Are you ready to leave fossil fuel heating behind? Are you done with outdoor geothermal AC units you need to hose off every spring, or air-source heat pumps that just can’t compete with winter temperatures in Arizona?

It’s time to consider upgrading to a geothermal heat pump for your Phoenix, home. You will enjoy years of comfort, lower energy costs, and the satisfaction of knowing you are helping the planet by using a sustainable resource—heat energy from underground.

At Clear Air Conditioning & Heating Inc., we understand the price might seem steep. You will pay more than you would for a gas furnace, air conditioner, or air-source heat pump. However, we believe this eco-friendly heating and cooling system’s efficiency, reliability, and longevity, coupled with incentives, make it a wise investment.

Before we look at what influences geothermal installation and equipment costs, let’s review how it works.

How Does Geothermal Work?

Unlike conventional HVAC units that fight against volatile outdoor air temperatures, geothermal systems draw on the stable, underground temperatures just a few feet below the surface. The consistent temperature allows for exceptional efficiency.

An underground loop—a network of buried pipes filled with circulating liquid—is the core of a geothermal system. During winter, this fluid absorbs the earth’s natural warmth, carrying it to an indoor heat pump that distributes the heat throughout your home. In the summer, the process reverses, with the system extracting heat from your home’s air and transferring it to the cooler ground.

Geothermal systems are incredibly energy-efficient and environmentally friendly because they move heat rather than generate it by burning fossil fuels. The result is lower monthly utility bills and a smaller carbon footprint. They also provide consistent, reliable heating and cooling year-round, and both the underground loop and the indoor heat pump last for years.

How Much Does Geothermal Cost?

A one-size-fits-all price does not apply to all geothermal systems. The final cost depends on various factors specific to your home and property. Online sources provide broad national estimates, but your specific quote will likely differ.

Here are some general price ranges from reputable sources to give you a rough idea:

• Carrier estimates geothermal systems and installation at $12,000 to $45,000.
• Forbes cites an average low of $17,000, a middle of $24,500, and a high of $32,300.
• The Natural Resources Defense Council (NRDC) says geothermal systems cost $15,000 to $40,000.

These ranges vary significantly because of key factors like system size, the type of ground loop installed, and local soil conditions. Our experienced installers at Clear Air Conditioning & Heating Inc. can give you a precise, tailored estimate for your property.

Key Factors Influencing Geothermal System Costs

Installing a geothermal system is more involved than a simple furnace or AC swap. The process is more complex, which accounts for the higher initial cost. Here’s a breakdown of the variables that will affect your final price:

System Size: The size of your home and its heating and cooling needs directly impact the size of the system required. A smaller home will need a smaller, less expensive unit.

Property Conditions: The soil type on your land is crucial. Moist soil transfers heat more efficiently, which can reduce installation costs. Dry or rocky soil is more difficult to work with and can increase labor expenses.

Underground Loop Type: This is one of the most significant cost drivers. Horizontal loops involve digging long, shallow trenches. They are less expensive than vertical loops but require more space and are not suitable for smaller backyards. Vertical loops require drilling deep, narrow holes. They take up less space but are more expensive because of the specialized equipment and labor needed.

Labor and Permits: Labor costs vary by region and local permits. Regulations can add to the overall price.

Financing Your Geothermal Project

At Clear Air Conditioning & Heating Inc., we understand that new HVAC equipment, especially geothermal systems, can stress your budget. That is why we offer financing to help break up the price into manageable monthly payments.

Ask our pros about financing options for your geothermal project!

Don’t Forget About Rebates and Incentives!

Various financial incentives can significantly offset the initial cost of a geothermal system.

The Inflation Reduction Act of 2022 established federally funded, state-run programs that offer rebates for energy-efficient home upgrades, including geothermal systems. These funds are distributed on a first-come, first-served basis and expire when depleted or by September 30, 2031, whichever comes first.

These programs offer two main types of rebates:

Income-based (HEAR): These can cover 50% (moderate-income) or even 100% (low-income) of the project costs, making geothermal a possibility for a wide range of homeowners.

Performance-based (HOMES): These rebates are tied to the estimated or measured energy savings of home improvements, including geothermal systems.

The Buildings Hub, which collects data, news, and policy information about electrification and decarbonization, offers a HOMES and HEAR state tracker showing which states have active rebate programs and which are still awaiting approval.

Some utility companies also offer incentives for geothermal installation. We can assist you in finding these local rebates.

Ready for Your Personalized Quote?

Request an instant quote for free right here on our website, or give us a call get a professional consultation to get a clear picture of what a geothermal system will cost for your Phoenix, AZ, home. We can provide a detailed cost estimate based on an accurate property assessment and heating and cooling evaluation.

Call us at 480-770-4397 or get an instant quote online to get started.

The post Understanding Geothermal Heat Pump Costs in Phoenix first appeared on Clear Air Conditioning & Heating and is written by Clear Air Conditioning & Heating.

Are you ready to leave fossil fuel heating behind? Are you done with outdoor AC units you need to hose off every spring, or air-source heat pumps that just can’t compete with winter temperatures in Arizona?

It’s time to consider upgrading to a geothermal heat pump for your Glendale home. You will enjoy years of comfort, lower energy costs, and the satisfaction of knowing you are helping the planet by using a sustainable resource—heat energy from underground.

At Clear Air Conditioning & Heating, we understand the price might seem steep. You will pay more than you would for a gas furnace, air conditioner, or air-source heat pump. However, we believe this eco-friendly heating and cooling system’s efficiency, reliability, and longevity, coupled with incentives, make it a wise investment.

Before we look at what influences geothermal installation and equipment costs, let’s review how it works.

How Does Geothermal Work?

Unlike conventional HVAC units that fight against volatile outdoor air temperatures, geothermal systems draw on the stable, underground temperatures just a few feet below the surface. The consistent temperature allows for exceptional efficiency.

