Your heating bill shouldn’t spike every winter. When we install your system, we size it for your actual square footage and insulation levels—not what some chart says a house your age should need.
That means even heat distribution room to room. No cold spots in the back bedrooms while the living room overheats. No system cycling on and off every ten minutes because it’s oversized.
Heat pumps we install in St. Hedwig can cut your heating costs by up to 40% compared to older electric resistance furnaces. That’s real money back in your account every month, not just during the coldest weeks. You’ll also get a system that handles both heating and cooling, which matters when Texas weather swings 30 degrees in a day.
We walk you through efficiency ratings, warranty coverage, and what you’re actually paying for before any work starts. You’ll know the total cost upfront, and you’ll understand why your system is built the way it is.
Texas Air Repair has been installing and servicing heating systems across San Antonio and surrounding areas like St. Hedwig for over 20 years. We’re veteran-owned, which means we show up on time, do what we say we’ll do, and don’t cut corners to save fifteen minutes.
St. Hedwig’s climate is unique—you need a system that can handle 2,600 cooling degree days and still kick on reliably when a cold front drops temps into the 30s overnight. We’ve installed hundreds of systems in this area, and we know what works in your soil conditions, humidity levels, and typical home construction.
Every technician on our team is licensed, insured, and trained on current code requirements. We’re available 24/7 for emergencies because systems don’t wait for business hours to fail.
We start with an in-home assessment. That means measuring your space, checking your existing ductwork, and asking about any rooms that run too hot or too cold. We’re looking for airflow issues, insulation gaps, and whether your current ducts can handle a new system—or if they need modifications.
You’ll get a written quote that breaks down equipment costs, labor, and any duct modifications or electrical upgrades your home needs. We’ll explain why we’re recommending a specific system size and efficiency rating based on your home’s actual needs, not what’s easiest to install.
Installation typically takes one to two days depending on your setup. We remove your old system, install the new heating equipment, test airflow at every vent, and verify the thermostat is calibrated correctly. Before we leave, we show you how to operate your new system and answer any questions about maintenance or warranty coverage.
You’ll also get documentation on your system’s efficiency rating, warranty details, and our 24/7 emergency contact information in case anything comes up after installation.
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Every residential heating system installation in St. Hedwig includes load calculation to determine the right system size for your home. Oversized systems waste energy and create uneven temperatures. Undersized systems run constantly and wear out faster. We calculate the correct size based on your square footage, insulation, window placement, and local climate data.
You’ll get a new thermostat installed and programmed to your preferences. We also inspect and seal your ductwork—leaky ducts can waste up to 30% of your heated air before it reaches your rooms. If your ducts need modifications to work with your new system, we’ll handle that during installation.
St. Hedwig homeowners installing heat pumps should know that these systems work differently than traditional furnaces. They’re more efficient in our mild winters, but they need proper refrigerant charge and airflow to perform correctly. We test both during installation and before we leave your property.
Your installation includes a full system warranty on parts and labor. We also offer flexible financing options if you’re replacing a system unexpectedly and need to spread out the cost. Every installation comes with a walkthrough of your new system’s operation and maintenance requirements.
Heating system installation in St. Hedwig typically ranges from $4,200 to $8,500 depending on system type, size, and whether your ductwork needs modifications. Heat pumps generally cost more upfront than basic furnaces but save money long-term through lower operating costs.
Your total cost depends on your home’s square footage, insulation quality, and existing ductwork condition. A 1,500-square-foot home with good ducts will cost less than a 2,500-square-foot home that needs duct sealing or electrical upgrades. We provide written quotes that break down equipment, labor, and any additional work your home needs before installation.
Financing options are available if you’re replacing a failed system and didn’t budget for the expense. We’ll walk you through payment plans during your estimate so you know exactly what fits your situation.
Heat pumps make more sense for most St. Hedwig homes because they handle both heating and cooling efficiently in our mild winters. They can reduce your heating costs by up to 40% compared to electric resistance furnaces, which are common in Texas homes but expensive to operate.
St. Hedwig averages around 900 heating degree days annually with winter lows around 40°F most nights. Heat pumps work efficiently in these conditions and switch to cooling mode when temperatures climb. You get year-round comfort from one system instead of separate heating and cooling equipment.
Gas furnaces are worth considering if you already have natural gas service and want the fastest heat delivery during cold snaps. But most St. Hedwig homes use electric heating, and heat pumps are significantly more efficient than older electric furnaces. We’ll recommend the best option based on your home’s current setup and your energy cost priorities.
Most residential heating system installations in St. Hedwig take one to two days from start to finish. Straightforward replacements where we’re swapping an old furnace for a new one in the same location usually take one full day. More complex installations involving ductwork modifications, electrical upgrades, or heat pump conversions typically take two days.
We’ll give you a specific timeline during your estimate based on your home’s needs. Factors that extend installation time include adding new ductwork, upgrading your electrical panel to handle a larger system, or installing a heat pump when you previously had a furnace (different refrigerant line requirements).
We don’t rush installations to finish faster. Your system needs proper sizing, correct refrigerant charge, sealed ductwork, and calibrated airflow to work efficiently. Cutting corners during installation leads to higher energy bills and premature system failure. We take the time to do it right so your system performs reliably for 15-20 years.
You don’t always need full duct replacement, but most St. Hedwig homes need at least some duct sealing or modifications during heating system installation. We inspect your existing ductwork during the estimate to check for leaks, damage, and whether the sizing works with your new system.
Heat pumps move air differently than furnaces, so ducts sized for an old furnace might need adjustments for proper airflow with a new heat pump. Leaky ducts waste heated air and force your system to work harder, which increases your energy bills and shortens equipment life. Sealing leaks during installation improves efficiency by up to 30%.
If your ducts are severely damaged, undersized, or located in unconditioned spaces with no insulation, replacement makes sense. We’ll show you the problem areas and explain whether sealing is sufficient or if replacement will give you better long-term performance. You’ll get a clear cost breakdown for any duct work before we start installation.
Your heating system size depends on your home’s square footage, insulation quality, window efficiency, and ceiling height—not just a generic calculation based on square footage alone. A proper load calculation accounts for St. Hedwig’s climate data, your home’s orientation, and how much heat your house loses during cold weather.
Oversized systems are a common problem in Texas. Contractors sometimes install larger systems thinking bigger is better, but oversized equipment cycles on and off frequently, creates uneven temperatures, and wears out faster. Undersized systems run constantly and never quite reach your target temperature during extreme weather.
We perform Manual J load calculations during your estimate to determine the correct system capacity in BTUs. A typical 1,500-square-foot St. Hedwig home with average insulation needs a system around 36,000-48,000 BTUs, but your home might need more or less depending on its specific characteristics. We’ll explain the calculation and why we’re recommending a specific size for your installation.
Yes, we provide 24/7 emergency service for heating system failures in St. Hedwig. When your system dies during a cold snap and repair isn’t an option, we can often complete emergency installation within 24-48 hours depending on equipment availability and your home’s requirements.
Emergency installations follow the same process as scheduled installations—we still perform load calculations, inspect your ductwork, and size your system correctly. We don’t skip steps just because it’s an emergency. The main difference is timeline priority and potential equipment limitations based on what’s in stock during peak season.
If you’re facing an emergency replacement, call us immediately at our 24/7 line. We’ll assess whether your system can be temporarily repaired to get you through a cold night, or if immediate replacement is necessary. We keep common system sizes in stock and have relationships with suppliers across San Antonio to source equipment quickly when you need it.
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