Commercial Heat Pump Installation, Done Right.
The commercial heat pump has quietly won the operating-cost argument for most Central Texas business buildings: one electric system heating and cooling at commercial efficiency, no gas infrastructure to run or meter, and winters mild enough that the technology’s sweet spot covers the whole calendar. Installation is where the argument becomes a working roof.
Commercial HVAC · Burnet & Central Texas
The Business Case Went Electric
The commercial heat pump’s ascent runs on arithmetic businesses check themselves: heating delivered at heat pump efficiency through Central Texas’s mild-hour-dominated winters, the two-to-three-multiple over resistance and the operating parity-or-better against gas once infrastructure costs enter, gas service runs, meter charges, and the maintenance of combustion equipment all avoided on all-electric buildings, the demand-charge behavior of modern staged and variable equipment managed by design, and the single-system simplicity, one technology heating and cooling, one service relationship, one maintenance rhythm, that operations appreciate in ways spec sheets undersell. New construction increasingly defaults electric, existing buildings convert at replacement moments, and the corridor’s metal-building and shop stock, where gas was never plumbed, finds the technology simply fits.
Commercial heat pump installation carries the category’s full discipline plus the technology’s specifics: sizing from commercial load and ventilation math with heating design points checked honestly, the mild-winter dominance verified against the building’s actual exposure rather than assumed, equipment selected across the heat pump RTU and split configurations by the numbers, staging and defrost engineered for commercial duty, auxiliary strategies specified where design points demand them, sized as true backup rather than habit, and controls configured so the electric heat economics survive contact with the thermostat, changeover logic, staging, and setback behavior all set to the technology, commissioned in both modes per the heat pump doctrine, the commercial baseline file delivered as always.
The conversion assessments run honestly both directions, existing gas-electric buildings modeled against heat pump replacement with real rates and hours, the verdicts following the arithmetic, which in this climate increasingly lands electric, and occasionally does not, stated plainly either way.
Local conditions shape this work more than most homeowners expect. Our summers stack week after week of hundred-degree afternoons, which means long compressor runtimes, drain lines moving gallons of condensate a day, and electrical components living near their limits from June through September. Lake humidity keeps the corrosion clock running even in mild months, and spring pollen packs filters fast enough to choke airflow in weeks. A tech who works this exact hundred miles every day builds all of that into the commercial heat pump installation call: what to check first, which parts fail early here, and which settings survive a Texas cooling season instead of merely a laboratory one.
Commercial HVAC
Commercial Heat Pump Scope
What the electric-side commercial installation covers, engineering through commissioning.
Two-season commercial load math
Cooling and heating design points both calculated, the mild-winter dominance verified rather than assumed.
Equipment matched to duty
Heat pump RTUs and commercial splits selected by the numbers, staged and variable options priced against runtime.
Auxiliary engineered honestly
Backup sized to true design-point need where specified, the strip-freeload economics designed out.
Controls set to the technology
Changeover, staging, and setback logic configured so the operating math survives the thermostat.
Demand behavior managed
Staging and soft-start strategies specified where rate structures reward them, the bill designed alongside the comfort.
Both modes commissioned
Heating and cooling proven under load with readings, the commercial file founded complete.
Skip the reading, make the call.
Two minutes on the phone with a real tech beats an hour of internet research. Describe the symptom in your own words and get a straight answer about cause, timing, and cost.
Why Off Duty
Where the Electric Case Lands Hardest
The strongest commercial heat pump candidates name themselves across the corridor: all-electric buildings where the alternative was resistance heat’s brutal winter bills, the conversion arithmetic embarrassing; new construction where skipping gas infrastructure saves real capital while the operating model wins anyway; the metal-building and shop stock heating with whatever was cheap when built, unit heaters and resistance, upgrading to conditioned-space economics; office and retail spaces whose moderate heating loads sit squarely in the technology’s sweet spot; and the sustainability-driven accounts, corporate standards and certification targets increasingly specifying electric, the technology delivering the compliance alongside the economics. The gas-incumbent cases get their honest hearing, heavy continuous heating loads, existing infrastructure amortized, certain kitchen configurations, the model run rather than the default assumed.
The commercial heat pump’s operational postscript matters to operations: maintenance simplified against combustion equipment, no burners, exchangers, or venting in the rhythm, the program’s scope trimmed accordingly, cold-snap behavior engineered at specification, staging and any auxiliary proven at commissioning so February’s test arrives pre-passed, and the technology’s service fluency mattering in shop selection, per the heat pump pages’ standing counsel, the equipment rewarding installers who commission both modes and service what they sell, which is the entire relationship this page proposes.
The process here never changes, whether the job is commercial heat pump installation or a full system swap. Step one, you call (512) 925-3090 and a human answers, around the clock. Step two, we test until the real cause is proven, because parts-swapping on a hunch is how invoices grow. Step three, you get the failure, the fix, and the exact number explained to the point before we touch a thing. Step four, we do the work to spec and prove it under load before we leave. Our customers keep writing reviews about exactly this rhythm, which tells us to keep it.
A straight word on money. We do not print teaser prices on this website and we do not do surprise math on invoices. Call, describe the problem, and we will tell you what the visit costs before a truck rolls. When the diagnosis is in, you get the full repair price out loud, before the work starts, and you decide with the real number in front of you.