An underground loop—a network of buried pipes filled with circulating liquid—is the core of a geothermal system. During winter, this fluid absorbs the earth’s natural warmth, carrying it to an indoor heat pump that distributes the heat throughout your home. In the summer, the process reverses, with the system extracting heat from your home’s air and transferring it to the cooler ground.

Geothermal systems are incredibly energy-efficient and environmentally friendly because they move heat rather than generate it by burning fossil fuels. The result is lower monthly utility bills and a smaller carbon footprint. They also provide consistent, reliable heating and cooling year-round, and both the underground loop and the indoor heat pump last for years.

How Much Does Geothermal Cost?

A one-size-fits-all price does not apply to all geothermal systems. The final cost depends on various factors specific to your home and property. Online sources provide broad national estimates, but your specific quote will likely differ.

Here are some general price ranges from reputable sources to give you a rough idea:

• Carrier estimates geothermal systems and installation at $12,000 to $45,000.
• Forbes cites an average low of $17,000, a middle of $24,500, and a high of $32,300.
• The Natural Resources Defense Council (NRDC) says geothermal systems cost $15,000 to $40,000.

These ranges vary significantly because of key factors like system size, the type of ground loop installed, and local soil conditions. Our experienced installers at Clear Air Conditioning & Heating can give you a precise, tailored estimate for your property.

Key Factors Influencing Geothermal System Costs

Installing a geothermal system is more involved than a simple furnace or AC swap. The process is more complex, which accounts for the higher initial cost. Here’s a breakdown of the variables that will affect your final price:

System Size: The size of your home and its heating and cooling needs directly impact the size of the system required. A smaller home will need a smaller, less expensive unit.

Property Conditions: The soil type on your land is crucial. Moist soil transfers heat more efficiently, which can reduce installation costs. Dry or rocky soil is more difficult to work with and can increase labor expenses.

Underground Loop Type: This is one of the most significant cost drivers. Horizontal loops involve digging long, shallow trenches. They are less expensive than vertical loops but require more space and are not suitable for smaller backyards. Vertical loops require drilling deep, narrow holes. They take up less space but are more expensive because of the specialized equipment and labor needed.

Labor and Permits: Labor costs vary by region and local permits. Regulations can add to the overall price.

Financing Your Geothermal Project

At Clear Air Conditioning & Heating, we understand that new HVAC equipment, especially geothermal systems, can stress your budget. That is why we offer financing to help break up the price into manageable monthly payments.

Ask our pros about financing options for your geothermal project!

Don’t Forget About Rebates and Incentives!

Various financial incentives can significantly offset the initial cost of a geothermal system.

The Inflation Reduction Act of 2022 established federally funded, state-run programs that offer rebates for energy-efficient home upgrades, including geothermal systems. These funds are distributed on a first-come, first-served basis and expire when depleted or by September 30, 2031, whichever comes first.

These programs offer two main types of rebates:

Income-based (HEAR): These can cover 50% (moderate-income) or even 100% (low-income) of the project costs, making geothermal a possibility for a wide range of homeowners.

Performance-based (HOMES): These rebates are tied to the estimated or measured energy savings of home improvements, including geothermal systems.

The Buildings Hub, which collects data, news, and policy information about electrification and decarbonization, offers a HOMES and HEAR state tracker showing which states have active rebate programs and which are still awaiting approval.

Some utility companies also offer incentives for geothermal installation. We can assist you in finding these local rebates.

Ready for Your Personalized Quote?

Request an instant quote for free right here on our website, or give us a call get a professional consultation to get a clear picture of what a geothermal system will cost for your Glendale home. We can provide a detailed cost estimate based on an accurate property assessment and heating and cooling evaluation.

Call us at 480-770-4132 or get an instant quote online to get started.

The post Understanding Geothermal Heat Pump Costs first appeared on Clear Air Conditioning & Heating and is written by Clear Air Conditioning & Heating.

Ductless systems need monthly maintenance, including cleaning or replacing filters, wiping down indoor units, and checking for refrigerant leaks or drainage issues. Annual professional tune-ups help ensure efficient performance and extend the system’s lifespan.

A ductless heating and cooling system, or a mini split, is a splendid choice for your Peoria home and a worthwhile investment. It offers many benefits, including energy efficiency, zoned temperature control, and quiet operation. To ensure you continue enjoying these advantages for years to come, it’s crucial to maintain your system on a consistent basis.

As with any heating, ventilation, and air conditioning (HVAC) system, you need to protect your investment. Neglecting regular maintenance can shorten your system’s life span and significantly reduce its efficiency. Our Clear Air Conditioning & Heating professionals often see issues that could have been avoided with routine upkeep.

A well-maintained mini split will operate more efficiently, improve indoor air quality, and help prevent costly repairs. While you should schedule a professional cleaning and inspection at least once a year, there are several maintenance tasks you can handle on your own to keep your system in top condition.

Ductless System Maintenance: Table of Contents

• What Ductless Maintenance Can You Do on Your Own?
• What Will a Professional Do at My HVAC Maintenance Visit?
• Schedule Your Ductless HVAC Maintenance

What Ductless Maintenance Can You Do on Your Own?

Before performing any maintenance, always turn off your system completely—this includes shutting down both the indoor and outdoor components. Additionally, switch off the outdoor circuit breaker to prevent electrical hazards.

Here are some do-it-yourself (DIY) maintenance tasks our Clear Air Conditioning & Heating experts recommend:

1. Ensure Proper Clearance Around Units

A ductless system requires proper airflow to function efficiently. Be sure to keep at least a few feet of clearance around both the indoor and outdoor units. Remove any furniture, curtains, or other objects blocking the indoor unit, and trim back vegetation, leaves, or debris around the outdoor unit.

Proper airflow prevents overheating and ensures your system can distribute conditioned air effectively throughout your home.

2. Clean the Indoor and Outdoor Units

Keeping your system clean will improve its efficiency and longevity.

