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Author: Gee! Heating & Air

The Importance Of Mini-Split Maintenance

Are you a homeowner or business-owner that wants to understand their mini-split system and how to take care of it? Welcome to our comprehensive guide on mini-split maintenance! In this guide, we will walk you through the ins and outs of mini-split maintenance, providing you with the knowledge and practical tips needed to keep your mini-split system in optimal condition.

Just like any other HVAC system, mini-splits require care and attention to ensure they operate efficiently, provide consistent comfort, and have a long lifespan. Neglecting maintenance can lead to a range of issues, from decreased efficiency and poor indoor air quality to costly repairs and premature system replacement. From simple DIY tasks you can perform at home to knowing when it’s time to call in a professional, we’ve got you covered.

By following the guidance in this blog, you’ll not only protect your investment but also enjoy year-round comfort without the worry of unexpected breakdowns or skyrocketing energy bills. So, let’s dive in and explore how to maintain your mini-split system for peak performance and reliability!

Understanding Mini-Split Systems

Mini-split systems, also known as ductless mini-splits or ductless heat pumps, are a versatile and efficient way to provide both heating and cooling to indoor spaces. Mini-split systems have gained immense popularity for their energy-efficient cooling and heating capabilities, making them a fantastic choice for both residential and commercial spaces.

Mini-split systems function on the same basic principles as traditional air conditioning and heating systems but with some key differences. Mini-split systems consist of two main components: an indoor air-handling unit (evaporator) and an outdoor unit (condenser). Unlike central HVAC systems that use ductwork to distribute air, mini-splits use refrigerant lines to connect the indoor and outdoor units.

There are two primary types of mini-split systems: single-zone and multi-zone. Single-zone consist of one outdoor unit connected to a single indoor unit that are ideal for heating and cooling individual rooms or smaller spaces, providing precise temperature control. Multi-zone systems have one outdoor unit that can be connected to multiple indoor units, each serving a separate zone or room. This configuration allows for customized comfort control in various areas of your home or building.

The Importance Of Mini-Split Maintenance

The best way to ensure your mini-split system lasts as long as possible is to regular service it. Regular maintenance of mini-split systems is paramount to ensure they continue to function efficiently and reliably over time. They’re known for their precision and temperature control, and will continue to do a great job of heating and cooling your home or business if it’s well cared for.

The importance of mini-split maintenance has two key aspects: energy efficiency and system longevity. Firstly, maintaining a mini-split system is essential to preserve its energy efficiency. These systems are designed to operate at high levels of efficiency, often surpassing traditional HVAC systems.

However, without regular maintenance, factors such as clogged filters, dirty evaporator coils, or refrigerant leaks can impede their performance. When efficiency is compromised, the system has to work harder to achieve the temperature you’re wanting, leading to increased energy consumption and higher utility bills. Routine maintenance, including filter cleaning or replacement, coil cleaning, and refrigerant level checks, ensures that the system operates at its peak efficiency, reducing energy waste and saving you money.

Secondly, mini-split maintenance is vital for extending the system’s lifespan. These systems are considered durable and can provide reliable heating and cooling for many years. However, neglecting maintenance can lead to premature wear and tear, component failures, and costly repairs or replacements.

Regular inspections by HVAC professionals can identify potential issues early on and prevent them from escalating into major problems. This not only safeguards your investment but also ensures that you can enjoy the benefits of your mini-split system for the entirety of its lifespan, making maintenance a cost-effective choice in the long run.

Mini-split maintenance also prevents costly repairs and inconvenient breakdowns. Not only will regular maintenance sustain the efficiency and durability of a mini-split system, it also allows you to enjoy year-round comfort without any unnecessary expenses or disruptions.

The Benefits Of Professional Mini-Split Maintenance

A professional HVAC Contractor that’s experienced with mini-split systems has the tools, expertise, and equipment to ensure your mini-split system is working as efficiently as possible. The key is to catch and diagnose problems early on to prevent costly repair and this is done by having your mini-split routinely serviced by a professional.

Professional mini-split maintenance offers several significant benefits that contribute to the overall performance, efficiency, and lifespan of your system. Here are the key advantages:

  • Enhanced Energy Efficiency: One of the primary benefits of professional maintenance is improved energy efficiency. Technicians can identify and address issues like dirty coils, clogged filters, or refrigerant leaks that can reduce your mini-split’s efficiency. This means your system will require less energy to achieve the desired temperature, leading to lower energy bills.
  • Optimal Performance: Professional maintenance ensures that your mini-split operates at its peak performance levels. When all components are in good condition and properly calibrated, you can expect consistent and reliable heating and cooling throughout the year.
  • Extended Lifespan: Regular maintenance helps extend the lifespan of your mini-split system. By addressing minor issues early, you prevent them from escalating into major problems that could result in expensive repairs or even system replacement. This means your investment in a mini-split will last longer, providing reliable comfort for years to come.
  • Improved Indoor Air Quality: Professional maintenance includes cleaning and inspecting components like filters and coils. This reduces the buildup of dust, debris, and allergens within the system, leading to improved indoor air quality. Clean filters and coils also help prevent mold and mildew growth.
  • Fewer Repairs: When your mini-split is well-maintained, it’s less likely to experience breakdowns or malfunctions. This translates to fewer repair calls and less inconvenience for you. It’s a cost-effective approach that can save you money on unexpected repair bills.
  • Preservation of Warranty: Many mini-split manufacturers require regular professional maintenance to maintain the warranty on the system. Neglecting maintenance could void your warranty, leaving you responsible for the full cost of any repairs or replacements.
  • Safety Assurance: Professional technicians can identify and address any safety concerns related to your mini-split system. This includes checking for potential gas leaks, electrical issues, or other safety hazards that may be present.
  • Convenience and Peace of Mind: Professional maintenance is a hassle-free way to keep your mini-split system in top shape. Technicians have the knowledge, tools, and experience to handle all aspects of maintenance, ensuring that you can enjoy worry-free comfort in your home or business.

Professional Mini-Split Maintenance Near You

Professional mini-split maintenance is an investment that pays off through improved efficiency, system longevity, and indoor air quality, as well as fewer unexpected repairs and the preservation of your system’s warranty. It’s a proactive approach to HVAC care that ultimately saves you both time and money while ensuring your comfort.

As the top-rated HVAC Company locally, Gee Heating & Air is on standby to help you with your Mini-Split System! Whether you’re in need of maintenance, repairs, installation, or replacement, you can count on our team to get the job done right!


