Modern inverter heat pumps - Mitsubishi Hyper-Heat, Carrier Greenspeed, Trane XV20i, Daikin Aurora, Bosch IDS - hold capacity down to 5F and produce useful heat to -15F. Dual-fuel hybrids deliver the lowest lifetime heating cost at NE Ohio rates. Installed and serviced across Trumbull, Mahoning, Portage, Ashtabula, and Columbiana counties.
Regularly $119 · Appointments are limited
Our technician inspects and tests your heating system before the cold weather hits. Carbon monoxide safety check included. No membership required.
$59 fall furnace tune-up for residential customers, through October 31, 2026, while appointments last. No membership required. Repair costs, if needed, are separate.
For thirty years, heat pumps were a hard sell in Northeast Ohio - and rightly so. Old-tech single-speed heat pumps lost capacity below about 25F, switched to expensive electric resistance strip heat for the rest of the winter, and ran homeowners into electric bills that made the gas-furnace neighbors look like geniuses. Plenty of NE Ohio homeowners had that experience and never forgot it.
Cold-climate inverter heat pumps changed the math. Mitsubishi Hyper-Heat, Carrier Greenspeed, Trane XV20i with Comfort Coil, Daikin Aurora, Bosch IDS Premium Connected - these systems hold rated heating capacity down to our 5F design temp and continue producing useful (positive-COP) heat down to -13F to -15F. NEEP - Northeast Energy Efficiency Partnerships - publishes the ccASHP qualified-product list, the authoritative list of cold-climate heat pumps. We only install from that list when the system is primary heat in NE Ohio.
Dual-fuel hybrid is the right answer for most NE Ohio homes that already have natural gas. The heat pump runs above the balance point (commonly 25-35F), the gas furnace takes over below it. You use whichever fuel is cheaper for the conditions, and you have a backup heat source on the coldest nights. The math works in NE Ohio in a way it didn't ten years ago.
Whether you're installing a new heat pump, converting from gas-only to dual-fuel hybrid, or troubleshooting a winter no-heat call on an existing system, here's what's in scope:
Six steps from the first call to a heat pump running through the worst of February.
A real tech walks the home, runs Manual J on the spot or back at the office, evaluates electrical panel capacity, checks duct sizing, and identifies the right install location for the outdoor unit (snow clearance, salt exposure, defrost runoff, sound). Existing furnace inspected for dual-fuel pairing.
Three honest tiers - good, better, best - all from the NEEP ccASHP qualified list. Dual-fuel hybrid vs all-electric quoted separately with the lifetime-cost math on each at current NE Ohio gas/electric rates. AHRI match number listed for each.
We pull the mechanical permit (and electrical if the panel is being upgraded) in your name. Equipment lead time is 1-3 weeks on most cold-climate models; we lock the install date once equipment is in the warehouse.
Two-tech crew typical. Single-day install on most retrofits, 1.5-2 days on gas-to-electric conversions or panel upgrades. Old equipment recovered and removed, outdoor unit set on an elevated stand, line set evacuated and pressure-tested, refrigerant charged by weight, controls wired and commissioned.
We verify refrigerant charge, run the defrost cycle, measure superheat and subcool, test airflow at the registers, and (on dual-fuel) set the balance point based on current gas/electric rate ratios. Walk you through what a normal defrost cycle looks and sounds like before we leave - so the first February event doesn't feel like a malfunction.
Local building inspector signs off. We register the manufacturer warranty within the eligibility window. You get all install records and the AHRI match number.
Heat pumps are a knowledge-heavy install and most NE Ohio shops are still learning the cold-climate models. Here's what makes a heat pump install with us different.
We install primary-heat heat pumps from the NEEP cold-climate qualified product list - Mitsubishi Hyper-Heat, Carrier Greenspeed, Trane XV20i, Daikin Aurora, Bosch IDS - not generic catalog units. Cold-climate-rated equipment is the whole reason heat pumps work in NE Ohio winters now.
Most NE Ohio homes with gas service are better off on dual-fuel than all-electric at current rate ratios. We size the heat pump for cooling load plus shoulder-season heating, integrate with the existing or new gas furnace, set the balance point correctly, and re-check it seasonally on the maintenance plan.
Outdoor units in the heavy-snow corridor (Ashtabula, eastern Trumbull) get set 24" elevated on a stand, not the standard 12". Units near salted streets get coil-coating options. Coil orientation is set so defrost runoff drains away from the unit instead of refreezing under it. We've seen what NE Ohio winters do to bare equipment.
Inverter heat pumps - especially cold-climate models - are sensitive to refrigerant charge. The right charge by weight at install commissioning is the difference between an 18-year unit and a 9-year unit. Pressure-only charging on an inverter is malpractice. Our techs charge by weight on every install.
Every tech on the truck is Section 608 certified to handle every residential refrigerant legally - R-410A, R-32, R-454B. We log every refrigerant addition because federal recordkeeping requires it.
