All Around Heating and Cooling installs the full range of heat pump systems for Cullman and North Alabama homes and businesses: standard split systems, ductless mini splits, geothermal ground source systems, and heat pump water heaters. Every installation begins with a proper load calculation, not a guess. AL License #25280.
Heat pumps are not new technology. They have been the dominant residential HVAC choice across the Southeast for decades, and for good reason: the mild-to-moderate winters and long hot summers of the North Alabama climate are exactly the conditions heat pumps are built to handle efficiently. A modern heat pump handles both your winter heating load and your summer cooling load from a single installed system, eliminating the cost and maintenance burden of separate heating and cooling equipment.
What has changed significantly in recent years is heat pump performance at lower temperatures. Cold-climate heat pump technology now maintains effective heating output at outdoor temperatures as low as 5 degrees Fahrenheit, a threshold that was not achievable with standard heat pump equipment a decade ago. This makes heat pumps viable as primary heating systems even through the occasional hard freeze North Alabama sees in January and February, particularly when paired with a gas furnace backup in a dual-fuel configuration that switches automatically based on outdoor temperature and energy cost.
Cullman heating and air installation specialists at All Around Heating and Cooling work with homeowners to identify the right heat pump type, size, and configuration for their specific situation, from straightforward equipment replacement to full system design for new construction. Every installation estimate includes a Manual J load calculation, a complete breakdown of applicable TVA EnergyRight rebates and federal tax credits, and a written quote covering all labor, equipment, and permit costs before any work is scheduled.
Every installation starts with industry-standard load analysis based on your home’s actual square footage, insulation, windows, and local climate data, not the old unit’s nameplate or an installer’s estimate.
We identify every applicable TVA EnergyRight rebate and federal 25C tax credit for your equipment selection and provide the documentation package required to claim them after installation.
You receive a detailed written quote covering equipment, labor, permits, electrical work, and any duct modifications before we schedule an installation date. No surprises at invoice time.
Every heat pump installation is permitted, inspected, and completed to Alabama mechanical code by AL-licensed technicians. Equipment and labor warranties are registered and documented for your records.
Heat pump installation costs in Cullman and North Alabama vary significantly by system type and project scope. A standard split system heat pump replacement in an existing home with functioning ductwork typically runs $3,500 to $7,500 installed, depending on equipment efficiency rating, system capacity, and any electrical or duct modifications required. Ductless mini split installations run $2,500 to $6,000 per zone installed, with multi-zone systems priced accordingly. Geothermal heat pump installations are a larger upfront investment, typically $15,000 to $30,000 for a complete residential system, but the operating cost savings and incentive programs available can significantly reduce the net cost over time. Heat pump water heater installations run $1,200 to $2,500 installed depending on the unit and any electrical upgrades required. Before any of these numbers mean much for your specific situation, an in-home estimate visit with a proper load calculation is the only way to get an accurate project cost. All Around Heating and Cooling provides free in-home estimates for all heat pump installation projects, with no obligation and no pressure. After-hours surcharges are waived for Comfort Club members. For any system size and type, available Heating Installation Cullman incentives including TVA EnergyRight rebates of up to $1,500 and the federal 25C tax credit of up to $600 can meaningfully reduce your net out-of-pocket cost on qualifying equipment.
Geothermal heat pump systems, also called ground source heat pumps, use the stable temperature of the earth below the frost line as both a heat source in winter and a heat sink in summer. While outdoor air temperatures in North Alabama swing from below freezing to above 100 degrees Fahrenheit across the year, ground temperatures at a depth of 6 to 10 feet remain between 55 and 65 degrees Fahrenheit year-round. A geothermal system exchanges heat with that stable ground temperature rather than the fluctuating outdoor air, which means it operates at consistent, high efficiency regardless of weather conditions.
This translates to heating and cooling efficiencies that standard air-source heat pumps cannot match, with seasonal energy savings of 25 to 50 percent compared to conventional systems and 40 to 70 percent compared to electric resistance heat. The U.S. Environmental Protection Agency recognizes geothermal heat pumps as the most environmentally friendly and energy-efficient heating and cooling technology available for residential applications.