Is It Time To Replace My HVAC System?

Although you may not see it everyday, your HVAC System is one of the most important aspects of your home. It’s essential to ensure your HVAC System is in good working condition and if it’s not, you may be asking yourself if it’s time to replace your system.

In this blog, we’ll embark on a journey through the intricacies of HVAC systems. We’ll explore the lifespan of these vital home appliances, talk about the signs that suggest it might be time for an upgrade, delve into the realm of energy efficiency, and guide you through the process of selecting the perfect replacement. Whether you’re a homeowner dealing with a broken HVAC system or concerned about skyrocketing energy bills and sustainability, this guide will equip you with the knowledge needed to make an informed decision about your HVAC system’s future.

The Lifespan Of An HVAC System

Your HVAC System works all year-round to keep your home cool or warm, but always comfortable. But like any mechanical system, it has a finite lifespan. On average, HVAC units have a lifespan of 15 to 20 years, although this can vary depending on several factors.

Firstly, the type of HVAC system you have and how it was installed can significantly impact its longevity. Secondly, the quality of the unit and its regular maintenance play crucial roles. Well-maintained systems that were installed correctly are far more likely to reach the upper end of their lifespan, while neglect can result in premature breakdowns.

Lastly, regional climate conditions and how often the system is used also factor in. In extreme climates, where the HVAC system operates frequently, it may wear out sooner than in milder regions. Understanding these variables is essential in determining if your HVAC unit is nearing the end of its journey and whether it’s time to consider a replacement. It’s worth considering replacing your HVAC System if it’s nearing the end of it’s lifespan to prevent costly repairs or inconvenient & emergency situations for replacements.

Signs That It’s Time To Replace Your HVAC System

If you notice something is wrong with your HVAC System, it’s essential to have it inspected by a professional that can assess and diagnose the problem. Depending on the scenario, you’ll need to either repair or replace your HVAC System. A repair may be needed if the system is newer and if the problem isn’t extensive. Signs that might indicate it’s time to replace your HVAC Unit include:

  • Age: HVAC systems typically last 15-20 years. If your system is approaching or exceeding this range, it’s a strong indicator that you should start considering a replacement.
  • High Energy Bills: A sudden and significant increase in your energy bills, especially when your usage patterns haven’t changed, may suggest that your HVAC system has become inefficient and needs replacement.
  • Frequent Repairs: If you find yourself frequently calling for HVAC repairs, the cumulative cost of repairs can make it more cost-effective to replace the system rather than continually patching it up.
  • Inconsistent Temperature: Uneven heating or cooling throughout your home, even after adjustments, can indicate that your HVAC system is struggling to distribute air properly.
  • Loud or Strange Noises: Unusual noises such as clanking, banging, squealing, or rattling coming from your HVAC unit may signify mechanical problems that warrant replacement.
  • Inefficient Cooling or Heating: If your system no longer maintains the desired temperature or takes much longer to reach it, it might be time for an upgrade.
  • Poor Air Quality: If your indoor air quality has declined, with more dust, allergens, or humidity issues, it could be due to an aging HVAC system unable to filter and regulate air effectively.
  • Advanced Technological Features: Are you thinking of upgrading your HVAC System? If you desire modern features like smart thermostats, zoned heating and cooling, or energy-efficient technology, upgrading to a new HVAC system can provide these benefits.

If you have any concerns with your HVAC System, get in contact with a reliable HVAC Company that can help guide you through the process of repairing or replacing your HVAC System to maintain a cool and comfortable environment.

How Replacing Your HVAC System Can Improve Energy Efficiency

Upgrading to a new HVAC system isn’t just about enjoying consistent indoor comfort; it’s also a powerful step toward improving energy efficiency within your home. Over time, older HVAC units tend to lose their ability to operate efficiently. They work harder to produce the same level of cooling or heating, resulting in higher energy consumption and inflated utility bills.

A new, modern HVAC system, on the other hand, is designed with the latest energy-efficient technologies, such as variable-speed compressors, advanced heat exchangers, and smart thermostats. These innovations allow for precise temperature control and minimize energy wastage, ultimately reducing your energy consumption and environmental impact.

Additionally, upgrading to an energy-efficient HVAC system can significantly contribute to your home’s sustainability efforts. Energy-efficient units consume less electricity, which translates into lower greenhouse gas emissions and reduced strain on power grids. This eco-friendly approach not only benefits the environment but also helps homeowners adhere to stricter energy efficiency standards and regulations.

Furthermore, some governments and utility companies offer incentives and rebates to encourage the installation of energy-efficient HVAC systems, providing additional financial motivation for homeowners to make the switch. In essence, replacing your HVAC system with a more energy-efficient model is a responsible and cost-effective way to enhance both your home’s comfort and its environmental footprint.

Financial Considerations Of Replacing Your HVAC System

If you’re facing potentially needing to replace your HVAC System, one of your initial concerns may be the cost. First, it’s important to take in to consideration the long-term benefits of a new HVAC system. A newer, energy-efficient HVAC system might have a higher upfront price tag, they often deliver substantial long-term savings.

To ease the financial burden of HVAC replacement, various financing options could be available to you. You can discuss financing options to make it easier to manage the upfront cost. Additionally, check with your local government or utility companies for potential incentives or rebates for installing energy-efficient HVAC systems. These incentives can offset the initial investment and accelerate your return on investment. It’s essential to explore these financial resources to make your HVAC upgrade more affordable and financially advantageous.

Choosing The Right HVAC System

When the time comes to replace your HVAC system, choosing the right one is a critical decision that can profoundly impact your home’s comfort, energy efficiency, and long-term satisfaction. A professional HVAC contractor can help you pick the best option.

When deciding the right HVAC system to install, it’s important to determine the size and capacity your home needs. A system that’s too small will struggle to meet your heating and cooling needs, while one that’s too large can cycle on and off frequently, leading to inefficiency and premature wear. A professional HVAC technician can conduct a thorough assessment of your home, considering factors like square footage, insulation, windows, and local climate conditions to determine the optimal system size.

Next, it’s suggested to consider the energy efficiency rating of your new HVAC system. Look for units with high SEER (Seasonal Energy Efficiency Ratio) ratings for air conditioners and heat pumps, and high AFUE (Annual Fuel Utilization Efficiency) ratings for furnaces. An energy-efficient system not only reduces your environmental footprint but also lowers your energy bills over time.

