Your electric bill drops. That’s the first thing you’ll notice after heat pump installation in Selma, TX—sometimes by as much as 50% compared to what you’re paying now with electric resistance heating.
You get both heating and cooling in one system. No separate furnace. No juggling two pieces of equipment. Heat pumps transfer heat in during winter and push it out during summer, handling Texas weather without the waste.
Your home stays comfortable when it matters. Modern heat pump systems work efficiently even when temperatures drop into the teens, which covers just about anything Selma throws at you. And during those brutal summer months, you’re getting the same powerful cooling you’d expect from a traditional AC—but using far less electricity to do it.
Over 15 years, that efficiency puts thousands of dollars back in your pocket. You’re also reducing your carbon footprint without burning fossil fuels for heat. And if your current system is over 10 years old, you’re likely spending more than you should every single month.
We’ve been installing and servicing HVAC systems across the San Antonio area 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 waste your time with upsells you don’t need.
Our technicians are licensed, certified, and trained on the latest heat pump technology. We’ve installed systems in hundreds of Selma homes, and we understand what works in this climate. You’re not getting a one-size-fits-all recommendation—you’re getting a system properly sized for your home and your actual usage.
We’re available 24/7 for emergencies because HVAC failures don’t wait for business hours. When your system goes down in the middle of a cold snap or a heat wave, you need someone who answers the phone and shows up ready to fix it. That’s what we do.
We start with an in-home assessment. One of our technicians comes out, looks at your current system, measures your space, checks your ductwork, and asks about your comfort issues and energy bills. This isn’t a sales pitch—it’s a diagnostic visit to figure out what you actually need.
From there, we recommend a heat pump system that fits your home size, your budget, and your goals. We’ll walk you through efficiency ratings, expected energy savings, available rebates and tax credits, and what the installation process looks like. You’ll get a clear quote with no surprises.
Once you’re ready to move forward, we schedule the installation at a time that works for you. Our crew removes your old system, installs the new heat pump, tests everything to make sure it’s running efficiently, and walks you through how to use and maintain it. Most installations are completed in a day.
After installation, we’re still here. We offer ongoing maintenance plans to keep your system running at peak efficiency, and if anything ever goes wrong, you’ve got 24/7 access to our team. You’re not on your own after we leave.
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You get a complete system teardown and removal of your old equipment. We don’t leave you dealing with the disposal—we handle it.
Your new heat pump system is professionally installed with proper refrigerant charging, electrical connections, and thermostat setup. We make sure your ductwork is sealed and functioning correctly, because even the best heat pump won’t perform if your ducts are leaking conditioned air into your attic.
We test the system under load to confirm it’s heating and cooling efficiently. You’ll see it working before we leave. We also program your thermostat and show you how to adjust settings for maximum efficiency and comfort.
In Selma, where summer highs regularly hit the upper 90s and winter lows can dip into the 30s, your heat pump needs to handle both extremes. We size your system based on your home’s square footage and insulation, not some generic formula. For a typical 2,000-square-foot home here, you’re looking at a unit on the higher end of the 2.5 to 5-ton range to keep up with cooling demand.
You also get access to federal tax credits—up to $2,000 for qualifying air-source heat pumps. We’ll point you toward the paperwork and rebates you’re eligible for so you’re not leaving money on the table.
If you’re currently heating with electric resistance coils, you’re looking at roughly 50% savings on your heating costs. That’s not a marketing claim—that’s how heat pumps work compared to resistance heating.
Over 15 years, depending on your home size and usage, you could save $10,000 or more in energy costs. Texas electricity rates jumped 29% between 2020 and 2024, and Selma often sees higher utility prices in winter. A heat pump cuts your exposure to those rate hikes because you’re using half the electricity to stay warm.
Cooling costs drop too. Heat pumps are up to four times more efficient than older AC systems, so your summer bills get lighter as well. Add in the $2,000 federal tax credit, and your payback period is usually between 5 and 10 years. After that, it’s pure savings every month.
Yes. Modern heat pumps are built to handle cold weather, and Selma’s winter lows rarely challenge them.
Most newer heat pump models operate efficiently down to around 20°F, and some work down to -10°F. Selma’s average winter low is in the mid-30s, so you’re well within the range where heat pumps perform at their best. They pull heat from the outside air even when it feels cold to you—because there’s still thermal energy available.
Heat pumps are actually a perfect match for Texas climate. You need serious cooling power all summer, and just a bit of heat in winter. A heat pump handles both without burning gas or relying on inefficient electric coils. If you’ve been told heat pumps don’t work in cold weather, that advice is outdated. The technology has come a long way in the last decade.
Expect 10 to 15 years with regular maintenance. Some systems push closer to 20 years if they’re well cared for and not overworked.
Texas heat is tough on HVAC equipment. Your system runs more often here than it would in milder climates, especially during summer. That’s why maintenance matters—changing filters, cleaning coils, checking refrigerant levels, and catching small issues before they become expensive failures.
We recommend annual service visits, ideally in spring before cooling season ramps up. A well-maintained heat pump will outlast a neglected one by years, and it’ll run more efficiently the entire time. Most of the heat pumps we replace aren’t broken—they’re just old and inefficient. If your current system is over 10 years old, you’re likely spending more on electricity than you’d spend on a new, efficient model.
For a 2,000-square-foot home in Selma, you’re typically looking at a unit between 2.5 and 5 tons. Because of the cooling load here, you’ll want to size toward the higher end of that range.
But square footage alone doesn’t tell the whole story. Your insulation, ductwork, number of windows, ceiling height, and sun exposure all affect what size system you need. An oversized unit short-cycles and wastes energy. An undersized unit runs constantly and never quite keeps up.
That’s why we do an in-home assessment before recommending a system. We’re not guessing based on your square footage—we’re calculating your actual heating and cooling load. You end up with a system that’s right-sized for your home, which means better efficiency, lower bills, and longer equipment life.
Yes. Any household can claim a $2,000 federal tax credit for installing an air-source heat pump. That’s a straight credit against your tax bill, not a deduction.
There may also be utility rebates available depending on your provider and the efficiency rating of the system you choose. These programs change, but we stay current on what’s available and can point you toward the paperwork you need.
The tax credit alone makes a significant dent in your upfront cost. Combined with the energy savings—sometimes $50 to $100 per month depending on your current system—the payback period is faster than most home improvements. You’re not just upgrading your HVAC system. You’re making a financial move that pays you back over time.
A regular AC only cools. A heat pump cools and heats. That’s the main difference.
Both systems move heat using refrigerant. An AC pulls heat out of your home and dumps it outside. A heat pump does the same thing in summer—but in winter, it reverses the process and pulls heat from outside air into your home. It’s the same equipment doing double duty.
You don’t need a separate furnace with a heat pump. That saves you space, maintenance costs, and the expense of running two systems. In Selma, where winters are mild and summers are brutal, a heat pump gives you everything you need in one efficient package. You’re not sacrificing cooling power, and you’re getting heat without burning gas or relying on expensive electric coils.
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