Heat Pump & HVAC FAQs

A heat pump engineered to keep producing heat efficiently when it's well below freezing outside. Mitsubishi Hyper-Heat (H2i®) units use flash-injection compressors and advanced defrost to deliver 100% of rated heating at 5°F and keep operating to -13°F — the difference between a system that can be your only heat in Upstate NY and one that can't. Conventional heat pumps lose capacity fast below 20°F.

A system that moves heat between outdoor air and your home using a refrigerant loop, instead of burning fuel to make heat. In winter it pulls heat from outside air (there is usable heat in air at -13°F); in summer it runs in reverse as an air conditioner. Because it moves heat rather than creating it, it delivers 2–3 units of heat per unit of electricity.

Yes, differently. A furnace blasts hot air, then goes quiet while the house cools; a heat pump holds a steady temperature with continuous, milder airflow. People used to the blast sometimes think the air feels 'cool' at first — the thermostat says otherwise. Sized correctly, a Hyper-Heat system replaces the furnace outright.

Not for a properly sized whole-home system. Many homeowners keep a wood stove or the old boiler for a season and find they never use it. If you want backup, we'll tell you what it does to your NYS Clean Heat rebate tier before you decide.

It's defrosting. In damp cold the outdoor coil frosts; the unit reverses for a few minutes to melt it and the indoor fan pauses. Normal, and it happens more on wet 30°F days than dry 0°F ones. Ice that never clears or builds solid under the unit is a service call.

Single-zone: one day. Whole-home multi-zone: two to three days. Ducted furnace replacement: two to three days. Each ductless indoor unit needs one 3-inch hole through the wall.

A single-zone system needs a dedicated 15–20A circuit; whole-home systems may need 30–50A and occasionally a panel upgrade. We check at the estimate and price it in writing.

On a stand or wall bracket 12–18 inches above grade, out of the roof drip line, with clear airflow. Sun exposure doesn't matter. We'll keep it away from bedroom windows if you're sensitive to fan noise.

Indoor wall units run as low as 19 dB; the inverter outdoor unit is about the level of a quiet conversation and ramps up and down instead of slamming on.

Yes, if the outdoor unit is sized for it. Tell us at the estimate and we'll plan the capacity in. See our phased install guide.

Heating, Ventilation and Air Conditioning — the three systems that together control comfort, indoor air quality, and humidity in a building.

A blower pulls air in through return grilles, moves it through the air handler where it's heated or cooled, and pushes it back out through supply registers in walls, floors or ceilings. Leaky or undersized ducts are the most common reason a good system underperforms.

Past 12–15 years, efficiency has dropped and a failure is coming. A modern heat pump can cut energy cost by half compared with an older oil or propane system, and the rebates available now won't last forever.

A radioactive gas from soil that can accumulate in basements; it's the leading cause of lung cancer in non-smokers. HVAC doesn't cause or cure it — test your home, and if levels are high, a radon mitigation system is the fix.

No — it raises duct pressure and can damage the blower. With a ductless system you simply turn that zone off, which is the right way to stop conditioning a room.