Finally, compatibility with your home’s existing ductwork and the availability of modern features like smart thermostats should also be taken into account when selecting the right HVAC system. Seeking professional guidance during this process ensures that you make an informed decision that aligns with your comfort preferences and budget.

Navigating the labyrinth of HVAC options and making an informed choice can be daunting without the expertise of a professional HVAC contractor. These experts bring a wealth of knowledge about the latest technologies, system types, and energy efficiency standards to the table. They can guide you through the selection process, providing recommendations tailored to your home’s unique needs.

The Benefits Of Replacing Your HVAC System

One of the most significant advantages of replacing your HVAC system is the potential for improved energy efficiency. Older systems tend to consume more energy to maintain your desired indoor temperature, leading to higher utility bills. In contrast, modern HVAC units come equipped with advanced technologies and higher SEER (Seasonal Energy Efficiency Ratio) ratings for cooling systems and AFUE (Annual Fuel Utilization Efficiency) ratings for heating systems.

An upgraded HVAC system can provide superior comfort and consistency throughout your home. Newer systems feature variable-speed motors, zoning capabilities, and smart thermostats that allow for precise temperature control in different areas of your house. No more battling hot and cold spots or enduring temperature fluctuations!

With a new HVAC system, you can enjoy a more comfortable living environment year-round. Additionally, improved air filtration and humidity control features can enhance indoor air quality, benefiting your health and well-being. Ultimately, the decision to replace your HVAC system isn’t just an investment in energy savings; it’s an investment in your overall comfort and quality of life.

HVAC Replacement Near You

When it comes to HVAC replacements, Gee Heating & Air stands out as the top choice for homeowners or business-owners seeking reliable, efficient, and professional service. With a track record of excellence in the industry, Gee Heating & Air has earned a reputation for delivering unparalleled quality and customer satisfaction. Our team of experienced HVAC experts is committed to guiding you through every step of the replacement process, from initial consultations and system assessments to the installation of your new, energy-efficient HVAC unit.

If you’re in need of an HVAC Company you can count on, give Gee Heating & Air a call today!

How to Make Sure Your HVAC System Survives Hurricane Season

As hurricane season approaches, homeowners face the daunting task of preparing their properties for potential storms and adverse weather conditions. While most people focus on securing windows, doors, and outdoor equipment, one critical aspect that often gets overlooked is the HVAC system. Your heating, ventilation, and air conditioning (HVAC) system is a significant investment and plays a crucial role in keeping your home comfortable throughout the year. Ensuring its survival during hurricane season is essential to minimize potential damage and maintain a safe and habitable living environment. In this blog post, GEE Heating and Air, your trusted HVAC company, will guide you through the steps to safeguard your HVAC system and protect your home during hurricane season.

Elevate Outdoor Units:

One of the primary threats to HVAC systems during hurricanes is flooding. To prevent water damage, elevate outdoor HVAC units above the potential flood level. If possible, raise the units on a sturdy platform or concrete pad to keep them safe from rising water. Proper elevation can significantly reduce the risk of water entering the system, preventing costly repairs or replacements.

Secure Outdoor Components:

Strong winds and flying debris can pose a significant threat to the outdoor components of your HVAC system. Before a hurricane strikes, inspect the area around your HVAC unit and remove any loose objects or debris that might become projectiles in high winds. Additionally, consider installing a protective cover or fencing around the unit to shield it from potential impacts.

Shut Off Power and Gas:

If a hurricane warning has been issued for your area, turn off the power supply to your HVAC system to prevent potential electrical damage caused by power surges or electrical short circuits. Also, if your HVAC system operates on gas, turn off the gas supply to avoid leaks and ensure the safety of your home.

Protect Indoor Components:

Indoor HVAC components, such as the furnace, air handler, and ventilation system, also need protection during a hurricane. Inspect the areas around these components and remove any items that could potentially fall or cause damage in case of strong winds. Consider using storm shutters or plywood to protect windows and doors near indoor HVAC equipment.

Perform Pre-Hurricane Maintenance:

Before hurricane season begins, schedule a comprehensive maintenance check-up with GEE Heating and Air. Our team of skilled technicians will inspect your HVAC system, clean the outdoor and indoor units, check for any existing issues, and ensure all components are in optimal condition to withstand the storm.

Keep Your HVAC System Covered During the Storm:

If possible, cover your outdoor HVAC unit with a sturdy, waterproof cover during the hurricane. This protective layer can help shield the unit from flying debris, hail, and heavy rain, reducing the risk of damage.

Post-Hurricane Inspection:

After the hurricane passes and it’s safe to venture outside, inspect your HVAC system for any signs of damage. Look for bent fins, debris inside the unit, or loose connections. If you notice any issues, contact GEE Heating and Air for a thorough post-hurricane inspection and necessary repairs.


Preparing your HVAC system for hurricane season is a crucial step in safeguarding your home and ensuring the longevity of your HVAC investment. By following the tips provided in this blog post, you can significantly reduce the risk of damage to your HVAC system during hurricanes. Remember, regular maintenance and inspections by GEE Heating and Air’s experienced technicians are essential for keeping your HVAC system in top-notch condition, ready to face any weather challenges. Stay safe, and let us take care of your HVAC needs!



How often should I have my HVAC system serviced?

We recommend scheduling professional maintenance twice a year – before the cooling season (spring) and before the heating season (fall).


What are the signs that my HVAC system needs repairs?

Look out for uneven heating or cooling, strange noises, frequent cycling, higher energy bills, weak airflow, or odd odors.


Can I install a new HVAC system if I already have ductwork?

Yes, if you have existing ductwork, you can install a central HVAC system. Alternatively, consider a ductless mini-split system for greater efficiency.


How can I improve HVAC energy efficiency?

Clean/replace air filters regularly, seal air leaks, use a programmable thermostat, schedule maintenance, consider zoning, and opt for high SEER-rated units.

How to Prepare Your HVAC System for Every Season: Seasonal Maintenance Tips for Optimal Performance

As the seasons change, so do the demands on your HVAC system. Whether it’s battling the scorching heat of summer or the chilly winds of winter, your HVAC system plays a vital role in keeping your home comfortable throughout the year. However, to ensure its optimal performance, it’s essential to give your system the care it deserves through regular seasonal maintenance. In this blog, we’ll walk you through some practical tips and steps to prepare your HVAC system for every season, ensuring it operates efficiently and effectively, saving you both energy and money in the process.