• Indoor Unit: Regularly wipe down the indoor unit with a soft, damp cloth to remove dust and dirt. Pay special attention to vents and grilles, as these areas can accumulate debris that restricts airflow.
• Outdoor Unit: The condenser and coils should be cleaned periodically. After ensuring the system is off, use a gentle stream from your garden hose to rinse off dirt and debris. Avoid using a high-pressure nozzle, as this can bend the delicate fins. Wipe off any residual dirt and allow the unit to dry completely before turning the system back on.

By cleaning your mini split routinely, you prevent buildup that can impact performance and lead to unnecessary repairs.

3. Clean or Replace Air Filters

One of the most important aspects of ductless system maintenance is taking care of the air filter. A dirty filter can reduce efficiency, strain the system, and worsen indoor air quality (IAQ).

• Remove the filter from your indoor unit and clean it thoroughly every six to twelve weeks.
• If you have pets, allergies, or smokers in your home, check and clean the filter more frequently.
• A clean air filter helps remove dust and allergens from the air you breathe while also preventing debris from accumulating in the unit.

According to the Environmental Working Group (EWG), a well-maintained filtration system can have a significant impact on your home’s indoor air quality. Ensuring your filters are clean is one of the simplest and most effective ways to maintain your mini split.

4. Inspect the Drain Line for Clogs

Ductless systems remove excess moisture from the air, which drains away through a condensate line. Over time, this line can become clogged with dust, mold, or algae, leading to water leaks or inefficient operation.

• Check the drain line periodically for any signs of blockages.
• If you notice water pooling around the unit, a clogged drain line may be the culprit.
• You can flush the line with a mixture of warm water and white vinegar to clear minor clogs, but for more serious issues, professional cleaning may be necessary.

What Will a Professional Do at My HVAC Maintenance Visit?

While homeowners can handle basic upkeep, a professional technician will conduct a more thorough inspection and cleaning to keep your system running smoothly. During your annual maintenance visit, our trained Clear Air Conditioning & Heating technicians will:

• Inspect refrigerant levels – Low refrigerant can reduce efficiency and damage the compressor.
• Check for refrigerant leaks – Leaks can cause performance issues and require prompt repair.
• Tighten electrical connections – Loose connections can lead to system failures or even electrical hazards.
• Test system operation – Your technician will ensure the system is running properly and troubleshoot any irregularities.
• Clean evaporator and condenser coils – Dust and dirt buildup can reduce efficiency and lead to breakdowns.
• Check the blower and fan – A malfunctioning blower or fan can reduce airflow and affect comfort levels.

If anything needs repair or replacement, our Clear Air Conditioning & Heating professional will inform you and, in many cases, can fix the issue on the spot. Our team carries common replacement parts in our work trucks to minimize downtime and inconvenience.

Routine maintenance helps prevent unexpected breakdowns and ensures your mini split operates efficiently for years to come.

Contact Us to Schedule Your Ductless Maintenance

Your ductless system is a valuable investment that provides comfort, efficiency, and improved air quality. With proper maintenance, it can last for many years without major issues. Taking the time to maintain your ductless mini split will keep your Peoria home comfortable and your energy bills in check.

Don’t wait until your system starts underperforming—schedule a professional maintenance visit with Clear Air Conditioning & Heating today! Call us at 480-409-4928 or request service online to set up your appointment.

If you are considering installing a new ductless system, we’d be happy to help! Contact us to discuss your options and get a free onsite estimate. Our experts can guide you through the selection process to find the perfect solution for your home.

The post What Maintenance Is Needed for a Ductless System? first appeared on Clear Air Conditioning & Heating and is written by Clear Air Conditioning & Heating.

In the winter, being snug as a bug in a rug in your home can be cozy, but it can also play havoc with your indoor air quality (IAQ) here in Phoenix, creating some significant health problems. At Clear Air Conditioning & Heating Inc., we recommend taking precautions to avoid the common issues associated with winter indoor air quality.

Why Does Winter Cause Problems?

During the warmer months, you open your windows and let the fresh air in to your Phoenix, home. During the colder months, you do the opposite, locking everything up tight, caulking and blocking anywhere cold air can seep in.

While this keeps you toasty, unfortunately it traps your indoor air inside containing all the impurities from your home. With homes being built more and more energy efficient, there are less ways for outdoor air to infiltrate your home and help ventilate it.

What Are Some Common Issues?

An Environmental Protection Agency (EPA) study found levels of “about a dozen common organic pollutants to be 2 to 5 times higher inside homes than outside, regardless of whether the homes were in rural or highly industrial areas.”

Dr. Marilyn Black, an early pioneer of indoor air-quality research, noted “poor indoor air quality was directly related to the 500 to 1,000 volatile organic compounds (VOCs) coming from everyday materials, such as paint, floorings, furnishings, and printers.”

In addition, pet dander, cleaning products, environmental tobacco smoke, mold, dust, mildew, personal-care products, asbestos, lead, carbon monoxide, nitrogen oxide, and a host of other factors also contribute to your indoor air’s pollution.

As a result of poor indoor air quality, you or someone in your home may experience some of these common symptoms on a regular basis:

• Fatigue
• Flu-like symptoms
• Headaches
• Dizziness
• Itchy eyes, nose, and/or throat
• Worsened asthma, allergies, or chronic illnesses

Tips to Improve Winter Indoor Air Quality

Just because it’s winter, do not assume you have to suffer through poor indoor air quality. There are things you can do to help improve it. Here are some of our recommendations:

Get your ductwork inspected and cleaned. Having your heating, ventilation, and air conditioning (HVAC) system’s air ducts inspected can alert you to leaks, where unconditioned air could be leaking and contributing to your problem. Then having your ducts cleaned will remove any dust-and-debris buildup, preventing it from entering into your airflow.

