Compare the highest-rated hvac professionals in Quincy, Indiana. All contractors are licensed, insured, and verified through our rigorous screening process.
A full-service HVAC contractor serving Quincy and Owen County for over 25 years. Specializes in high-efficiency system installations, including geothermal heat pumps ideal for Indiana's climate. Offers comprehensive maintenance plans to prepare systems for both humid summers and cold winters.
Family-owned HVAC specialist with deep knowledge of heating and cooling needs specific to west-central Indiana. Known for expert furnace repair during cold winters and AC installation for humid summers. Carries top brands like Trane and Carrier, and offers free energy audits.
Serving Quincy and surrounding communities with reliable 24/7 emergency service. Particularly skilled in heat pump systems and ductless mini-splits, which are effective for Indiana's variable seasonal transitions. Offers affordable maintenance plans to ensure system longevity.
Quincy, Indiana (Owen County) experiences a humid continental climate with hot, humid summers (average highs near 85°F) and cold winters (average lows near 20°F). This creates significant seasonal demand for both air conditioning and heating services. The local HVAC market consists of a mix of long-established family businesses and providers from nearby Spencer that serve the Quincy area. Homeowners often seek energy-efficient upgrades due to temperature extremes, with heat pumps and high-efficiency furnaces being popular choices. Emergency service availability is highly valued during winter cold snaps and summer heat waves.
4.7+ star average from verified customer reviews
All contractors are properly licensed and insured
10+ years average experience in the industry
Familiar with Quincy regulations and climate
Get answers to common questions about hvac services in Quincy, Indiana.
For a standard efficiency, properly sized system, full replacement costs in the Quincy area typically range from $5,000 to $12,000, depending on the unit's capacity and efficiency (SEER/HSPF rating). Indiana's climate, with hot, humid summers and cold winters, makes proper sizing critical, which influences cost. Always get itemized estimates from local contractors that include removal of the old unit, new equipment, ductwork evaluation, and labor.
The ideal times are during the spring (March-May) for AC tune-ups and fall (September-November) for furnace check-ups, as local HVAC companies are less booked than during peak summer or winter emergencies. Scheduling a replacement during these shoulder seasons often results in faster service and potential off-season discounts. Avoid the first major heat wave or cold snap, as technicians are overwhelmed with emergency no-cool or no-heat calls.
While Quincy itself doesn't have unique local codes, Indiana follows the International Residential Code and requires permits for new installations, which a reputable local contractor will handle. For rebates, always check with your specific utility provider (like Duke Energy Indiana) and the statewide "Energy Savings for All" program, which may offer incentives for high-efficiency heat pumps or furnaces, especially for income-eligible households.
Look for a licensed, insured, and locally established contractor with strong reviews from Quincy or neighboring communities like Versailles. They should perform a detailed Manual J load calculation specific to Indiana's climate to ensure proper sizing, not just match your old unit's size. Always verify they are a registered HVAC contractor with the Indiana Professional Licensing Agency and ask for local references.
Modern, cold-climate heat pumps are very effective for most of Indiana's winter, but during extreme cold snaps (below 15°F), their efficiency can drop, which is why they are often paired with a supplemental backup heat source like a gas furnace or electric resistance strips. A reputable local technician can assess if your current system is properly configured or if a dual-fuel system (heat pump + furnace) is a more cost-effective solution for our specific temperature swings.