  • Replace Air Filters: Spring brings with it allergens and pollutants that can clog your air filters. Change your air filters every 1-3 months to maintain good indoor air quality and prevent strain on your HVAC system.
  • Check Outdoor Unit: Clear any debris, leaves, or twigs that may have accumulated around your outdoor unit during winter. Ensure proper airflow by maintaining a two-foot clearance around the unit.
  • Inspect Ductwork: Check your ductwork for leaks or signs of damage. Leaky ducts can waste energy and reduce system efficiency. Seal any leaks with appropriate duct sealant.
  • Schedule Professional Maintenance: Consider scheduling a professional HVAC inspection and maintenance visit in the spring. A qualified technician will inspect, clean, and tune up your system, catching any potential issues before they escalate.



  • Clean Condenser Coils: The outdoor condenser coils can accumulate dirt and debris, reducing the efficiency of your system. Regularly clean the coils to ensure optimal heat transfer.
  • Monitor Refrigerant Levels: Low refrigerant levels can lead to decreased cooling performance and potential damage to your HVAC system. Schedule a professional check to ensure proper refrigerant levels.
  • Calibrate Thermostat: Check and recalibrate your thermostat for accurate temperature readings. Consider investing in a programmable or smart thermostat to maximize energy efficiency.
  • Inspect Fan Blades: Make sure the fan blades on the outdoor unit are clean and balanced. Imbalanced blades can cause unnecessary wear and tear on the system.



  • Clean and Inspect Furnace: Before the cold weather arrives, clean the furnace and inspect it for any signs of wear or malfunction. Replace the air filter if needed.
  • Check Carbon Monoxide Detectors: Safety should be a priority. Test and replace batteries in your carbon monoxide detectors to ensure they’re functioning correctly.
  • Seal Air Leaks: Inspect windows and doors for drafts and seal any air leaks. Proper insulation will help your HVAC system maintain a comfortable indoor temperature more efficiently.
  • Test Heating System: Before you need it, test your heating system to make sure it’s functioning properly. If you notice any issues, call a professional for a thorough inspection.



  • Inspect Exhaust Vents: Ensure that exhaust vents for the furnace and water heater are clear of snow, ice, or debris. Blocked vents can lead to dangerous carbon monoxide buildup.
  • Reverse Ceiling Fans: Running your ceiling fans in reverse at a low speed can help push warm air down and circulate it throughout the room, reducing the workload on your heating system.
  • Monitor Humidity Levels: Winter air can be dry, affecting indoor air quality and comfort. Consider using a humidifier to maintain a comfortable humidity level in your home.
  • Prepare for Storms: Winter storms can cause power outages. Consider investing in a backup generator to keep your HVAC system running during emergencies.


By following these seasonal maintenance tips for your HVAC system, you can ensure its optimal performance and longevity throughout the year. A well-maintained HVAC system not only keeps your home comfortable but also helps you save on energy bills and reduces the likelihood of unexpected breakdowns. For more complex maintenance tasks or if you’re unsure about anything, don’t hesitate to contact your trusted HVAC professional. Regular maintenance is an investment that pays off in the form of enhanced comfort and peace of mind all year round. Take care of your HVAC system, and it will take care of you and your family.



How often should I change my HVAC system’s air filters? 

Change your air filters every 1 to 3 months to maintain indoor air quality and system efficiency.

Why is my HVAC system not providing adequate heating/cooling? 

Possible reasons: Dirty filters, leaky ducts, thermostat issues, or refrigerant leaks. Contact a professional for diagnosis and repair.

Can I perform HVAC maintenance myself, or do I need a professional? 

DIY tasks like changing filters are okay, but leave complex maintenance to professionals for safety and optimal results.

How can I improve the energy efficiency of my HVAC system? 

Schedule regular maintenance, use programmable/smart thermostats, seal air leaks, ensure proper insulation, and consider upgrading to energy-efficient equipment.


Is Air Conditioning Really Necessary in Gainesville, GA?

The summer temperatures in Gainesville, GA typically aren’t nearly as high as in some parts of the country. Nonetheless, the weather can still be quite warm and humid throughout most of June, July and August, which can make air conditioning a must-have. The record high temperature for most years is in the upper 90s, but there have been times when the temperature rises well above 100 degrees. Even if the daytime high is only in the mid to upper 80s, the temperature inside your home can still rise well into the high 90s. Once the outdoor temperature rises into the 90s, your home can quickly become so hot that it puts you at risk for heat stroke.

Whenever the indoor temperature becomes that hot, fans will have no effect as all they will do is move the hot air around. Having a fan pointing directly at you can help you to feel cooler, but it still won’t do anything to lower your home’s temperature. As such, your only real option for staying cool on those much hotter, more humid days is to use some type of air conditioning or install an evaporative cooler, a.k.a. a swamp cooler.

Most Effective Options for Air Conditioning

Window air conditioners and portable ACs can be effective options for staying cool during the summer, and these units are obviously much cheaper than installing a central AC unit. One issue with window and portable ACs is that they’re typically not very energy efficient. These units can also only cool a small area, which means you would really need a unit in every single room to ever have any hope of keeping the entire house cool.

Unless your home is fairly small, purchasing a window or portable AC for every room can still be quite costly. Having portable or window ACs running in every room will also use far more electricity than if you had a central AC or ductless mini-split AC. In this sense, upgrading your home with central air conditioning or installing a mini-split system can be a smart financial decision that could end up saving you money in the long run. Not only that, but these systems will also function much more effectively and ensure you stay cool on even the hottest days.

Ductless mini-splits are typically best suited for homes without a central HVAC system. That being said, if your home currently has an electric furnace, a mini-split system can also be an excellent option. This is because mini-splits can both cool and heat. When heating, a mini-split will use far less electricity than any type of furnace or other heating option.

If your home does have a ducted central HVAC system, another great option to consider is installing a heat pump as these units can also provide both cooling and heating. Heat pumps and mini-splits are basically the same type of units. The only real difference is that a heat pump relies on a central air handler and ductwork to circulate the warm or cool air. Mini-split systems, on the other hand, have individual air handlers installed in each room or various parts of the home that are connected to one outdoor heat pump unit.

How to Know Which AC Option Is the Best?

If your home has an existing ductwork system, you will generally always be best off installing either a central AC unit or a heat pump. If your furnace and existing heating system is less than 8 to 10 years old and still works effectively, you’re probably best to choose a central AC unit. If your furnace is nearing the end of its life, then a heat pump will definitely be the best option. Although heat pumps are usually a bit more expensive than central AC units, they are still much cheaper compared to purchasing separate cooling and heating units.