Have your furnace cleaned and checked. Ensuring your furnace and its filter are clean helps alleviate more dust and debris from making it into your lungs. Your furnace is an integral component in your home’s HVAC system, so having it regularly checked and tuned up keeps things working efficiently for a long time.

Consider installing an air purifier. Your HVAC system’s air filter can only stop so many types and sizes of particles. Many particles are not visible to the human eye yet can still do harm. An air purifier can eradicate them from your home’s airflow.

Check your home’s humidity levels. Optimally your home’s humidity level should remain between 30 to 50 percent all year long. During the colder months, your home’s air becomes drier. Be sure your humidifier is keeping your home humid enough while not over humidifying. Too much moisture, amongst other things, breeds mold and mildew that are both toxic to your body.

Open your windows every day (or at least a few times a week) for short bouts of time.

During the winter months, your home’s ventilation does not bring in as much outdoor fresh air as other times of the year. Your home is shut up tight to keep the cold out. An easy measure to take is simply to open your windows daily for a short time, even for a few minutes. This will bring some much-needed fresh air into your home and help diffuse the stuffy air.

Use more natural cleaning and personal-care products. Chemicals from cleaning and personal-care products will linger longer in your home’s winter air without the flow of fresh air. Concentrated like this, they can do real damage over the long term to your body. Look into substituting healthier alternatives.

Decorate with houseplants. Houseplants clean and purify your home’s air. Adding more to your home can only help remedy the toxins and stuffiness present during the colder months.

Clean your home regularly, paying special attention to carpets, floors, and dusty areas. Cleaning your home once a week goes a long way in keeping dirt and dust from entering your home’s airflow. Carpets are particularly bad for harboring unwanted debris. Vacuuming regularly, especially with a high-efficiency particulate air (HEPA) filter vacuum, can dramatically cut down on your air’s pollution.

Contact Us for All Your Indoor Air Quality Needs

Ready to improve the comfort and health inside your Phoenix, AZ, home? For a free consultation on how to improve your air quality, call Clear Air Conditioning & Heating Inc. at 480-447-7568 or request service online today!

The post The Basics of Winter Indoor Air Quality first appeared on Clear Air Conditioning & Heating and is written by Clear Air Conditioning & Heating.

Going ductless offers flexible, energy-efficient heating and cooling without the need for bulky ductwork. It’s ideal for individual room control, home additions, and older homes where installing ducts isn’t practical.

You deserve the most comfort at the best price in your Arizona home or business. You want reliable heating, ventilation, and air conditioning (HVAC) at reasonable prices. You want fresh, clean air so you and your loved ones can enjoy a healthy home.

Try going ductless!

A ductless system, or mini split, adds comfort to your home without the hassle of extending your ductwork. It is the perfect heating and cooling solution for new construction, additions, retrofits, and remodeling projects.

At Clear Air Conditioning & Heating, we offer whole-house solutions that help you get the most out of your HVAC investment while adding value to your Glendale home. We believe you should have complete control when it comes to your indoor comfort, safety, and health.

Table of Contents: Why Ductless Is the Way to Go

1. Why Go Ductless in Glendale?
2. How Does a Ductless Mini Split Work?
3. Zone Control Systems vs. Mini Splits
4. What Are the Advantages of a Ductless System?

Why Go Ductless in Glendale?

Air ducts play a vital role in conventional heating and cooling systems—those ducts deliver the goods, ensuring comfortable temperatures throughout your home! But over time, tears and leaks develop in your ductwork, compromising efficiency and reducing overall performance. The US Department of Energy (DOE) estimates leaky ducts can add hundreds of dollars per year to your heating and cooling costs, making air loss an expensive problem that often goes unnoticed.

Most experts agree that leaky ducts allow up to 25 percent or more of your heated or cooled air to escape before it ever reaches your living space. A ductless system eliminates this type of energy loss entirely, offering a more efficient, cost-effective alternative.

How Does a Ductless Mini Split Work?

There are two main parts to a mini split: an outdoor condenser and one or more indoor mounted units (additionally, there is the conduit connecting the outdoor and indoor components). A few small holes and tubing are required to connect the outside refrigerant lines to the indoor units.

Our professionals at Clear Air Conditioning & Heating can select the right mini split system to fit your needs and budget and install it with minimal disruption to your home or office.

Zone Control Systems vs. Mini Splits

You might already know about zone control systems, which allow you to set different temperatures in various areas of your home for personalized comfort. These systems use dampers in your ductwork to direct the airflow precisely where it needs to go, reducing energy waste and improving efficiency. Zone control systems work especially well in large homes with multiple floors, open spaces, and intricate layouts, ensuring each area gets the right amount of heating or cooling.

With a ductless mini-split system, you enjoy all the benefits of a zone control system without the need for ductwork. Each indoor unit operates independently and features its own programmable thermostat, allowing for customized temperature control in every room or zone. This setup not only enhances comfort but also helps lower energy costs by only heating or cooling the spaces in use.

What Are the Advantages of a Ductless System?

A ductless system uses a washable filter instead of a disposable filter, which is used in a traditional system. Best practice involves cleaning the filter frequently—at least once a month, and more so if you have pets or smokers in your home.

Annual maintenance tune-ups and inspections will help extend the life of your system and ensure it runs at full capacity when you need it most.

Here are some other advantages you will enjoy by going ductless:

• Better air quality – Poorly maintained ductwork contributes to indoor air pollution, circulating dust and debris that infiltrates the air ducts through leaks and tears. Eliminating ductwork reduces the chances of exposing your indoor air quality (IAQ) to airborne contaminants.
• More efficient – A quality central air conditioner has a SEER (Seasonal Energy Efficiency Ratio) rating between 14 and 16. A top-performing ductless system will typically have a SEER rating above 20.
• Less noise – Central air conditioners and window units tend to make noise—not so with a ductless mini split. They’re quiet, efficient, and reliable.

Go Ductless Today in Glendale!

