices are relatively low in MN; the comparison is closer than in fuel-oil states.
  • Xcel Energy and Minnesota Power rebates may apply — verify current amounts.

Data Sources

Heating fuel mix

ACS B25040 (2019-2023)

67% utility gas dominant; 14% electricity includes both resistance and heat pumps.

Electricity and gas rates

EIA March 2026

Residential electricity $0.15/kWh; natural gas $1.43/therm.

Climate zone

ASHRAE / IECC

Minnesota is classified as very-cold (zone 6-7).

Formula Assumptions Data Sources FAQ Related Links

Heat pump vs gas furnace in Minnesota — the honest math

A 2,000 sqft home in very-cold Minnesota (2,400 EFLH) with a design load of 104,000 BTU/hr burns about 1,500 therms of gas per year at 90% AFUE — roughly $2,145 at $1.43/therm. A cold-climate heat pump at HSPF 10 uses about 14,800 kWh — roughly $2,220 at $0.15/kWh. The difference is $75. For a larger home or one with a lower-AFUE furnace, the gap widens in the heat pump's favor. For a super-efficient home, gas stays cheaper. The math is close enough that the decision rides on other factors — AC replacement, rebates, and personal preference.

When a heat pump makes sense in Minnesota

Three scenarios: (1) your gas furnace AND central AC are both 15+ years old — replacing both with a single heat pump saves $6,000-$10,000 in avoided separate-system costs; (2) you're in propane or fuel-oil territory (rural MN, 14% of homes) — those fuels cost 2-3× more than gas and a heat pump saves $1,500-$2,500/yr; (3) you want to eliminate indoor gas combustion or value electrification for emissions reasons. If you have a 3-year-old high-efficiency gas furnace, running the numbers honestly will show a very long payback.

Xcel Energy vs Minnesota Power territory

Xcel Energy serves the Twin Cities, Rochester, St. Cloud, and much of southern Minnesota. Minnesota Power covers Duluth and the Iron Range. Great River Energy cooperatives serve much of rural Minnesota. Each utility has different rebate programs and off-peak rate options. Xcel has proposed time-of-use pilots that could favor heat pumps charged during low overnight rates. Check your specific utility's current rebate at dsireusa.org before getting quotes.

Cold-climate performance in Minnesota winters

Minnesota's 99% design temperature ranges from -10°F (Minneapolis) to -25°F (International Falls). A cold-climate heat pump with HSPF 10+ will maintain capacity to about -15°F, but below that backup resistance strips engage. In Minneapolis, backup runs 80-120 hours per year adding roughly $100-$180 to the annual bill. In International Falls, backup might run 150-200 hours. For propane or oil homes in northern MN, the savings are still substantial despite backup cost. For gas homes, the backup cost narrows the already-close comparison.

Use the Heat Pump Cost & Savings Calculator

Frequently Asked Questions

It's close — typically within $100-$300 per year either way. At $1.43/therm gas and $0.15/kWh electricity, a cold-climate heat pump and a 90% AFUE gas furnace have nearly identical annual heating costs. If your furnace is aging and you also need AC replacement, the avoided dual-system cost tips the math. If your furnace is new, gas stays slightly cheaper to run.