If you do decide to go with a central AC unit or a heat pump, you will then need to determine what type of unit is best. Single-speed ACs and heat pumps are typically the least expensive option, but also the least energy efficient. Two-speed units are more expensive, but they will often be the cheaper long-term option. This is because two-speed units can slow down and run at low power when less cooling is needed, which greatly reduces how much energy the unit uses. Variable-speed units are even more efficient as they typically have five or six different power settings so they can much better adjust based on how hot it is outside and how much cooling is currently required.

If your home doesn’t have a ducted central heating system, then a mini-split will definitely be the best choice. Trying to install central air conditioning in a home that doesn’t already have ductwork is extremely difficult and will always require extensive construction and major renovations. This means that choosing ductless air conditioning can save you some serious money while still ensuring your home stays cool all summer long.

Installing a mini-split system is relatively easy compared to central HVAC systems. After mounting the heat pump unit outside, all that is required is to cut a small hole in the exterior wall where each air handler unit will be installed. This hole is used to run a small diameter conduit that contains the refrigerant lines and the wiring. The hole is also used to run the condensate drain line from each air handler so that the water that forms in the unit as its running can drain back outside.

Unless your home is quite large and spread out, a single mini-split system should be able to effectively cool the entire building. This is because most systems can accommodate anywhere from four to eight air handlers, which means you should be able to have a unit in every room or large area to ensure the entire home stays cool. If your home is much larger, you may need to install two systems. The reason is that the heat pump is only able to pump the refrigerant a certain distance. As a result, all of the air handler units typically need to be located no further than 50 to 150 feet away from the heat pump depending on the size of the system.

Another major advantage of mini-split systems is that they tend to be much more energy efficient than central air conditioning. Mini-splits typically have a much higher energy efficiency or SEER rating than most central ACs and central heat pumps. The other reason is that central air conditioning systems typically have lots of issues with energy waste due to air escaping from leaks in the ductwork and the air warming up as it moves through the duct system.

[company_name] specializes in AC installation, and we carry an extensive selection of central air conditioners, heat pumps and ductless mini-splits. Our technicians can also help to explain all of your different options so you can make a more informed choice on which is the best fit for your budget and your home. We can also help if you need any AC repairs or maintenance services, and we also offer a full range of heating, indoor air quality and water heater services for customers in Flowery Branch, Alpharetta and throughout the Gainesville area. For more information on your AC options or to schedule a consultation, give us a call today.

The 8 Most Reliable HVAC Brands in 2023

You must have a reliable HVAC system installed in your home because such a system profoundly affects the health and comfort of your household. Fortunately, several trustworthy companies manufacture or sell high-quality HVAC products. Check out this list of the eight most reliable HVAC brands in 2023.

1. Goodman

Goodman is one of the leading manufacturers of HVAC systems. The company develops and sells affordable HVAC products, including ductless systems, air conditioners, gas furnaces, and heat pumps. Founded in 1975, Goodman has built a positive reputation in the HVAC sector, with many associating them with top-notch HVAC products.

The brand offers one of the best warranties in the industry. Several Goodman products come paired with lifetime compressor or heat exchanger warranties. The company designs and develops its products in the U.S., testing each HVAC unit three times before letting it exit its assembly line. Goodman central air conditioners and heat pumps feature Copeland parts and galvanized steel cases. And the furnaces have an aluminized-steel heat exchanger.

2. Frigidaire

Frigidaire, a well-known home appliance brand, is a trailblazer in the HVAC industry. You will find air conditioners, packaged terminal air conditioners, heat pumps, and furnaces under the Frigidaire brand. During the early 1900s, General Motors bought the electric refrigerator business, Guardian Frigerator Company, and renamed it Frigidaire. After this purchase, General Motors grew the Frigidaire line, adding more appliances, such as stoves, washers, and air conditioners. From the 1950s to the 1970s, General Motors vehicles contained air conditioning systems produced by Frigidaire.

Currently, Frigidaire does not manufacture HVAC products. Instead, it sells products that Nortek Global HVAC develops and uses a patented manufacturing system called Demand Flow for quality assurance. There are aluminum coils in Frididaire’s systems for enhanced reliability and durability. The company provides a 10-year warranty on parts if you register your HVAC unit within 60 days. Also available is a 20-year warranty on the heat exchanger for furnaces and gas/electric packaged systems. You can extend this warranty to a lifetime limited warranty when you register your unit.

3. Coleman

Coleman has been manufacturing heating and cooling products since 1958. The company offers air conditioners, gas furnaces, heat pumps, mini-split systems, air handlers, and evaporator coils. Many Coleman HVAC units are compact, making them suitable for homes with little space.

The company provides attractive warranties to customers, including a one-year free repair and a 10-year limited warranty on parts if homeowners register their equipment within 90 days of installation. Some products come with a lifetime limited warranty on the heat exchanger or compressor. There are solid Coleman HVAC units that you can link to a smart thermostat or control using Coleman’s Climate Connect system. Coleman products are known for being quiet, inexpensive, and reliable.

4. Lennox

Lennox has been a force in the HVAC industry since its founder, Dave Lennox, presented the world’s first riveted steel furnace in 1895. Today, the company sells central air conditioners, heat pumps, gas and oil furnaces, garage heaters, boilers, air handlers, and mini splits. Lennox’s products have ranked high in many professional reviews concerning energy-efficient HVAC models.

You can couple Lennox’s furnace with its heat pump to take advantage of energy savings. Doing so allows you to go from using gas to electric energy, or whichever type of energy saves you the most money. The company provides a five-year warranty on the compressor and designated parts and a 20-year warranty on the heat exchanger. You can buy a 10-year extension warranty to cover protected components for 10 more years.

5. York

York has a great deal of brand recognition in the HVAC industry. The company, founded in 1874, initially developed ice machines, then began selling air conditioning units and other HVAC products. Now the company offers mini-split systems, packaged units, heat pumps, gas furnaces, air conditioners, and evaporator coils. Many laud the establishment for pushing out products with high energy efficiency and low sound levels.

York’s products are also very durable. For instance, its AC units have guardrails that shield the compressor and coil from debris. York provides innovations, such as its Electronically Communicating Motors, which perform at variable speeds to improve airflow efficiency. Also, York’s ClimaSet Technology uses environmental factors to modify its output. The company offers a one-year warranty on labor and a 10-year limited warranty on parts.