Ductless mini split systems use less energy to provide all your heating and cooling needs in Glendale. These innovative systems are environmentally friendly and simple to operate. At Clear Air Conditioning & Heating, we take great pride in informing our customers about quality products and services that add comfort, safety, and health to your home or business.

Call 480-757-9425 or request service online today to learn more about ductless mini splits and similar products.

The post Is It Worth Installing a Ductless Air Conditioner? first appeared on Clear Air Conditioning & Heating and is written by Clear Air Conditioning & Heating.

Imagine if your air conditioner and furnace teamed up into one super-efficient system—kind of like a superhero duo for your home comfort. That’s basically what a heat pump is. It’s one unit that can heat your home in the winter and cool it in the summer, all while using less energy than traditional systems.

In fact, according to the US Department of Energy (DOE), air-source heat pumps use up to 50 percent less energy than furnaces or baseboard heaters—and water and geothermal models are even more efficient than their air-sourced counterparts.

But how do heat pumps even work? And why is everyone suddenly talking about them? Whether you’re trying to cut your utility bills, reduce your carbon footprint, or just understand your options before replacing old HVAC equipment, this blog breaks it down in simple terms.

Clear Air Conditioning & Heating Inc. is pleased to bring the finest HVAC options to Peoria, and surrounding area residents. Let’s take a closer look at what makes heat pumps so cool (and warm!).

Heat Pump Types and How They Work

There are three basic categories of heat pumps:

Air Source Heat Pumps (ASHPs)

Air source heat pumps are the most common and popular option. They harness heat energy in the air, transferring it from the outdoors to indoors on a cold day, or removing the heat from your home on a warm day. ASHPs have a compressor, an indoor coil, and an outdoor coil. The coils pump refrigerant, a substance that can absorb heat and release it. The indoor coil is also called a heat exchanger.

Older or lower-end heat pumps don’t fare as well in subfreezing temperatures—you’ll want a cold climate heat pump for that! However, you can pair them with a furnace programmed to kick on when the temperature dips below 30 degrees Fahrenheit. This combination, known as a dual-fuel system, lets you enjoy the heat pump’s efficiency benefits without the risk of losing heat. Additionally, newer and more advanced heat pumps are hitting the market that can handle cold winters.

Water Source Heat Pumps (WSHPs)

Water source heat pumps operate much like ASHPs—except they harness heat from a body of water instead of the air. For homeowners living near ponds, lakes, wells, or other water sources, a WSHP can be the perfect match. A series of underwater pipes cycle liquid, collecting heat. The heat gets picked up by the heat exchanger, which transfers it to your home via ductwork. On hot days, the process works in reverse to provide air conditioning.

While they cost more upfront, WSHPs use a fraction of the energy that the already-efficient ASHPs use. You’ll see considerable monthly savings and significantly reduce your carbon footprint.

Geothermal Heat Pumps (GHPs)

Ground source heat pumps, or geothermal systems, use pipes with liquid to collect heat like WSHPs, but the pipes are underground instead of underwater. The Earth has relatively consistent underground temperatures, ranging from 45 to 75 degrees, depending on latitude. This constant temperature makes it a reliable source for heating.

GHPs have pipe systems buried four or more feet underground. The pipe system can run horizontally or vertically, depending on what you and your Clear Air Conditioning & Heating Inc. specialist determine works best with your Arizona property. Like other heat pump models, the heat gets transferred to the heat exchanger and distributed through your ducts with an air handler.

GHPs are among the most efficient heating sources on the planet. Like WSHPs, they cost more upfront but pay off significantly with long-term savings. Although heat pumps use electricity, carbon emissions can be cut to nearly zero when you pair them with a solar panel. Many owners also pair them with a ductless mini split, another great option to increase efficiency.

Heat Pump Maintenance and Upkeep

Heat pumps provide heating and cooling capabilities—there’s no need to supplement your heat pump with an air conditioner. That means you only have one system to worry about for repairs and maintenance costs!

The DOE recommends an annual maintenance visit to keep your heat pump system is operating at its best. One of our Clear Air Conditioning & Heating Inc. specialists will check for leaky ductwork, which can lead to energy loss. They will also inspect refrigerant levels. Refrigerant leaks can harm your indoor air quality (IAQ) and impair the functionality of your heat pump.

Schedule HVAC Service With Your Peoria, Expert Today!

We’re pleased to offer our unmatched heating and cooling expertise to our neighbors in Peoria. For reliable, efficient, and friendly home service, call Clear Air Conditioning & Heating Inc. at 480-757-9487 today, or set up your visit online.

The post What Is a Heat Pump? first appeared on Clear Air Conditioning & Heating and is written by Clear Air Conditioning & Heating.

Homeowners in Glendale, generally favor heat pumps for their energy efficiency and dual heating and cooling capabilities. However, like any HVAC system, they can develop issues that impact performance.

One of the more frustrating problems a homeowner can face is when their heat pump turns on and off repeatedly. This issue can lead to increased wear and tear on the system, a spike in energy bills, and decreased home comfort.

So, what exactly is going on—and how can you fix it? Clear Air Conditioning & Heating Inc. has the answers!

In this blog, we’ll cover:

• What Is Short Cycling?
• Causes of Heat Pump Short Cycling
• How Clear Air Conditioning & Heating Inc. Can Help

What Is Short Cycling?

The continuous on-and-off behavior is known as short cycling. When a heat pump short cycles, it fails to complete a full heating or cooling cycle. Instead, it turns on for a short time, shuts off abruptly, and then starts back up again shortly after. This cycle can repeat over and over, making the system work harder while achieving less.

Not only is short cycling inefficient, but it can also shorten the lifespan of your heat pump. Since it requires more frequent starts, components like compressors and fan motors can wear out prematurely. On top of that, your home in Glendale, may never feel truly comfortable because the unit can’t maintain a steady indoor temperature.

Causes of Heat Pump Short Cycling

If your heat pump is short cycling, it’s important to diagnose the problem early. Below are four of the most common causes and what you should do to correct them.