Worth saying plainly: this is not a problem that ages well. Systems compensate quietly right up until they cannot, and the failure that finally announces itself usually costs more than the one caught early would have. If your gut says something is off, that instinct is worth one free phone call. The worst case is we tell you everything sounds normal, which is a pretty good worst case.
As for who shows up: this is an owner-operated shop, so the tech at your door is usually Bryce himself, a second-generation HVAC man with ten years on the tools, licensed, insured, and photographed doing exactly this kind of work in the job gallery. No commissioned salesman rides along, and nobody at this company earns a bonus for talking you into more than you need.
We run this work all over the map: Burnet and the Highland Lakes first, then the whole hundred-mile circle, Marble Falls, Georgetown, Round Rock, Austin, Killeen, and out to Waco and Boerne. The full sixteen-county roster is on the service areas page. Wherever you sit on it, the same truck standard applies: the same tech, the same instruments, the same price-before-work rule, whether the drive took ten minutes or ninety. Distance changes the arrival window, never the workmanship.
Diamond Contractor
Mitsubishi’s top ductless credential, earned with factory training.
Second Generation
Raised in the trade, ten years on the tools before the name went on a truck.
Warranty Authorized
JB and Mitsubishi warranty work: we file the claim, you skip the fight.
Open 24 Hours
A real person answers the phone at any hour, every day of the year.
The Standard
How This Work Gets Done Here
A job like this is a chain of small decisions nobody watches: which part, which setting, which clearance, which step gets skipped when the attic hits 130 degrees. Our answer to all of them is the same. Do it the way the book says, the way the second generation was taught, the way you would want it done if the address were your own. That means proven diagnosis before parts, correct materials over convenient ones, and procedure followed all the way through the parts of the job that never show.
It also means finishing properly. The system gets verified under working load, the readings get documented, the old components get shown on request, and you get an explanation in plain English rather than trade jargon. The price never moves between the quote and the invoice. If anything about the work ever needs a second look, the phone number on your receipt rings the person who did it. Simple system, kept promises, reviewed in public by the people it was kept to.
Commercial Heat Pump Installation Questions
Asked Before We Roll a Truck
Real questions from real Central Texas customers, answered the same way we answer them on the phone: straight.
Do commercial heat pumps really heat well enough for business buildings?
The climate makes the answer easy here: Central Texas winters run overwhelmingly mild-hour, exactly the profile where commercial heat pumps deliver their two-to-three-multiple efficiency, modern equipment holding capacity through the corridor’s typical design points with staged auxiliary engineered for the genuine snaps, and the commercial fleet’s performance through recent winters, including the hard ones, having settled the question operationally, properly sized and commissioned systems carrying their buildings without drama. The residual skepticism dates from older generations and bad installs, the same history the residential pages address, and the commissioning-in-both-modes discipline is the answer to it, your building’s February proven in advance rather than argued from brochures.
What about our gas equipment that already works?
The replacement moment is the honest decision point: working gas-electric equipment mid-life argues for staying its course, conversion economics rarely justifying early retirement, while equipment approaching replacement opens the real comparison, heat pump configurations modeled against gas-electric successors with your actual rates, hours, and any infrastructure costs in the arithmetic, the verdict following the numbers per building. The corridor’s pattern increasingly lands electric at those moments, efficiency and simplification winning, with the genuine gas-favored cases, heavy continuous heat, amortized infrastructure, named honestly when the model finds them. The assessment prices both successors; the building’s arithmetic picks; and the recommendation shows its work either way.
How do heat pumps handle our demand charges?
By design, where the engineering respects them: demand charges price your peak draw, and heat pump systems manage peaks through staging, multiple smaller stages rather than monolithic starts, variable-speed equipment ramping rather than slamming, auxiliary lockouts preventing strip stacking during recoveries, and control strategies, setback depths and recovery ramps configured against your rate structure’s actual windows, the bill designed alongside the comfort per the installation scope. Resistance-heavy configurations are where demand horror stories live, which is exactly what honest auxiliary engineering prevents, and the proposal models your rate structure explicitly, the demand behavior specified rather than discovered on the first winter invoice.
Is a heat pump RTU different from what we have now?
Mechanically cousin, operationally familiar: heat pump RTUs occupy the same curbs, serve the same ducts, and present the same rooftop service logistics as the gas-electric packages they typically replace, the difference living in the heating section, reversing refrigerant cycle instead of burners, no gas piping, flues, or combustion maintenance, with electric auxiliary where specified, and the operational experience nearly identical from the space below, conditioned air on the same schedule with the winter economics changed. Curb adapters handle the generational transitions per the rooftop page’s practice, conversions landing as standard crane-day swaps, and your maintenance program simplifying at the next renewal, the combustion items dropping off the scope.
What does commercial heat pump installation cost against gas-electric?
Equipment premiums have narrowed to modest, and the totals frequently invert: heat pump RTUs price somewhat above gas-electric equivalents at the equipment line, while avoided gas infrastructure, service runs, meters, piping, closes the gap on new construction and all-electric conversions entirely, and the operating model decides the rest, heating at heat pump efficiency across commercial winters, maintenance simplified, the five-and-ten-year totals landing electric-favored across most corridor profiles, per the proposal’s modeled comparison with your rates and hours. The honest answer is the building-specific arithmetic, run as standard proposal scope, both successors priced, the totals shown, and the technology recommendation following your numbers rather than any default.
The Electric Case, Engineered Onto Your Roof
Modeled against your rates and hours, sized to commercial math, commissioned in both modes. Prefer to write it out? Send the form and we call you back.
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