At hand-off you get the AHRI match number, model numbers, and ENERGY STAR certification in a single PDF, ready for any utility rebate or warranty claim.
Questions about your home? We will give you straight answers, no pressure.
Contact usModern cold-climate heat pumps, yes - emphatically. Old-tech heat pumps (the ones that gave the technology a bad name 15 years ago) lost capacity below 25F and switched to expensive electric resistance strip heat. Cold-climate inverter models - Mitsubishi Hyper-Heat, Carrier Greenspeed, Trane XV20i, Daikin Aurora, Bosch IDS - hold rated capacity down to 5F and continue producing useful heat down to -13F to -15F. NEEP (Northeast Energy Efficiency Partnerships) maintains the ccASHP product list of qualifying cold-climate units. If a salesperson is pitching you a non-NEEP-listed heat pump for primary heat in NE Ohio, walk.
A dual-fuel hybrid pairs a heat pump with a gas furnace and uses an outdoor temperature sensor to decide which one runs. Above the balance point (commonly set at 25-35F in NE Ohio), the heat pump heats - more efficient and cheaper to run. Below the balance point, the gas furnace takes over. The result is the lowest lifetime heating cost at current NE Ohio gas/electric rate ratios, because you use whichever fuel is cheaper for the conditions. It also gives you a backup heat source on the coldest nights when the heat pump is working harder.
Depends on three things. (1) Whether you already have natural gas to the home. If you do, dual-fuel is almost always the lower lifetime cost. If you don't, the cost of running a new gas line is rarely worth it - all-electric wins. (2) Your electrical panel capacity. All-electric heat pump heating with backup strip heat needs a healthy panel and 100A service is usually too tight. (3) Your tolerance for the variable-cost equation. Dual-fuel adapts to whichever fuel is cheaper. All-electric is simpler but exposes you fully to electric rates.
On a dual-fuel system, the balance point is the outdoor temperature at which the system switches from heat pump to gas furnace (and back). Set it too high and the furnace runs more than it needs to - you spend on gas when the heat pump would have been cheaper. Set it too low and the heat pump strains in conditions where the furnace would have been cheaper per BTU. The right balance point shifts when gas and electric rates shift. We set it correctly at install and re-check it seasonally for customers on the maintenance plan. A 2-3 degree change can be meaningful over a NE Ohio winter.
A thin layer of frost on the outdoor coil in winter is normal - the heat pump pulls heat from outdoor air and the coil runs below freezing in the process. Every 30-90 minutes the unit runs a defrost cycle: the outdoor fan stops, the reversing valve flips to cooling mode for a few minutes, the coil heats up and the frost melts. You may see steam rising from the unit, a brief warm-then-cool burst from the supply registers, and water dripping or running off. That's all normal. What's NOT normal: a coil iced solid (not just frosted), no defrost cycle visible for hours, or ice mounded around the base of the unit. That's a defrost board, defrost sensor, reversing valve, or refrigerant problem - call us.
Depends on whether you're going all-electric or dual-fuel and what you're replacing. All-electric heat pump replacing an electric resistance furnace - your bill drops significantly because heat pumps move 2.5-4x the heat per kWh that resistance heat produces. All-electric heat pump replacing a gas furnace - your electric bill goes up but your gas bill drops or goes to zero. Total energy spend usually comes out comparable or slightly lower depending on rate ratios. Dual-fuel paired with an existing gas furnace - electric bill goes up modestly in mild winter conditions, gas bill drops, total spend usually drops. We run the actual numbers for your home in the written quote.
10-15 years on average in NE Ohio - shorter than a furnace (15-20+) because heat pumps run year-round and rack up more annual runtime hours. Inverter cold-climate units may run slightly shorter on the compressor side because of the higher duty cycle, but the inverter electronics are often what fails first. Manufacturer warranties on registered heat pumps are typically 10-year parts on the compressor and 10-year parts on other components, sometimes with extended labor coverage on premium tiers. We register the warranty on your behalf inside the eligibility window.
Same-day dispatch from our Warren shop across five counties.
“Furnace went out on a Sunday night. AK had a tech in the driveway in 90 minutes, parts on the truck, and we were warm before kids' bedtime. Worth every dollar of the maintenance plan.”
“Our restaurant walk-in went down at 6am. AK answered the after-hours line on the second ring and had us running before lunch service. We've switched all of our refrigeration work to them.”
“Had Generac install, AC tune-up, and a humidifier swap done across two visits. One bill, one company, real techs. This is what local service is supposed to feel like.”
On a dual-fuel hybrid, the balance point is the outdoor temperature where the system flips from heat pump to gas furnace. The right setting depends on the gas/electric rate ratio - and those ratios shift every year as utilities re-file rates. A balance point of 30F may have been ideal in 2023 but be 3 degrees off in 2026. Check the most recent gas and electric rate-per-therm and rate-per-kWh on your bills, and either call us or DM your customer rep at Enbridge/Dominion (gas) and Ohio Edison (electric) to confirm. A correct balance point can shave 5-10% off annual heating spend on a dual-fuel system.
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