1. Air Filter Clogs Lead to Short Cycling

Whenever your heat pump has a problem, always start by checking the air filter. A clogged or dirty filter can restrict airflow and put stress on the system. When air can’t circulate properly, the heat pump may overheat or struggle to sense the room’s temperature, triggering it to shut off early. Then, once it cools down, it restarts—repeating the cycle.

The solution is simple: replace or clean your air filter, depending on whether it’s disposable or reusable. As a general rule, filters should be inspected every 1–3 months and changed according to the manufacturer’s recommendations or more frequently if you have pets or live in a dusty area.

Keeping your filter clean ensures your heat pump can “breathe” properly, which supports longer cycles, better comfort, and improved energy efficiency throughout your Arizona home.

2. Thermostat Errors and Short Cycling

If your thermostat is giving inaccurate readings, your heat pump may turn off before your home reaches the set temperature. This can often be traced back to the thermostat’s placement. If installed too close to a vent, window, or heat source (like direct sunlight), it might falsely detect that the home has reached the desired temperature, triggering an early shutoff.

Another possibility is faulty wiring between your thermostat and the heat pump, causing the system to receive mixed signals.

Either way, it’s best to have one of our certified professionals from Clear Air Conditioning & Heating Inc. inspect the system and thermostat. We can recalibrate, relocate, or replace your thermostat to ensure it’s accurately communicating with your HVAC system.

3. Short Cycling Caused by Leaky Refrigerant

Refrigerant is critical to your heat pump’s ability to heat and cool. During summer, the refrigerant absorbs heat from inside your home and releases it outdoors. In winter, the process reverses to draw heat into your home. If your system develops a refrigerant leak, it won’t be able to transfer heat effectively.

As a result, the unit struggles to meet the temperature setting, and short cycling can occur. One common sign of a refrigerant issue is ice buildup on your outdoor unit, especially during warmer weather. You might also notice a hissing sound, warm air blowing during cooling mode, or extended cycle times.

Refrigerant handling should always be done by a licensed HVAC technician. If you suspect a leak, contact one of our skilled experts at Clear Air Conditioning & Heating Inc. to safely repair it and recharge your system.

4. Oversized Unit Is the Primary Short Cycling Reason

This is one of the most serious—and unfortunately, common—causes of short cycling. If your heat pump is too large for your home, it will heat or cool the space very quickly, then shut off prematurely because it thinks it’s done. However, because it didn’t run long enough to properly circulate air or manage humidity, the system kicks back on soon after.

This leads to constant cycling, high humidity, uneven temperatures, and high energy bills. Oversized systems also experience more mechanical stress, which can shorten their lifespan.

How Clear Air Conditioning & Heating Inc. Can Help

At Clear Air Conditioning & Heating Inc., we always perform proper load calculations before recommending or installing any HVAC equipment.

Using tools like the ACCA Manual J Load Calculation, we determine the exact capacity your home requires. According to the U.S. Department of Energy, proper sizing improves energy efficiency, indoor air quality, comfort, and overall system performance.

If your heat pump was installed without a Manual J test, we highly recommend scheduling one to determine whether resizing is necessary.

Call Us for All Your Heat Pump Needs

If your heat pump in Glendale, AZ, is short cycling or not performing as it should, don’t wait. These issues can worsen over time and lead to expensive repairs or replacements.

Contact our team at Clear Air Conditioning & Heating Inc. today at 480-360-1243. We’re happy to inspect your system, diagnose the problem, and provide expert solutions to keep your home comfortable year-round.

You can also request service online. Whether it’s maintenance, repair, or a full system replacement, we’re here to help you get the most from your heat pump investment.

The post Why Is My Heat Pump Turning On and Off Frequently? first appeared on Clear Air Conditioning & Heating and is written by Clear Air Conditioning & Heating.

They’re called ductless mini splits because they don’t require ductwork and consist of two main components—a compact indoor air handler and an outdoor compressor—connected by refrigerant lines. This “split” design allows for efficient, targeted heating and cooling in specific areas.

If you want a versatile HVAC system you can customize from room to room in your Peoria, home, look no further than a ductless mini split.

Like many other homeowners, you may have heard about mini splits but do not know how they work. You might wonder why they are called mini splits or ask, “Will a ductless mini split benefit me?”

These highly efficient systems work year-round to both heat and cool without ductwork. At Clear Air Conditioning & Heating Inc., we install the best HVAC systems and would love to help you transform your home comfort with a ductless mini split.

Call us at 480-702-3580 to set up a free consultation to see if a ductless mini split is your best choice for heating and cooling.

In the meantime, this blog will explore everything you need to know about mini splits, from their unusual name to benefits to why you might need one.

Why Is It Called a Mini Split?

The answer is in the mini split’s design.

The system is split into two parts: an indoor air handling unit and an outdoor unit. Mini split units are compact and take up little space compared to conventional, ducted central air systems.

Unlike traditional HVAC systems that use ducts to deliver conditioned air throughout your home, a mini split does not require ductwork. This makes it a perfect solution for homes or spaces without existing ductwork or where installation would be costly and invasive.

How Does a Mini Split Work?

In the summer, a ductless mini split moves heat from your Peoria home and transfers it via refrigerant to the outdoors. In the winter, it extracts heat from outside to inside your home. 

Its outdoor unit contains the compressor and condenser, which is similar to a ducted heat pump.

The indoor unit, which mounts on the wall or ceiling, houses an evaporator coil, fan, and filters, like an air handler in a ducted system. While a central air handler distributes air to ductwork, a mini split’s indoor unit blows it directly into an individual room or heating and cooling zone.

Personalized HVAC Zoning Comfort With Ductless

The outdoor unit can connect to several indoor units, creating an HVAC zone control system throughout your home. Each indoor unit has an independent thermostat, allowing you to customize comfort in your living space.

