Are you considering a geothermal heat pump for your Oklahoma City, OK, home? While the initial investment is more than that of a traditional system, the long-term benefits are substantial.

Let’s look at the costs.

Be prepared to pay more than you would for a gas furnace, air conditioner, or air-source heat pump. In return, you can expect greater comfort and lower energy costs over the system’s lifespan.

At All Comfort Specialist, we understand the price tag might seem daunting. However, we believe this eco-friendly heating and cooling system’s efficiency, reliability, and longevity, coupled with available incentives, make it a wise investment.

Over the years, you’ll also save money on utility bills and replacement costs.

How Geothermal Systems Work

Geothermal heat pumps leverage the earth’s consistent underground temperature to provide efficient heating and cooling for your home.

Unlike air-source heat pumps that rely on fluctuating outdoor air temperatures, geothermal systems tap into the relatively stable temperatures found a few feet below the surface.

Here’s a simplified breakdown:  

• The Underground Loop:
  • This is the core of a geothermal system. It consists of pipes, typically filled with a solution made from water and antifreeze, buried either horizontally or vertically in your yard.  
  • The Earth acts as a heat source in the winter and a heat sink in the summer.  
    
• Winter Heating:
  • During colder months, the fluid in the underground loop absorbs heat from the relatively warmer earth.
  • This heated fluid is then circulated to an indoor heat pump.
  • The heat pump concentrates the heat and distributes it throughout your home via your ductwork or radiant floor system.  
    
• Summer Cooling:
  • In the summer, the process reverses.  The heat pump extracts heat from the indoor air in your home and transfers it to the fluid circulating in the underground loop.
  • This heated fluid is then carried back underground, where the earth absorbs the heat.  
    
• Efficiency:
  • Because the underground temperature remains relatively stable, geothermal systems operate much more efficiently than traditional HVAC systems, resulting in significant energy savings.
  • They move heat rather than generate it, which is where the large efficiency numbers come from.  

Key points to remember about geothermal systems:

• Geothermal systems don’t burn fossil fuels, making them environmentally friendly.  
• The underground loop can last for decades, and the indoor heat pump also has a long lifespan.
• These systems provide consistent comfort year-round.  

What You Will Pay for Geothermal in Oklahoma City, OK

When pricing a geothermal heat pump, one size does not fit all because many variables can influence the cost. What you pay for a geothermal system for your Oklahoma home will likely differ from what you see quoted online. Here are a few broad cost estimates as examples:

• Forbes pegs the average low cost for a geothermal system at $17,000, the average middle cost at $24,500, and the average high cost at $32,300. LINK:
• The Natural Resources Defense Council (NRDC) states that geothermal systems cost between $15,000 and $40,000.

These ranges vary significantly due to factors like system size, loop type, and soil conditions. For a precise estimate tailored to your Oklahoma City, OK, property, consult an experienced geothermal installer like our All Comfort Specialist team. We’ll consider your heating and cooling needs, property size, soil quality, and other crucial factors.

What Determines Geothermal Costs?

Installing a geothermal system is more complex than replacing a traditional HVAC system. It’s also more expensive and might not be suitable if your yard is too small or your soil is unsuitable.

Let’s look at some factors that influence the cost of a residential geothermal heating and cooling system.

Here are the key factors influencing the cost:

• System Size: Smaller homes need smaller, less expensive systems.

• Insulation and Weatherization: Proper insulation reduces system size and cost.

• Heat Pump: Brand, model, and efficiency impact cost.

• Labor: Costs vary by location and complexity.

• Soil: Moist soil enhances heat transfer. Dry or rocky soil increases costs.

• Permits: Local permits add to the overall price.

• The Underground Loop:
  • The loop, filled with refrigerant, antifreeze, and water, is the heat exchanger.
  • Horizontal loops (trenches) are cheaper but need more space.
  • Vertical loops (drilled holes) are more compact but costlier.

Rebates Reduce Geothermal Costs

The 2022 Inflation Reduction Act funded state-administered programs that provide rebates for energy-efficient upgrades, including geothermal systems. The funding for these programs is available on a first-come, first-served basis.

These HVAC rebate programs will no longer be available when the funding is depleted or after September 30, 2031 (whichever occurs first).

• Income-based rebates (HEAR): 50 percent (moderate-income) or 100 percent (low-income) of project costs.
• Performance-based rebates (HOMES): Rebates based on estimated or measured energy savings.

Which States Offer HVAC Rebates

As of January 30, 2025, 11 states and the District of Columbia have launched at least one of the HVAC rebate programs. Ten other states have approved applications and are preparing to launch.