6. Carrier

Carrier is an HVAC industry leader. The company’s founder is Willis Carrier, who created the first modern air conditioning system in 1902. Carrier sells ductless systems, air conditioners, geothermal heat pumps, packaged products, and gas and oil furnaces. Carrier is known for distributing some of the most energy-efficient HVAC units. The company’s products contain patented technologies that can increase energy efficiency.

Carrier heat pumps and air conditioners employ single-stage, two-stage, or variable-speed Copeland compressors. The business’ furnaces have single-stage, two-stage, or modulating gas valves. The furnaces also have fixed-, multi-, or variable-speed blowers. Three levels of Carrier products are available. The Comfort level offers budget-friendly products. The Performance category has mid-level options. And the Infinity series has systems with the latest technology and most advanced features. Carrier provides a 10-year warranty on functional parts for systems registered within 90 days of installation and a five-year warranty for unregistered units.

7. Amana

Since 1934, Amana has been producing home appliances. Eventually, the company launched its line of HVAC products. Nowadays, Amana sells air conditioners, gas furnaces, heat pumps, ductless systems, air handlers, and packaged units. People seeking American-manufactured, high-quality products and appealing warranties often buy from Amana.

Many also purchase from Amana because the company stocks durable products. Amana central air conditioners and heat pumps feature Copeland compressors. There is a stainless steel tubular primary heat exchanger in each Amana furnace. The company couples its products with top-tier warranties. It offers a minimum 10-year limited warranty on parts for air conditioners, furnaces, and heat pumps and a two-year unit replacement warranty for compressors and heat exchangers.

8. Bryant

Established in 1904 as the Natural Gas Regulator Company, Bryant is one of the frontrunners in the HVAC field. The company has had a journey since its founding. It was sold to Dresser Industries in 1934 and merged with Carrier in 1955. Currently, Bryant sits under the Carrier Global Corporation’s umbrella. The company stocks gas and oil furnaces, geothermal heat pumps, packaged products, air conditioners, and ductless systems. Many individuals associate Bryant products with being remarkably quiet and energy efficient.

Since Bryant operates under Carrier, its products are similar to that brand. Like Carrier’s products, Bryant’s heat pumps and air conditioners feature single-stage, two-stage, or variable-speed compressors. And its furnaces have single-, two-, or modulating-stage gas valves in addition to variable-, multi-, or fixed-speed blowers. At Bryant, you will find a 10-year limited warranty on certain parts if you register your system within 90 days of installation.


If you purchase any of these eight reliable HVAC brands, make sure to hire professional services to install, maintain, or repair them. You can trust the services of [company_name] in Gainesville, Georgia and the surrounding areas. We offer heating and AC repair, installation, and maintenance services, and we can work on ductless mini splits and heat pumps. Our experienced, knowledgeable, and well-trained technicians will meet your needs. Contact us today to get more information about our services.

The 5 Most Common AC Repairs

If you live here in Gainesville, you should already know how essential air conditioning is to get through the summers here. With several months that see average high temperatures in the 80s and above, a lack of air conditioning can be problematic. However, air conditioners, like all other machines, do break down. Some of the problems they develop have simple fixes. Others don’t. Therefore, it’s a good idea to be familiar with some of the common repairs that air conditioners often require during their lifetimes. Here are the five most common AC repairs, according to our expert technicians.

1. A Capacitor Replacement

Air conditioners use quite a bit of electricity as they work. Their compressors and the fan inside their outdoor units are especially electricity hungry. When those parts of your AC system turn on, they may draw more voltage than your home’s electricity supply can provide. That’s why every AC system contains one or more capacitors in it. A capacitor’s job is to store electricity and release it when components like the compressor and fan turn on, so they may get up to speed without overtaxing your home’s wiring.

Capacitors are also one of the most common failure points of modern air conditioners. They go through quite a bit of punishment as they work and often blow out, rendering them useless. When this happens, your AC’s compressor and its outdoor fan may not start when the system asks them to. Fortunately, this is a simple problem to repair. The technician just has to cut the power to your AC, drain and disconnect the blown capacitor, replace it, and turn the system back on. Most of the time, they’ll get the job done in under an hour, and you’ll be back to staying cool.

2. Replacing a Failed Contactor

Capacitors aren’t the only parts of the average AC’s electrical system prone to failure. There’s another component that works in concert with the aforementioned capacitors that also might wear out over time. It’s a part called a contactor, and it’s a type of switch that’s responsible for turning various parts of your AC system on and off. When a contactor in your AC system fails, one or more of the system’s components may not turn on.

All it takes for the technician to replace a failed contactor is to open the access panel that covers it. Then, they’ll turn off the power to the AC system, drain its capacitors, and replace the contactor. It’s another repair that typically takes no more than an hour and shouldn’t leave you stranded without air conditioning for very long.

3. A Refrigerant Recharge

No matter what type of air conditioner your home has, it relies on refrigerant to function. The refrigerant’s job is to carry the heat from inside your home outdoors, where the outdoor unit removes it. In the process, the refrigerant gets cold and returns inside your home, where it helps produce cold air. Needless to say, if your AC doesn’t have enough refrigerant or if it runs out completely, it won’t be capable of cooling your home.

The good news is that, in most cases, adding more refrigerant to an AC system isn’t hard. The technician will begin by figuring out which refrigerant your system requires and how much pressure the system should have. Then they will determine if you have a leak somewhere in the system that caused the need to recharge the refrigerant. If there is a leak somewhere in the system, they will repair it before moving on to the next step. Then, they’ll measure the operating temperatures of your system to determine exactly how much more refrigerant your system needs.

4. Unclogging the Condensate Drain Line

Although you may not know it, your AC extracts humidity from the air inside your home as it works. It’s a side effect of the cooling process that also helps you to feel more comfortable. However, the extracted humidity turns back into water and can’t stay inside your indoor AC unit. That’s why every AC system has a condensate drain line. It’s typically a PVC pipe running from your indoor unit to somewhere outside your home. Sometimes, the drain line can clog, which will then cause the evaporator coil in your indoor unit to freeze up.

Fortunately, clearing up the clog and defrosting the evaporator coil is all it takes to rectify the situation in most cases. To do it, an HVAC technician might use a shop vac to dislodge whatever’s causing the clog. For more stubborn clogs, they may turn to a garden hose or a plumbing snake to get at the source of the problem and fix it. When that’s done, the technician will defrost the system’s evaporator coil, which should return it to normal operating condition.