You can set the temperature higher in one room, lower in the next, or turn it off in a rarely used space. For example, you might want more heat in a room on the north side of your home and less in a space with large, south-facing windows. A customized heating and cooling strategy can help you reduce energy consumption and save money on utility bills.

Are Mini Splits Efficient?

Ductless mini splits are known for their energy efficiency. Since they blow conditioned air directly into their surroundings through indoor air handling units, they do not lose energy through leaks or poorly insulated ducts.

Up to 30 percent of conditioned air moving through the ductwork in an average home escapes through cracks, holes, and poor connections, resulting in higher utility bills. That’s money escaping through those cracks!

Mini splits use inverter technology, which allows them to adjust the compressor speed based on the current heating or cooling demand rather than turning it on and off frequently. This saves you money on utility bills and reduces your carbon footprint.

Do Mini Splits Improve Indoor Air Quality (IAQ)?

Ductwork can accumulate dust, dirt, and other allergens, which can circulate through your home, but since mini splits do not use ductwork, they can improve indoor air quality. Mini split systems also use filters to help purify the air.

Are Mini Splits Difficult to Install?

At Clear Air Conditioning & Heating Inc., we can install a ductless mini split quicker than we can a conventional ducted HVAC system. Mini splits are less invasive, with each indoor unit requiring a small hole in the wall where it connects with refrigerant lines.

Ductwork installation, on the other hand, typically cuts into walls or ceilings, requiring alterations to your home.

Why Would I Need a Mini Split?

A ductless mini split is an excellent choice if you live in an older home without ductwork. It offers all the heating and cooling benefits of a traditional system, plus energy efficiency and customized comfort—without installing ductwork.

A mini split is the most practical HVAC option besides portable heating and cooling units for detached buildings such as a remodeled garage or shed. Installing a ducted system in your backyard accessory building does not make good financial sense and extending ductwork from your home is impractical and may be impossible.

Consider installing a mini split if you cannot extend ductwork into a home addition or have an area, such as an attic, where your forced air system struggles to heat and cool.

A mini split can fulfill your need for customized comfort, enabling you to select different temperatures from room to room.

Get a Ductless Quote From Clear Air Conditioning & Heating Inc.

Whether you plan to replace an outdated HVAC system or want to heat and cool a new space, a ductless mini split could be the perfect solution for your Peoria, AZ, home. We can show you how this energy-efficient, flexible, and versatile HVAC system can enhance comfort. Call Clear Air Conditioning & Heating Inc. at 480-702-3580 or request estimate online for a free, no-obligation quote. 

The post Why Are They Called Ductless Mini Splits? first appeared on Clear Air Conditioning & Heating and is written by Clear Air Conditioning & Heating.

An air handler is an HVAC component that circulates conditioned air throughout a building. It is often installed in conjunction with heat pump heating and cooling equipment.

A heat pump without an air handler is like a fan without blades.

The motor can revolve, but it won’t move any air.

The same goes for a heat pump. The outdoor unit might be in perfect working condition. Still, the heating and cooling process stops without an indoor evaporator coil, connecting refrigerant lines, and a fan to blow conditioned air through ductwork.

Add an air handler inside your Glendale home, and your heat pump will be back in business.

What Is an Air Handler: Table of Contents

• What Is an Air Handler?
• What Does an Air Handler Do?
• Does My Home Need an Air Handler?
• What Maintenance Does an Air Handler Need?

What Is an Air Handler?

If you own a heat pump or split system air conditioner, air handlers are crucial to your comfort. However, not all HVAC equipment requires a separate air handler.

If you own a gas furnace, the air conditioner evaporator coil typically sits above the furnace, and the furnace blower distributes the cooled air throughout your Glendale home.

Air handlers may be the least understood type of HVAC equipment. They are essential for some systems and redundant in others.

Confusing? They can be.

Ask the Pros at Clear Air Conditioning & Heating About Air Handlers

Our expert team at Clear Air Conditioning & Heating can answer your questions and concerns about air handlers and explain how they may affect your heating and cooling system.

If you plan to replace your aging furnace with an electric heat pump, we can help with equipment recommendations and installation. That includes recommending an air handler to work with your heat pump and ductwork.

What Does an Air Handler Do?

Air handlers, no matter what size, are the distribution system for your HVAC unit. Here is what they do:

• Circulate Air: The handler’s powerful blower fan pulls air over the indoor coil, pushing out conditioned air through your ductwork and into your home.

• Filter Air: Air handlers contain air filters that trap dust, pet dander, pollen, and other contaminants, improving indoor air quality (IAQ). Filters prevent these particles from circulating in your home or settling on the indoor coil.

• Ductwork Connection: The air handler connects to your home’s ductwork, where cool or warm air enters and returns for reconditioning.

Does My Home Need an Air Handler?

When your air handler functions correctly, it distributes temperature evenly throughout your home and eliminates hot and cold spots. It also maintains airflow to your HVAC unit, allowing it to operate without straining.

Its filter is essential for trapping pollutants and contributing to cleaner, healthier indoor air. Keeping particles out of your HVAC system contributes to its longevity.

Air handlers also help regulate humidity in your home, which is crucial for maintaining comfort. Too much humidity can create the perfect environment for mold growth. Indoor air without sufficient moisture can dry your skin and warp wood floors and furniture.

The U.S. Environmental Protection Agency (EPA) recommends a humidity level between 30 and 50 percent. An air handler can help maintain the proper level, especially when working with a humidifier or dehumidifier.

Highly efficient air handlers use variable-speed blowers that adjust their output continuously to maintain a constant temperature in your home. They reduce energy consumption and can save money on utility bills.

What Maintenance Does an Air Handler Need?

If your home has an air handler, it has a filter. Check your air filter every month and replace it when it is dirty. Consult your user manual for guidance on the type of filters your unit uses and how often you should replace them.

Our qualified technicians at Clear Air Conditioning & Heating will check your air handler’s blower motor, fan, and other components during your annual heat pump or air conditioning tune-up.

