High-SEER Units
High-SEER Units | Air Conditioning | Heating and Air Conditioning | Kodak
When summer cranks up the heat in Kodak, HEP’s high-SEER units step in with whisper-quiet efficiency, trimming energy bills while surrounding your home in crisp, even comfort. Our NATE-certified technicians match you with the right capacity system, install it with precision, and back everything with a satisfaction guarantee that’s as solid as the Smokies. From smart thermostats to variable-speed compressors, every component is designed to pull more cooling power out of every kilowatt—so you feel the chill, not the cost.
Should you ever need a tune-up or rapid repair, one call brings our 24/7 service fleet to your driveway, stocked with genuine parts and the know-how to fix it fast. Join the HEP membership plan for priority scheduling, annual inspections, and exclusive discounts that keep your air conditioning performing at its peak for years to come. Breathe easy, save money, and stay cool—HEP makes it happen.
FAQs
What is a high-SEER air conditioner and why is the SEER rating important for homes in Kodak, TN?
SEER (Seasonal Energy Efficiency Ratio) measures how efficiently an air conditioner converts electricity into cooling over an entire season. The higher the SEER number, the less energy the unit uses for the same amount of cooling. In Kodak’s hot, humid summers (climate zone 4A), air conditioners run for long stretches, so even a small efficiency gain translates into noticeable savings. High-SEER units—typically SEER 16 to 25 or the newer SEER2 equivalents—feature advanced compressors, variable-speed fans, and larger coil surfaces that remove heat and humidity more effectively while consuming less power.
How much can I save on my energy bills by upgrading to a high-SEER system?
Savings depend on your current system’s efficiency, home size, and usage patterns, but most Kodak homeowners moving from a 10–13 SEER unit to an 18–20 SEER model see 30–50 % lower cooling costs. For a 2,000 sq ft home that spends about $150 a month on summer electricity, that could mean $450–$600 in annual savings. Because high-SEER systems run at lower speeds for longer cycles, you also gain added comfort and reduced wear, which can extend equipment life and lower repair costs.
Are there rebates, tax credits, or other incentives available in Kodak for installing a high-SEER HVAC system?
Yes. As of 2024: • Federal tax credit: Up to 30 % of the installation cost (capped at $600 for air conditioners, $2,000 for heat pumps) if the equipment meets ENERGY STAR® criteria. • TVA EnergyRight® rebate: $150–$400 for qualifying high-efficiency air conditioners and heat pumps installed by a participating contractor in the Knoxville Utilities Board service area. • Local utility incentives: Sevier County Electric System occasionally offers bill credits for high-efficiency upgrades—check current programs. We handle all paperwork and will deduct any confirmed incentives from your final invoice.
Will a high-SEER system keep my home comfortable during Kodak’s peak summer humidity?
Absolutely. Modern high-SEER units use variable-capacity compressors that can ramp down to as little as 30 % of full output, allowing longer run times at lower speeds. This extended cycle improves moisture removal, holding indoor relative humidity around 45–50 % even on 90 °F, high-dew-point days. Because they don’t short-cycle, you’ll notice fewer hot spots, steadier temperatures, and quieter operation compared with single-stage units.
Does a high-SEER air conditioner require special maintenance?
Routine care is similar to standard systems—replace or wash filters every 1–3 months, keep outdoor coils clear of debris, and schedule professional tune-ups twice a year. However, because high-SEER equipment uses advanced electronics and variable-speed motors, those tune-ups should be performed by technicians trained on inverter technology. We connect diagnostic tools to verify refrigerant charge, update firmware, and ensure the compressor and fan speeds are calibrated for maximum efficiency.
How long does installation take and what should I do to prepare?
A typical replacement of an existing split system takes 4–8 hours: 1. Removal of old equipment (1–2 hr). 2. Setting the new outdoor condenser and indoor air handler/coil (2–3 hr). 3. Line-set flushing or replacement, electrical upgrades, and thermostat setup (1–2 hr). 4. Start-up, commissioning, and homeowner orientation (1 hr). To prepare, clear a 3-ft path to the indoor unit and around the outdoor pad, secure pets, and set aside a dedicated 240-V breaker space if your panel is full. We protect floors with drop cloths and handle refrigerant recovery in accordance with EPA regulations.