Call Us for a Consultation Today!

Get a personalized geothermal system estimate for your Oklahoma City, OK, home. Our experts at All Comfort Specialist will recommend the best heat pump and loop arrangement for your needs. Call us at 405-323-0994 or request service online.

Due to government regulation, this information can change after the blog is published. Speak to a professional to verify available rebates. 

The post What Does a Geothermal System Cost first appeared on All Comfort Specialist and is written by All Comfort Specialist.

If you are looking for an HVAC system that heats and cools your Norman home, lowers energy bills, and is easy on the environment and your budget, consider an air-source heat pump. 

If you are worried about lackluster heat pump performance and efficiency in freezing winter temperatures, get a cold climate heat pump.

Cold climate heat pumps are an excellent solution for homeowners who want superior heating performance in low temperatures, like geothermal, but with lower upfront costs.

Expert Heat Pump Installation in Norman

At All Comfort Specialist Heating and Air, we recommend cold climate heat pumps for Oklahoma homeowners who want a single system that efficiently heats and cools their homes while reducing their carbon footprint.

Many newer models perform efficiently to around 5°F.

Are you considering upgrading from conventional HVAC to a heat pump? Ask us at All Comfort Specialist Heating and Air about installing a cold climate model. Our qualified technicians are skilled in maintaining, repairing, and installing various heating and cooling systems, including cold climate heat pumps.

Understanding Cold Climate Heat Pumps

Cold climate heat pumps are air-source heat pumps that work efficiently in low temperatures.

Standard air-source heat pumps struggle to maintain the thermostat setting in your Norman home when the outdoor temperature drops to freezing. They operate inefficiently at that point.

Cold climate heat pumps are built to maintain efficiency in lower temperatures.

They both extract heat from the outdoor air and move it to your home via refrigerant. During the summer, a valve reverses the refrigerant flow to carry hot air to the outdoors, leaving your house cool and comfortable.

Enhanced technology sets cold climate heat pumps apart from regular air-source heat pumps.

Cold Climate Heat Pump Technology

Better engineering and advanced materials combine to improve the heat pump’s efficiency in cold weather. Here is a look at some key innovations:

• Inverter Technology: Inverter-driven compressors are a key component in cold climate heat pumps. These compressors can adjust their output based on heating demand, enabling the system to operate more efficiently than standard heat pumps.

• Defrost Technology: Cold climate heat pumps have advanced defrost systems that prevent ice buildup on the outdoor unit. The defrost system only activates when needed, conserving energy.

• Improved Insulation: Many cold climate heat pumps feature better insulation and weatherproofing around the outdoor unit, reducing heat loss and improving overall system efficiency.

• Variable-Speed Motors: Cold climate heat pumps typically use variable-speed motors in their fans. This allows the fan to adjust its speed and provide the precise amount of conditioned air needed for your home at any moment.

• Enhanced Heat Exchangers: Better heat transfer maximizes the system’s ability to extract heat from the cold air.

• Smart Controls: Sophisticated control systems optimize the heat pump’s operation based on real-time conditions, ensuring superior performance and efficiency.

Cold Climate Heat Pump Advantages

Cold climate heat pumps offer numerous benefits, making them an appealing choice for homeowners. Here are a few advantages:

Energy Efficiency

Cold climate heat pumps are highly energy-efficient, helping homeowners save money on energy bills.

According to the U.S. Department of Energy (DOE), heat pumps, including cold climate models, can save homeowners up to 50 percent on energy costs compared to heating systems like electric baseboard heaters or oil furnaces.

Depending on the local climate and the size and efficiency of your home, savings can average over $500 annually.

A cold climate heat pump may struggle to operate efficiently in consistent temperatures below 0° Fahrenheit. You can pair a cold climate heat pump with a furnace to create a ‘dual-fuel system’ that safeguards your home against extreme weather.

The heat pump would operate most of the winter, and the furnace would turn on during extreme cold spells.

Sustainability

Heat pumps are more environmentally friendly than fossil fuel-based heating systems. They produce fewer greenhouse gases and can run on renewable energy, such as solar power, making them a key technology in reducing carbon emissions.

Low Maintenance

Compared to traditional heating systems, heat pumps require less maintenance, making them a hassle-free option for homeowners.

Indoor Air Quality

Many models include advanced filtration systems, enhancing indoor air quality (IAQ).

How Much Does a Cold Climate Heat Pump Cost?

Depending on the model and features, a cold climate heat pump can cost several thousand dollars more than a standard air-source heat pump.