Geothermal installations require a ground loop, which is a series of pipes buried in the earth or submerged in a body of water near the property to exchange heat with the ground. The type of loop system appropriate for a given site depends on available land area, soil composition, and local geology.
Horizontal loop systems require a significant amount of land area, as the pipes are buried 4 to 6 feet deep across a large field area, making them best suited for rural properties with available acreage. Vertical loop systems require drilling boreholes 150 to 400 feet deep, which requires less surface area and makes vertical loops viable for suburban and smaller lots where horizontal loop trenching is not practical. Pond or lake loop systems, where the ground loop is submerged in a body of water on the property, offer the most cost-effective installation where a suitable water body is available.
All Around Heating and Cooling coordinates the full geothermal installation project, including the ground loop installation and the indoor equipment installation, so you work with a single point of contact throughout the project rather than separately managing a drilling contractor and an HVAC contractor.
Annual cost estimates based on North Alabama residential market conditions, TVA electricity rates, and current natural gas pricing. Actual costs vary by home insulation quality, occupancy patterns, thermostat settings, and utility rate changes. A Manual J load calculation and energy audit provide a home-specific operating cost projection.
The DOE Energy Saver guide to geothermal heat pumps provides independent information on ground source heat pump types, operating efficiency, site suitability requirements, and the federal tax credits available under the Inflation Reduction Act for geothermal systems. Reviewing this resource before your estimate visit helps you evaluate geothermal as an option with a clear baseline of unbiased information.
All Around Heating and Cooling provides free in-home estimates for all heat pump installation projects, including load calculations, system type recommendations, and a complete breakdown of rebates and tax credits before you make any decision.
Schedule Your Free Estimate 📞 256-531-9096 · AL License #25280 · Cullman, Huntsville and BirminghamDuctless mini split heat pump systems consist of a single outdoor condenser unit connected to one or more indoor air handling units mounted directly in the spaces they condition. Because there is no ductwork required, mini splits are particularly well-suited for home additions, converted garages and attics, older homes where adding ducts would require significant construction, and commercial spaces where zoned comfort is needed without a full duct system buildout.
Each indoor unit operates independently with its own thermostat control, which means a bedroom can be set to a cooler temperature at night without affecting the living room, and an occupied office can be conditioned without heating or cooling unoccupied adjacent spaces. This zoned control eliminates the energy waste inherent in conditioning entire homes or buildings when only portions of the space are in active use.
Additions and sunrooms that were never connected to the main duct system are the most common mini split application. One outdoor unit and one indoor head provides full heating and cooling for the new space without modifying the existing HVAC system.
Converted garages and workshops need dedicated conditioning that handles the larger temperature swings of a space with exterior walls on multiple sides. A mini split handles this load efficiently and independently of the home’s main system.
Server rooms, private offices, and conference rooms with different load and schedule requirements than the rest of a building are ideal mini split applications, providing precise control without modifying the building’s main HVAC system.
Pre-1960s homes built without ductwork can receive modern heat pump comfort through a multi-zone mini split system without the disruption and cost of adding duct infrastructure throughout the existing structure.
Bedrooms or bonus rooms that are always too hot in summer and too cold in winter despite central system adjustments benefit from a dedicated mini split that addresses the room’s specific load independently.
Ductwork in unconditioned attics and crawl spaces can lose 20 to 30 percent of conditioned air through leaks and conduction. Mini splits deliver conditioned air directly to the space, eliminating that distribution loss entirely.
Multi-zone mini split systems: A single outdoor condenser unit can connect to two, three, or four indoor air handling units in a multi-zone mini split configuration, making it possible to condition multiple distinct spaces from one outdoor installation. Each indoor unit maintains its own temperature setpoint independently. All Around Heating and Cooling designs multi-zone systems to match the load requirements of each individual zone, not just the total building load, which is critical to ensuring each zone receives adequate capacity. If your project involves existing duct work that is undersized or poorly sealed, a mini split approach for problem areas often delivers better results than trying to fix aging duct infrastructure room by room.