5. Blower and Fan Replacements

The final common AC repair that the expert technicians here at Gee! Heating & Air perform regularly are replacements of blowers and fans. These are the components that move air around inside your home and help to vent heat outside of your home. When they fail, your air conditioner cannot function.

The amount of time a repair takes, in this case, depends on which fan or blower fails. If the fan inside your AC’s outdoor unit fails, the repair isn’t a complicated one. Since the fan there sits at the top of the outdoor unit, it’s easy to reach, remove, and replace. All the technician must do is turn off the power to your HVAC system, remove a few screws, replace the fan, and reassemble everything. In some cases, they’ll take the opportunity to replace the fan’s capacitor if they believe it’s necessary. Altogether, it’s a repair that should take no more than two hours.

When the blower motor in your AC’s indoor unit fails, the repair will be a little more complex. That’s because the blower motor is a bit harder to reach and may be harder to disconnect, too. For that reason, it may take up to three hours to perform the repair and reassemble everything the right way.

Trust the HVAC Repair Experts

Now that you know what the most common AC repairs are, there’s one more thing you’ll want to consider. It’s whom you plan to trust to carry out these repairs if your home’s AC system ever requires them. We’re confident that you won’t find a more qualified choice than Gee! Heating & Air. We’ve served the Gainesville area since 1969, repeatedly expanding over the years as our business has grown and thrived. We offer complete HVAC installation, repair, and maintenance services, in addition to tune-up services and indoor air quality services. There’s no HVAC problem we haven’t seen and solved, and we’ve got the reputation to prove it!

So, if your Gainesville home’s AC has a problem, don’t delay. Call the experts here at Gee! Heating & Air today, and we’ll get your AC back up and running in no time!

How to Know if UV Lights Can Be Installed in Your HVAC System

HVAC UV lights are a great option for improving your home’s indoor air quality and preventing issues with mold and other microorganisms. At Gee! Heating & Air, we often get questions from customers asking if UV light units are compatible with their HVAC system, and the answer to this question is quite simple. If your home has a central air conditioning or heating system, UV lights will definitely work as they can be installed in any ducted central HVAC system. Now that we’ve cleared that up, here is a full overview of the different types of UV light units, how they work and what benefits they can provide for your home.

How UV Light Filters Work

As you might guess, all types of UV light units work by emitting strong ultraviolet light. These units can either be installed directly inside the ductwork system or air handler or within a bypass duct that is connected to the existing ductwork system. When microorganisms like bacteria, viruses and mold spores come into contact with the ultraviolet light emitted by the unit, they are instantly rendered harmless so that they can no longer spread or multiply. The process works because the UV rays alter the microorganism’s DNA, which essentially kills it on contact.

HVAC UV lights can be either standalone units or incorporated into a whole-home air purification system. Both types of units work the same way. However, standalone units are only effective on living microorganisms whereas whole-home air purifiers with UV lights will both kill microorganisms and trap or filter out most other airborne allergens and chemical pollutants.

Most of these whole-home air purifiers use both UV lights and an electronic filter that attracts and traps airborne particles using a process known as ion exchange. Essentially, electronic filters work by releasing charged ions that stick to any airborne particles passing through the unit. At the far end of the unit is an aluminum plate that carries the opposite charge. Since positive and negatively charged ions attract, the aluminum plate basically acts like a magnet that grabs hold of all of the particles so that they are removed from the air.

You can also find whole-home air purification systems that instead use both a HEPA filter to trap airborne pollutants and allergens and UV lights to kill mold and bacteria. This type of system works just like any standard air filter except that a HEPA filter is far more efficient and will trap 99% of particles in the air as it flows through the filter.

If your primary concern is mold and bacteria, standalone units are a great option. If you have respiratory problems or allergies or are concerned with indoor air pollution, then a whole-home air purification system with UV lights is definitely the better choice.

Coil-sanitizing and Air-sanitizing UV Lights

Standalone UV light units can be either coil sanitizing or air sanitizing. Coil-sanitizing UV lights are installed within the air handler compartment so that the light shines directly on the AC evaporator coil. This type of light works to kill any mold and bacteria that are present on the evaporator coil and will also prevent any new microorganisms from taking hold and growing or spreading.

The evaporator coil is often a hotbed for both mold and bacteria. Whenever the AC system is running, warm air is constantly flowing over the coil. The fact that the coil constantly has cold refrigerant flowing through it means that moisture in the warm air continually condenses on the coil, and this combination of warm air and moisture is what makes the evaporator coil so prone to issues with mold and bacteria. This often leads to the air that blows out of the vents smelling quite musty, which is an issue that a coil-sanitizing UV light unit should help to eliminate almost immediately.

Air-sanitizing UV lights can usually be installed anywhere in the supply or return ductwork. This makes it a great choice if you have issues with condensation forming on some parts of your ductwork and leading to mold growth. As soon as the unit is installed, it will quickly kill any mold that is already growing in the ductwork and also prevent the condensation from leading to more mold starting to grow.

Not only will this type of unit kill any mold on the ducts themselves, but it will also eliminate any bacteria, mold and viruses in the air that circulates through the duct system. Coil-sanitizing lights will also kill some airborne particles, but some particles may escape without being hit by the light since the UV rays are focused directly on the evaporator coil.

As such, coil-sanitizing lights are primarily for keeping the evaporator coil clean whereas air-sanitizing lights are a more effective air purifier. There are times when you may even want to consider both types of units. The coil-sanitizing unit will help prevent your air conditioning from smelling musty, while the air-sanitizing unit will kill mold, bacteria and viruses in the air to help prevent allergies and keep you healthy.

Another difference between the two types is that a coil-sanitizing light will remain on constantly throughout the entire air conditioning season. Once the weather cools down and you no longer need your AC, you can then turn the light off until you need it again the next year. There is really no point in keeping the light on all year as no more condensation will form on the evaporator coil once your AC is shut off.

Air-sanitizing lights are different as the lights will automatically turn on and off whenever the HVAC system does. This means that they can continue to combat mold and bacteria when your air conditioning or heating system is running. Air-sanitizing lights are typically a bit more expensive. These units have larger bulbs that emit a higher wavelength of light, which causes greater damage to the microorganisms and makes them more effective.

Even though air-sanitizing lights are more powerful, they will use less energy in a day than coil-sanitizing lights since the coil lights will run for 24 hours a day. That being said, the extra energy use is offset by the fact that coil-sanitizing lights won’t need to run during the winter when your heating system is in use.

