High-efficiency A/C
High-efficiency A/C | Heating and Air Conditioning | Copperhill
When Copperhill’s mountain mornings start crisp and the summer sun climbs high, HEP keeps every home perfectly comfortable with cutting-edge, high-efficiency heating and air conditioning solutions. Our ENERGY STAR®-rated systems whisper quietly while slashing utility bills, and smart thermostats learn your routine to deliver just-right comfort the instant you walk through the door. From precision load calculations to meticulous installation, we design each system around your lifestyle and your home’s unique demands, ensuring year-round performance that feels as good on your wallet as it does in every room.
Behind every install is a team of local, NATE-certified technicians who treat your space like their own. We arrive on time, clean up thoroughly, and back our work with rock-solid warranties—plus 24/7 emergency service when the unexpected happens. Discover why your neighbors trust HEP for comfort that never compromises on efficiency, reliability, or hometown service.
FAQs
What makes an air-conditioning or heat-pump system “high-efficiency” and how is it measured?
High-efficiency equipment is designed to deliver the same or greater comfort while using less electricity than standard models. For central air conditioners and heat pumps, efficiency is expressed as SEER2 (Seasonal Energy Efficiency Ratio, version 2) for cooling and HSPF2 (Heating Seasonal Performance Factor, version 2) for heating. In Copperhill’s climate, models rated 16–20 SEER2 and 8.1–10 HSPF2 are considered high-efficiency. They reach these numbers through variable-speed compressors, advanced refrigerants, ECM blower motors, and smarter electronics that adjust output to real-time demand.
How much can I expect to save on my utility bills by upgrading to a high-efficiency system in Copperhill?
Savings depend on the efficiency of your existing unit, your home’s insulation level, and daily usage patterns. Replacing a 10-SEER system with an 18-SEER2 unit can cut cooling costs by 40-50 %. Because Copperhill sees both hot summers and cool winters, a high-efficiency heat pump can trim winter heating costs by 25-35 % compared with electric resistance heat or older 7.7-HSPF units. Over the 12- to 15-year life of the system, most homeowners recover the upgrade cost through lower energy bills.
Will a high-efficiency heat pump keep my home warm enough during Copperhill’s colder months?
Yes. Modern inverter-driven heat pumps maintain full heating capacity down to about 25 °F and continue providing heat at outdoor temperatures as low as 5 °F, which covers nearly all Copperhill winter nights. For rare extreme cold snaps, systems can be paired with an auxiliary electric heater or a gas furnace (dual-fuel) to ensure uninterrupted comfort.
Do I need to replace my existing ductwork when I install a high-efficiency system?
Not always. If your ducts are properly sized, sealed, and insulated, they can usually be reused. However, high-efficiency variable-speed systems deliver air at different volumes than single-stage units, so we perform a duct inspection and Manual D calculation to confirm compatibility. Undersized, leaky, or poorly insulated ducts can reduce efficiency by 20 % or more, so we may recommend repairs or minor modifications to maximize performance.
Are there rebates or tax incentives available in Copperhill for high-efficiency HVAC installations?
Yes. Tennessee Valley Authority (TVA) and local electric cooperatives periodically offer rebates—typically $200–$400—for ENERGY STAR® certified heat pumps above 15.2 SEER2. In addition, the federal Inflation Reduction Act provides a 30 % tax credit (up to $2,000) for qualifying heat pumps and a separate 10 % credit (up to $600) for advanced air conditioners. Our team stays current on all programs and will handle the paperwork so you receive every dollar you qualify for.
How long does installation take and what kind of maintenance is required afterward?
Most residential replacements are completed in one day, including removal of the old equipment, setting the new condenser/air handler, pressure testing, charging, and commissioning. If duct repairs are needed, add another 4–8 hours. After installation, plan on two professional tune-ups per year—one before cooling season and one before heating season. Regular maintenance includes cleaning coils, checking refrigerant pressures, calibrating thermostats, and changing filters. Proper upkeep preserves efficiency, extends equipment life, and keeps your manufacturer warranty in force.