A standard air conditioner can only move heat in one direction: it removes heat from the indoor air and transfers it outdoors to cool the home. A heat pump can do that same thing in summer, and it can also reverse the process in winter: removing heat from the outdoor air and transferring it indoors to warm the home. This reversibility is the defining feature of a heat pump and is what makes it a year-round system rather than a cooling-only appliance. For air conditioning Cullman AL purposes, a heat pump and a standard central air conditioner perform identically in summer mode. The difference only becomes apparent when temperatures drop: the heat pump switches into heating mode and continues to deliver efficient comfort, while the air conditioner requires a separate furnace or heat strips to provide winter heat. In North Alabama’s climate, where winters are moderate enough that a heat pump handles the heating load efficiently for the majority of the season, the all-in-one heat pump is typically the more cost-effective long-term choice because you are maintaining one system rather than two. For the coldest periods, a dual-fuel system pairs the heat pump with a gas furnace backup, automatically using whichever heat source is more cost-efficient at the current outdoor temperature.
Searching for heat pump installers near you in Cullman and North Alabama will surface a range of contractors, and the differences between them matter significantly for a project of this scale. A heat pump installation is a major home investment that will affect your comfort and utility costs for 15 to 20 years. The contractor who installs it determines both the quality of that outcome and the reliability of the equipment warranty. Most manufacturer warranties require installation by a licensed contractor to remain valid.
| What to Look For | Why It Matters | All Around Heating and Cooling |
|---|---|---|
| Alabama HVAC license | Required by state law for HVAC installation; unlicensed work voids equipment warranties and may not pass inspection | AL License #25280 |
| Manual J load calculation | The only accurate method for determining correct system size; without it, over and undersizing are common and costly | Included with every estimate |
| Written estimate before work | Verbal quotes are unenforceable; a written estimate protects you from scope creep and unexpected charges | Always provided in writing |
| Permit and inspection | Unpermitted HVAC work creates problems at home sale and may void insurance coverage for related claims | All installations permitted |
| EPA Section 608 certification | Required by federal law for technicians handling refrigerants; uncertified handling is illegal and environmentally harmful | All technicians EPA 608 certified |
| Rebate handling experience | TVA EnergyRight rebates require specific documentation; contractors unfamiliar with the process often fail to capture available rebates for clients | Rebate documentation provided |
| Ongoing service capability | The installer who knows your system delivers faster, more accurate service than a different contractor who must diagnose from scratch | Full service and repair team |
Already have a heat pump that needs service? All Around Heating and Cooling services every brand and model in the North Alabama market, including systems installed by other contractors. Our heat pump repair Cullman team provides diagnostic and repair service with the same same-day availability as our installation team. Comfort Club members receive priority scheduling, and after-hours surcharges are waived for members at the $19 per month plan.
“Kevin and Wes responded immediately to our call. They were professional, explained exactly what was wrong, and had the system back up and running the same day. We could not be more satisfied with the service.”
— Melissa Jean Marowski, Cullman, AL ★★★★★Heat pump water heaters use the same refrigerant cycle technology as a space heating heat pump to transfer heat from the surrounding air into the water in the tank, rather than generating heat with an electric resistance element. This makes them two to three times more efficient than conventional electric water heaters, with annual operating costs that are typically 60 to 70 percent lower than the electric resistance unit they replace.
For homes currently paying $600 to $900 per year to heat water with an electric resistance water heater, a heat pump water heater typically reduces that cost to $200 to $350 per year. The payback period on the higher equipment cost, compared to a standard electric water heater replacement, is typically 3 to 5 years based on the operating cost savings alone, before accounting for available incentives.
Site requirements for heat pump water heaters: Heat pump water heaters extract heat from the surrounding air, which means they require installation in a space with adequate air volume, typically at least 700 to 1,000 cubic feet of unconditioned or semi-conditioned space such as a basement, utility room, or garage. They also produce cool, dehumidified air as a byproduct of extracting heat, which can be a benefit in warm months and a consideration in cold months. All Around Heating and Cooling assesses your installation site during the estimate visit to confirm suitability and identify any modifications needed for the installation to meet manufacturer requirements and local code.
