Propane Prices in Minnesota (Week of Oct 19, 2026)

Residential propane in Minnesota averaged $2.01 a gallon for the week of Oct 19, 2026 (+5.9% in two weeks) – 25% below the US average and the 7th lowest of 38 states EIA surveys.

Source: EIA Heating Oil and Propane Update (weekly, excluding taxes). Updated automatically each week from October to March.

Cost of this fill$604.20
Gallons delivered300 gal
Winter heating cost$1,007
Per month (Oct–Mar)$168

Cost to fill a tank in Minnesota

DeliveryGallonsCost at $2.01/gal
20 lb grill cylinder (≈4.7 gal)4.7$9.47
100 lb cylinder (≈23.6 gal)23.6$47.53
500-gallon tank, 20% → 80%300$604.20
1,000-gallon tank, 20% → 80%600$1,208.40

Before sales tax, delivery minimums or small-delivery fees, which vary by dealer.

Cheapest way to heat in Minnesota right now

Heating systemCost per million BTU of heat
Natural gas furnace (95%)$11.15
Heat pump (HSPF2 9, COP ≈2.6)$19.67
Propane furnace (90%)$24.47
Heating oil furnace (85%)$50.25
Electric baseboard (COP 1)$51.14

Using Minnesota's current averages for propane, heating oil, natural gas and electricity (17.45¢/kWh). Prices for natural gas in Minnesota and electricity in Minnesota. See also heating oil prices in Minnesota.

Nearby states

Propane prices in all surveyed states

Frequently asked questions

What is the price of propane in Minnesota this week?

$2.01 per gallon on average for homes in the week of Oct 19, 2026, before taxes (EIA survey). That is 25% below the US average of $2.69, and +5.9% since Oct 5, 2026.

How much does it cost to heat with propane in Minnesota?

At $2.01 a gallon, 500 gallons over a winter costs about $1,007 before tax. Actual use depends on the house, insulation and winter – check your past deliveries and enter them in the calculator.

Is propane cheaper than other heat in Minnesota?

Per million BTU of heat, propane costs about $24.47 in Minnesota this week. The cheapest option at current state averages is natural gas furnace (95%) at $11.15.

Source: EIA weekly residential propane prices. Heat comparison uses typical efficiencies and EIA state averages.