Regular preventative maintenance can keep your air handler operating at peak efficiency and detect issues before they escalate into costly problems or breakdowns.

Uneven heating and cooling, strange noises, or weak airflow could indicate your air handler has a problem with the blower fan, a clogged filter, or a faulty thermostat. Let us at Clear Air Conditioning & Heating diagnose and correct the issue before it spirals out of control.

Call the Air Handler Experts in Glendale

Whether you need air handler installation, maintenance, or repair in your Glendale home, our qualified team at Clear Air Conditioning & Heating is ready to help. Call us at 480-702-3540 or request service online.

The post What Is an Air Handler? first appeared on Clear Air Conditioning & Heating and is written by Clear Air Conditioning & Heating.

Unless you’re an HVAC professional—like the team at Clear Air Conditioning & Heating you probably don’t spend much time thinking about your air conditioner or how it works.

Yet, according to the U.S. Energy Information Administration, about 90% of households in the U.S. use air conditioning. So while you may just care that it keeps your Peoria, home or business cool, understanding a little more about your system can help you recognize when something’s not working quite right.

Let’s break it down.

A Brief History of AC Technology

Air conditioning has come a long way since its invention in 1902 by Willis Carrier. Originally used to control humidity in a printing facility, the technology quickly made its way into theaters, department stores, and eventually homes.

Today, central air systems are not only more efficient and quieter but often come with smart controls and zoning capabilities. Understanding how your system works empowers you to make smarter decisions about maintenance, upgrades, and repairs.

What Does an Air Conditioner Actually Do?

Your central air conditioner does more than just cool your space. It also:

• Removes humidity from the air by drawing out excess moisture (hence the need for pans and drain lines).
• Improves indoor air quality by pulling allergens and debris out of the air through the filter.
• And of course, it lowers the indoor temperature by removing heat from your home and releasing it outside.

To do all this, most central AC systems use a “split system,” with a hot side (outside unit) and a cool side (inside unit). These two sides work together to extract heat from the air in your home and transfer it outdoors.

Here’s a simplified explanation of how that process works:

1. Warm indoor air is drawn into the system.
2. The refrigerant inside the system absorbs the heat from the air.
3. The heated refrigerant is pumped through a closed-loop system to the outdoor unit.
4. A fan blows over the outdoor coil, releasing the heat into the outdoor air.
5. The refrigerant cools back down and cycles back inside to absorb more heat.

This heat-transfer process repeats continuously to keep your home comfortable. And while the overall system involves many small moving parts, the core components are what really keep things running.

How Refrigerant Makes Cooling Possible

Refrigerant is the key to your air conditioner’s cooling power. This chemical compound absorbs and carries heat as it circulates through your system. As it evaporates into a gas inside the indoor unit, it draws heat from the surrounding air. When compressed and pushed into the outdoor unit, it releases that heat and condenses back into a liquid.

This cycle of phase changes—from gas to liquid and back again—is what makes modern cooling possible. Maintaining the right refrigerant level is essential. Too much or too little can lead to poor performance, frozen coils, or even compressor failure.

Key Components of a Central Air Conditioner

Of course, your Peoria, home’s AC system also includes other essential parts—fans, filters, sensors, and more—but these four components are the backbone of your cooling system.

Evaporator (Indoor Unit)

The evaporator is located inside your home on the cool side of the system. It receives the cold, liquid refrigerant. As warm air blows over its chilled coils, the refrigerant absorbs the heat and evaporates into a gas. This process cools the air before it’s circulated back through your home.

Condenser (Outdoor Unit)

The condenser sits outside on the hot side. It works the opposite of the evaporator, converting the refrigerant gas—now carrying heat from your home—back into a liquid. The condenser’s coil releases this heat into the outside air, thanks to a fan that blows across it.

Expansion Valve

The expansion valve is the control center between the condenser and evaporator. It regulates how much refrigerant enters the evaporator. As it removes pressure from the refrigerant, it allows it to expand and turn into a gas, enabling the cooling cycle to restart.

Compressor

The compressor is also located outside and acts like the heart of the system. It pressurizes the refrigerant gas, which raises its temperature and prepares it to release heat once it reaches the condenser coil. The compressor keeps refrigerant circulating through the system in a closed loop.

Boosting Indoor Air Quality With Your AC

Your central air conditioner can do more than cool your home—it can also support cleaner, healthier indoor air. Consider adding IAQ indoor air quality products like UV light air purifiers, electrostatic or HEPA filters, or a whole-home dehumidifier.

These upgrades work alongside your HVAC system to reduce allergens, neutralize bacteria and mold spores, and manage excess humidity.

The result? Cleaner air and a more comfortable home environment.

Frequently Asked Questions About Air Conditioners

How often should I service my air conditioner?

We recommend a professional tune-up at least once a year—ideally in the spring before peak cooling season.

Can I clean my AC coils myself?

You can gently rinse your outdoor coil with a garden hose to remove debris, but internal components like the evaporator coil should be cleaned by a licensed technician to avoid damage or voiding your warranty.

Why is my air conditioner running but not cooling?

This could be due to low refrigerant, dirty coils, a malfunctioning compressor, or a blocked air filter. Call a professional for a full system inspection.

Need Air Conditioning Service? Call the Local AC Experts in Peoria

If your system is blowing warm air, short-cycling, making unusual noises, or driving up your utility bills, it could be time for a repair or tune-up. Routine maintenance helps catch small issues early and keeps your system running efficiently throughout the summer.

Whether you need a quick fix, a full system replacement, or simply want a check-up for peace of mind, our certified HVAC professionals are here to help.

Call Clear Air Conditioning & Heating at 480-409-7484 or request service online to keep your cool all season long.

The post How Does Your Central Air Conditioner Cool Your Home? first appeared on Clear Air Conditioning & Heating and is written by Clear Air Conditioning & Heating.