Pair it with a whole-home air quality assessment: A heat pump water heater installation in an unconditioned basement or utility room is an excellent opportunity to assess the air quality characteristics of those spaces, particularly for homes where basement air enters the living space through duct systems or natural infiltration. Our indoor air quality testing services can be scheduled alongside a water heater installation visit for a coordinated single-day project.
Whether a heat pump installation requires an electrical panel upgrade depends on your current panel capacity, what loads are already connected to it, and the electrical requirements of the specific equipment being installed. Many homes in Cullman and North Alabama have 200-amp service panels with sufficient capacity to add a heat pump without any panel work. However, older homes with 100-amp service, homes where a large portion of the panel capacity is already committed to existing loads, and homes where a heat pump water heater is being added alongside a new space heating heat pump may require a panel upgrade or circuit additions before the new equipment can be safely connected. All Around Heating and Cooling assesses your electrical service as part of every heat pump installation estimate visit. If a panel upgrade is needed, we identify that requirement, provide the scope and cost in the estimate, and coordinate the electrical work with a licensed electrician so the project is managed from a single point of contact. For homeowners who are also thinking about adding an EV charger or additional circuits in the future, the panel upgrade required for a heat pump installation is often a good opportunity to increase capacity for those future loads as well. If you are transitioning from a gas furnace that included air conditioning, our team evaluates whether the existing furnace’s duct connections and the outdoor furnace repair Cullman history affect the transition plan for your specific equipment setup.
A professional heat pump installation follows a specific sequence of steps that ensures the equipment performs to its rated specifications, the warranty is valid, and you understand how to operate and maintain the system you just invested in. Here is what every All Around Heating and Cooling heat pump installation looks like from start to finish.
A senior technician visits the home, measures the conditioned space, assesses insulation and window characteristics, reviews existing ductwork condition, and performs a Manual J load calculation to determine the correct system size. Equipment options, rebate eligibility, and a written quote are provided before leaving.
Once you approve the quote, equipment is ordered from the manufacturer or distributor. You receive a confirmed installation date with a specific arrival window. For emergency replacements, same-week or next-day scheduling is prioritized based on availability.
The installation crew arrives at the scheduled time, removes the old system, recovers any refrigerant to EPA Section 608 standards, and prepares the installation site. Electrical disconnects are confirmed safe before new connections are made.
The indoor air handler or coil is mounted, leveled, and secured. Duct connections are inspected and sealed where needed. The condensate drain line is connected and tested. Existing ductwork that shows signs of leakage or damage is documented for the homeowner’s review.
The outdoor unit is placed on a new or existing pad, leveled, and secured. Refrigerant line sets are routed and connected. The system is evacuated and charged to manufacturer specifications using calibrated gauges and documented refrigerant charge records.
All electrical connections are completed to code, including the outdoor disconnect, thermostat wiring, and any circuit additions identified in the estimate. The permit is submitted and an inspection is scheduled with the local authority.
The system is started and operating temperatures, pressures, airflow, and electrical draw are measured and documented against manufacturer specifications. Any adjustment needed to meet spec is made before the crew leaves the site.
You receive a complete walkthrough of the new system covering thermostat operation, filter location and replacement schedule, what sounds and behaviors are normal, and how to contact us for warranty service. All equipment documentation, permit records, and rebate paperwork are compiled and provided in a documentation package.
All Around Heating and Cooling installs heat pumps for Cullman, Huntsville, and Birmingham homeowners and businesses. Free in-home estimates, proper load calculations, written quotes, and full installation by AL-licensed technicians. Call 256-531-9096 or request a quote online today.
Request Your Free Heat Pump Installation Quote 📞 256-531-9096 · Available 24/7 · AL License #25280 · Comfort Club from $19/monthFree estimates · Same-day service · Locally owned in Cullman, AL
