Heat Pump Cost in Ohio (2026)

Unlike most states, Ohio separates electric distribution (poles and wires) from generation (the power itself). Your utility — AEP Ohio, FirstEnergy, or Duke Energy Ohio — delivers the electricity, but you can choose who supplies it. The default generation rate is the Price-to-Compare (PTC), which fluctuates quarterly. If you lock in a competitive supplier rate below the PTC — say $0.14-$0.16/kWh versus the $0.19/kWh all-in average — your heat pump operating cost drops by 15-25%. For a heat pump using 13,000 kWh per winter, that's $400-$650 saved annually. This ability to shop rates is the single biggest variable in Ohio heat pump economics. Use PUCO's Apples to Apples tool to compare current supplier offers before running your heat pump cost calculation.

Ohio's three major electric distribution utilities divide the state into three distinct regions. AEP Ohio serves Columbus and central Ohio, stretching east to the West Virginia border and south along the Ohio River — it's the largest territory by area. FirstEnergy's Ohio operating companies (Ohio Edison, The Illuminating Company, Toledo Edison) serve the northeastern quadrant including Cleveland, Akron, Youngstown, and Toledo. Duke Energy Ohio serves the Cincinnati metro area and the southwestern corner of the state along the Ohio River. Each utility's distribution charges add $0.05-$0.07/kWh to your bill regardless of your chosen supplier. These charges are regulated and non-shoppable, meaning a portion of your electric rate is fixed by geography. AEP Ohio has piloted time-of-use rates in the Columbus area; FirstEnergy has proposed TOU pilots for its Ohio territory. Check your specific utility for current rate options that could lower off-peak heat pump costs.

About 9% of Ohio homes — roughly 450,000 households — heat with propane or fuel oil. These homes are concentrated in rural counties without natural gas infrastructure and in older housing stock where gas conversion hasn't occurred. For these homes, a heat pump saves $1,200-$2,000 per year in fuel costs, even at Ohio's $0.19/kWh average rate. The payback period is 4-7 years depending on installation cost and whether you secure a lower competitive generation rate. Rural electric cooperatives serve many of these areas with rates that can differ from the major IOU territories — check your co-op's rate schedule, as some offer demand-response or off-peak heat pump rates that improve the savings.

Ohio has no statewide heat pump rebate program. The state's efficiency portfolio was significantly reduced after House Bill 6 in 2019 gutted Ohio's renewable portfolio and energy efficiency standards — although portions of HB6 were later repealed, the heat pump incentive infrastructure was never rebuilt. Individual utilities may offer efficiency programs with modest heat pump rebates; check AEP Ohio, FirstEnergy, and Duke Energy Ohio's respective energy efficiency pages for current offerings. The deregulated generation market's rate-shopping capability serves as Ohio's de facto financial incentive for electrification. Federal Section 25C is expired for 2026 — there is no federal heat pump tax credit available this year.

For gas-heated Ohio homes, dual-fuel — a cold-climate heat pump paired with your existing gas furnace — can optimize around Ohio's moderate gas prices. The heat pump handles shoulder seasons (October-November, March-April) and mild winter days above 25°F where COP is 2.5-3.5 and the lower electric rate (if you shopped it) beats $1.38/therm gas on delivered heat cost. The gas furnace handles the coldest months (December-February) and sub-20°F nights where cheap gas is the lower-cost option. For homes on propane or oil, skip dual-fuel: go full heat pump. The installed cost difference between dual-fuel and full heat pump is roughly $2,000-$4,000, which the avoided propane/oil costs recover quickly.