While you might pay more upfront, the savings come in improved comfort and lower energy bills. 

Improve Winter Comfort

Cold climate heat pumps are revolutionizing how we heat and cool our homes, offering a more energy-efficient and sustainable alternative to traditional heating systems. Let All Comfort Specialist Heating and Air help you improve comfort and reduce energy consumption in your Norman home today. Call us at 405-323-0994 or request service online.

The post Cold Climate Heat Pumps Are HVAC Game Changers first appeared on All Comfort Specialist and is written by All Comfort Specialist.

Want to heat and cool your Edmon, home, reduce your carbon footprint, and simplify your HVAC setup—all at the same time?

Consider installing a heat pump.

Homeowners across the country are rethinking the traditional gas furnace and opting for heat pumps instead. Why? These systems provide year-round comfort, operate more efficiently, and don’t rely on fossil fuels. In fact, the shift from gas furnaces to electric heat pumps is quickly becoming the go-to solution for forward-thinking homeowners looking to modernize their homes and reduce emissions.

More importantly, a heat pump isn’t just a heater—it’s also an air conditioner. That means you only need one system to keep your home comfortable all year long. And with advances in cold-climate heat pump technology, these systems now perform efficiently even during chilly winters, making them a reliable option in most climates.

Why the Shift Away From Gas Furnaces?

Many municipalities and states are enacting policies that favor clean electric heating solutions over gas combustion. Some areas have even prohibited natural gas hookups in new residential construction, signaling a larger move toward all-electric homes. Choosing an electric heat pump now positions you ahead of the curve and helps future-proof your home.

This shift is significant from an environmental standpoint. A gas furnace burns fossil fuels to generate heat, producing greenhouse gases like carbon dioxide (CO₂) and potentially harmful byproducts like carbon monoxide (CO). These gases are vented outdoors but still contribute to air pollution.

A heat pump, by contrast, doesn’t burn anything. It transfers heat using electricity, and if it comes from clean sources like solar or wind, your home’s heating and cooling becomes virtually emissions-free.

Plan Ahead—Don’t Wait for Your Furnace to Fail

Many homeowners wait until their furnace fails before considering replacement options. But by then, the decision often comes down to what can be installed quickly—usually another gas furnace.

Planning ahead gives you time to weigh your options and make an informed decision. If your current system is aging or underperforming, now is the ideal time to evaluate whether a heat pump is right for your home. Our team at All Comfort Specialist Heating and Air, your trusted HVAC experts, can guide you through the process. We’ll assess your home’s size, layout, insulation levels, and climate to recommend a system that maximizes efficiency and comfort.

The Heat Pump Difference

An air-source heat pump works by moving heat, not generating it. During the summer, it functions just like a traditional air conditioner—it pulls heat from the inside of your home and releases it outside, cooling your indoor space. In the winter, the cycle reverses, and the system extracts heat from the outdoor air and brings it indoors to warm your living spaces.

Even when it’s cold outside, there is still heat in the air for the heat pump to capture and transfer. Modern heat pumps are engineered to extract heat efficiently even in below-freezing temperatures.

This process is far more efficient than burning fuel. High-efficiency gas furnaces convert around 90 to 97 percent of their fuel into usable heat, meaning some energy is still lost through the exhaust system. In contrast, according to the U.S. Department of Energy, a heat pump can deliver up to three times more heat energy than the electrical energy it consumes.

This high efficiency translates into lower monthly energy bills, especially when you factor in the dual heating and cooling capabilities of a heat pump.

Additional Benefits of Heat Pumps

Aside from efficiency and environmental impact, heat pumps offer several practical benefits:

• Year-Round Comfort: With one system handling both heating and cooling, you eliminate the need for a separate furnace and central AC unit.
• Better Humidity Control: Heat pumps tend to dehumidify more effectively than standard air conditioners, making your home more comfortable in the summer months.
• Quieter Operation: Compared to many older furnaces or AC systems, heat pumps often run more quietly—especially variable-speed models.
• Improved Safety: Because heat pumps don’t use combustion, there’s no risk of carbon monoxide leaks, which is a common concern with gas furnaces.

Is a Heat Pump Right for Your Edmond, Home?

Not every home is the same, and heat pump performance can vary depending on local climate, home insulation, and system sizing. That’s why it’s essential to work with a trusted HVAC professional who understands your local conditions and your household’s specific comfort needs.

At All Comfort Specialist Heating and Air, we take the time to evaluate your existing system, your home’s layout, and your energy usage habits. We’ll help you determine if a heat pump is the right fit, and if so, recommend a system with the features, size, and efficiency rating that best meets your goals.

