HVAC Installation & Replacement Services, Georgetown TX
Core Installation & Replacement
Complete HVAC system installation, load calculation, equipment selection, installation, and commissioning.
Full system replacement, we remove old equipment, install the new system correctly, and commission to manufacturer specs.
Complete heating and cooling system replacement including air handler, outdoor unit, and associated components.
Relocate HVAC equipment for home renovations, additions, or when existing placement is problematic.
Manual J load calculation to determine correct equipment size, the most critical step in any installation.
Upgrades & Corrections
Fix HVAC systems installed incorrectly, wrong sizing, improper refrigerant charge, poor duct connections, or code violations.
Upgrade specific HVAC components, from single-stage to variable-speed, from standard to high-efficiency equipment.
Upgrade aging systems with modern high-efficiency equipment, reduced operating costs and improved comfort.
Configure dual-fuel heat pump + gas furnace systems with correct balance point settings for Georgetown's climate.
Supporting Installation Services
Install solar attic fans to reduce attic temperatures and HVAC cooling load, significant savings in Georgetown's sun exposure.
Install insulated attic stair covers to seal a major air leak point common in Georgetown homes.
Integrate power attic ventilators with HVAC controls to reduce attic temperatures and cooling load.
Signs Your System Has Reached End of Life
Most residential HVAC equipment is designed for a service life of roughly twelve to eighteen years, though the actual number depends heavily on maintenance history, installation quality, and how hard the system has been worked. In Georgetown, where cooling equipment can run six to seven months a year and attic-mounted air handlers regularly operate in attic spaces that reach 130 to 150 degrees Fahrenheit during summer afternoons, equipment ages faster than the same system would in a milder or less attic-dependent climate.
Age alone isn't the only signal. A system in the back half of its expected lifespan starts showing a pattern: rising repair frequency, refrigerant that needs periodic recharging (a sign of a slow leak that will only get harder to seal as the coil ages), a noticeable jump in energy bills that isn't explained by weather, and a compressor that runs longer than it used to for the same temperature drop. Individually, any of these might be a one-off repair. Together, especially on equipment already past ten to twelve years old, they usually indicate the system is working harder to do the same job, which is the hallmark of end-of-life equipment.
Upgrading an old system is also an efficiency conversation, not just a reliability one. Equipment installed in the early 2000s or earlier commonly carries a SEER rating of 10 to 13. Current minimum-efficiency equipment starts around 14 to 15 SEER2, and mid-to-high tier equipment reaches 18 to 20+ SEER2. On a Georgetown home running the AC through a long, humid summer, the difference between 11 SEER and 16 SEER2 can meaningfully change a monthly electric bill, and that gap widens further with two-stage or variable-speed equipment that also improves humidity control.
We approach an upgrade decision with a repair-versus-replace comparison specific to the equipment in front of us: current repair cost against the system's age, refrigerant type (R-22 systems face rising and increasingly scarce refrigerant costs), and a rough estimate of ongoing efficiency losses from an aging compressor and coil. For systems clearly past their practical lifespan, we walk through equipment tiers and help you weigh upfront cost against the operating savings and comfort improvement of newer technology, rather than defaulting to the cheapest like-for-like replacement.
Frequently Asked Questions About Upgrading an Aging HVAC System
New HVAC System for Your Georgetown Home?
Free in-home estimates. Load calculation included. Multiple equipment tiers quoted.