Frequently Asked Questions (FAQs) – GTP HVAC Assist

A two-stage furnace has two heat output levels: a lower setting for milder weather and a higher setting for colder days, enhancing comfort, efficiency, and quieter operation compared to single-stage units.

A modulating furnace continuously adjusts its heat output, typically between 40% and 100%, to precisely match your home’s heating needs. This results in optimal comfort, energy efficiency, and quieter operation.

A single-stage air conditioner runs at maximum cooling capacity whenever operating. It’s simple and cost-effective but less efficient at humidity and temperature control compared to multi-stage systems.

A two-stage air conditioner provides two levels of cooling: low and high. It typically runs at low capacity to maintain comfort efficiently and switches to high capacity on hotter days, providing better humidity control and energy efficiency.

A variable-speed (inverter) air conditioner continuously adjusts its compressor speed to match the exact cooling demand of your home. This precise control maximizes energy efficiency, reduces noise, and provides superior humidity and temperature regulation.

SEER (Seasonal Energy Efficiency Ratio) measures air conditioner cooling efficiency. A higher SEER rating means greater energy efficiency, resulting in lower operating costs.

HSPF (Heating Seasonal Performance Factor) measures heat pump heating efficiency. Higher HSPF ratings indicate better efficiency and reduced energy costs during the heating season.

AFUE (Annual Fuel Utilization Efficiency) measures furnace heating efficiency. A higher AFUE rating means increased energy efficiency and lower fuel costs.

Zone control allows independent temperature management in different areas or zones of your home using separate thermostats and dampers in ductwork, optimizing comfort and energy savings.

A heat pump moves heat between indoors and outdoors. It provides heating by extracting heat from the outdoor air in winter and cooling by transferring heat outside in summer, offering efficient year-round comfort.

A hybrid HVAC system combines a gas furnace and an electric heat pump, automatically selecting the most energy-efficient heating option based on outdoor conditions, reducing energy costs and environmental impact.

A hybrid heat pump system combines an electric heat pump with a backup heat source, usually a gas or oil furnace. The system automatically switches to the backup heat source during extremely cold conditions when a heat pump becomes less efficient, optimizing comfort and efficiency year-round.

Replace your HVAC air filter every 1-3 months, depending on factors such as indoor air quality, household pets, and allergies, to maintain system efficiency and air quality.

Consider replacing your HVAC system if it is over 10-15 years old, frequently requires costly repairs, or is increasingly inefficient. Upgrading improves reliability, comfort, and efficiency.

Regular maintenance ensures your HVAC system operates efficiently, reduces breakdown risk, enhances indoor air quality, and prolongs equipment lifespan.

A professional tune-up includes inspection, cleaning, refrigerant checks, lubrication of moving parts, safety control tests, and adjustments to ensure efficient and reliable operation.

Ductless mini-split systems provide direct heating and cooling to individual rooms without ductwork, offering high efficiency, quiet operation, and effective zone control.

Refrigerant absorbs and releases heat within HVAC systems, enabling effective heating and cooling. Proper refrigerant levels ensure efficient performance and comfort.

Uneven temperatures can be caused by poor insulation, improperly sized HVAC systems, duct leaks, or inadequate zoning. Addressing these issues improves home comfort.

How can upgrading my HVAC system add value to my home?
Upgrading to a modern, energy-efficient HVAC system enhances home comfort, reduces energy expenses, and boosts property value, appealing to prospective homebuyers.