Start Planning for a Heat Pump Today

Don’t wait for your furnace to fail or for energy costs to rise even higher. Make the switch to a more efficient, eco-friendly heating and cooling system on your terms.

Call us today at 405-323-0994 or request service online. Let our team at All Comfort Specialist Heating and Air help you upgrade your HVAC system with a modern heat pump built for comfort, efficiency, and sustainability. We’re proud to serve homeowners in Edmond, OK, and the surrounding communities.

The post Why Buying a Heat Pump Instead of a Furnace Makes Sense first appeared on All Comfort Specialist and is written by All Comfort Specialist.

One reason Oklahoma homeowners love heat pumps is they function as an all-in-one unit. Instead of purchasing and maintaining a separate furnace and air conditioning system, you can simply transition your heat pump from the heat setting to the cooling setting and vice versa as seasons warrant.

Our All Comfort Specialist Heating and Air team wants you to understand how to make this transition safely and effectively.

How a Heat Pump Works

Instead of generating heat by burning a fuel like natural gas, a heat pump simply moves the heat from one location to another. Essentially, it operates just like an air conditioner but has the capability to perform the action in both directions.

Air conditioners do not create cooled air. Instead, a constantly moving refrigerant absorbs heat from inside your home, pumps it to the outdoor unit, and releases the heat outside. The result is a lower indoor temperature. A heat pump can work as an air conditioner in the summer.

During the winter, the heat pump takes heat from the outside air, which is possible even in cold outdoor temperatures, and releases that heat inside your home to warm your Norman living space.

According to the US Department of Energy (DOE), a heat pump can reduce your electricity by up to 50 percent over conventional furnace systems, saving you in energy costs.

Homeowner Maintenance To-Do List

As a homeowner, the transition seasons of spring and fall are the perfect times to conduct some basic heat pump maintenance. These simple steps will help ensure your system is ready for the upcoming season.

First, replace your air filter. Most filters should be replaced every three to six months. This can help improve your heat pump’s efficiency and operation as well as your home’s indoor air quality. Then, take a look at the outside unit and be sure you cut down and remove weeds or other growth within two or three feet, so your heat pump has plenty of air circulation.

It’s a good idea to clean your coils before winter arrives, because the cold weather makes it much harder. Also, flush and clean out your drain line and prime the trap if needed. If your heat pump uses electric heat, look for any wire damage or discoloration.

Finally, check your thermostat settings and adjust them for winter weather.

Professional Maintenance To-Do List

If you’ve completed your homeowner checklist for transitioning your heat pump, it’s time to call in our professionals for a biannual check. Our heating, ventilation, and air conditioning (HVAC) team will provide a complete inspection, cleaning, and tune-up at an affordable price that will ultimately save you stress, time, and money on repairs later in the season.

A professional should check and adjust refrigerant levels in your heat pump. Only a professional can add coolant and repair leaks correctly.

If you noticed any potential electrical problems, a trained technician can repair exposed wiring or loose connections. Your blower motor should be oiled, and its wheels should be inspected for balance. Finally, your evaporator coils should be checked and cleaned during this visit.

Protect Your Heat Pump During Shoulder Seasons

When nights tend to be cold and days warmer during spring and autumn, it can get tricky to use your heat pump effectively. In some cases, switching between the heating and air conditioning modes can lead to an overworked system and related problems.

Your heat pump uses a great deal of energy to turn on and off, and switching constantly between heating and cooling can result in short-cycling types of issues like tripping the circuit breaker.

If your heat pump is in air conditioner mode, and your thermostat is set to cooling, your outdoor condensing unit will be working. If the set-point temperature is set higher to turn off the cooling function and then moved lower due to a need for heat, it can lock up the compressor. The same problem can occur in heating mode as well.

Some heat pumps incorporate a digital thermostat or an anti-short-cycling trigger to prevent this problem. However, you can also be sure you give your system a five-minute break if you’re switching between cooling and heating frequently during the shoulder seasons.

Call Us With Any Heat Pump Needs

When you’re ready for your professional maintenance service call on your heat pump, contact All Comfort Specialist Heating and Air in Norman, Oklahoma, to schedule an appointment. We’d be happy to come out to perform a comprehensive inspection, cleaning, and tune-up. Or if you find you need a repair or replacement, we will help you there as well. Call 405-323-0994 or request service online today.

The post Transitioning Your Heat Pump first appeared on All Comfort Specialist and is written by All Comfort Specialist.