Your Local Indoor Air Quality and HVAC Experts

If indoor air quality is a major concern of yours, Gee! Heating & Air offers a range of options to help purify your home’s air so that you can breathe freely. We install UV lights and various other indoor air quality systems, and our technicians can evaluate your home and help you choose the best system for your specific needs. Once we install your new unit, we can also help with any maintenance needs or repairs it may require. To learn more about the benefits UV lights can bring to your home or if you need any heating or cooling service in the Gainesville area, contact Gee! Heating & Air today.

5 Tips for Better Indoor Air Quality

The indoor air quality affects the health and comfort of your space. Poor indoor air quality cause symptoms such as headache, fatigue, nausea, and eye and throat irritation. Also, it has long-term side effects, such as producing inflammation in the lining of your lungs that lead to respiratory ailments. You can maintain good indoor air quality by identifying and addressing the sources that lead to poor air quality. Furthermore, you should inspect heating systems, vents, or ductwork to identify sources of pollutants or allergens. If you live in an area with high outdoor pollution levels, you should consider taking additional steps that include filter replacement and sealing windows and doors to prevent outside air from entering the home. Indoor air quality is an essential factor for your general health and well-being. Keep reading to learn five tips for achieving better indoor air quality.

1. Proper Maintenance of HVAC System

Utilizing an air cleaner is a smart way to improve the quality of the air in your home or office. Air cleaners work by capturing airborne particles, like dust, pet dander, and other allergens that can cause poor air quality. Additionally, many air cleaners are equipped with HEPA filtration which traps tiny particles that may be harmful to your health. Air cleaners also have activated carbon filters which reduce odors by trapping volatile organic compounds found in smoke or paint fumes. By investing in an air cleaner, you will breathe easier and feel less fatigued due to improved air quality. Consider combining an air cleaning device with other methods of improving indoor air quality.

The type of filter you use and its location within the house are factors that contribute to proper airflow. Maintain good indoor air quality by regularly checking and changing your filters according to the manufacturer’s instructions. You can change them if they appear noticeably dirty or clogged with debris.

Having effective air duct cleaning is essential for the efficiency and health of your HVAC system. It helps improve air quality, reduce allergens, and keep your monthly utility bills lower. Regular maintenance of your ductwork means that less dirt, dust, and other contaminants are sent through the ventilation system which keeps it running longer. The EPA recommends getting your ducts professionally cleaned every three to five years, but this depends on certain factors such as lifestyle, degree of contamination in the home or place of business, age of the system, and recent remodeling projects. Cleaning your ductwork helps make your living environment safer and healthier for all who live there.

2. Ventilate Your House and Vacuum rugs

Fresh air removes stale air particles such as pet and cooking odors, two leading causes of poor air quality. Opening windows at certain times of the day and running fans increases fresh air circulation throughout your home or office. Keep any HVAC system up to date with regular maintenance from a professional technician. By ventilating your home and updating HVAC systems, you create an environment with better quality air for everyone to enjoy.

Limiting the number of volatile organic compounds (VOCs) in your space improves air quality too. VOCs are known airborne toxins that cause various health issues. When purchasing materials for your home such as cleaning supplies, paints, cosmetics, and furniture products, ensure they are low-VOC or non-toxic and opt for natural versions whenever possible.

Vacuuming carpets and rugs often reduce the home’s dust, dirt, and allergens. You should vacuum the house to remove particles from high traffic areas and avoid leaving dust behind. Cleaning hard surfaces with a damp cloth also reduces airborne dust and eliminates odors from pets or cooking.

3. Use Houseplants and Test for Radon

Houseplants are natural air purifiers that improve the air quality in your home and workspace. Each plant has its unique air-cleansing ability. Some capture formaldehyde, carbon monoxide, benzene, xylene, and even ammonia from various surfaces. According to a study, plants from the genus Dracaena impact indoor air quality due to their remarkable absorption abilities. Houseplants also come with other benefits such as offering natural decoration, soothing sounds when their leaves rustle in the wind and improving focus when you work.

Radon is a colorless, odorless gas found in small concentrations in the atmosphere. It seeps into buildings through cracks and other openings and causes serious health issues if left unaddressed. Professional radon tests by a certified technician can help determine whether this hazardous gas is elevated in a home. The test uses radon detectors around the area, measuring air patterns over time and providing precise results. An immediate reaction should be taken if levels of radon exceed safety thresholds. Preventive steps such as sealing up entrances and using ventilation systems are necessary for mitigating potential risks. Running a radon test safeguards individuals from the detrimental effects of excessive exposure.

4. Get Rid of Pests

Investing in healthy practices such as getting rid of pests is essential to ensuring the air quality around you remains optimal. Invest in proper waste management and cleaning practices, and only select pets suitable for indoor living spaces. Place physical barriers like screens on the windows and doors to prevent pests from entering. Ensure that rented or purchased houses are checked for signs of pest infestations. Pests reduce air quality and add potential allergens to your habitat. You must remain vigilant and proactive when protecting your air quality from pests so that you continue to enjoy a healthy lifestyle at home.

5. Regulate Humidity and adopt a No-Smoking Policy

Humidity is more than feeling uncomfortable on hot days; it affects air quality and can be an issue in many households. Too much humidity creates a conducive environment for the growth of mold and dust mites, both of which cause respiratory problems. Furthermore, high humidity levels affect furniture, causing the wood to warp or shrink over time as moisture seeps into each piece. Take some steps to get rid of humidity and improve air quality in your home. These steps include using dehumidifiers to reduce overall moisture content in the air. Having proper ventilation and ensuring the temperature remains consistent throughout your building. Another step is regular cleaning to eliminate sources of mold.

Adopting a no-smoking policy is essential for improving air quality. Harmful pollutants released from cigarettes and other tobacco products such as particulate matter, nitrogen oxides, and carbon monoxide, affect people’s health in indoor spaces. Restricting indoor smoking on public premises, enclosed workplaces, and other public areas helps ensure the air is free from these toxins. Smoke-free areas also play a crucial role in combating second-hand smoke and reducing its adverse effects on humans. By fostering an environment that encourages healthy habits such as avoiding tobacco use, people get motivated to switch to safer alternatives.

Contact the Professionals

As a resident of Gainesville, GA, it is vital to ensure that the air quality in your home is healthy. Unfortunately, indoor air pollution leads to various health issues such as allergies, asthma, and headaches. Thankfully, [company_name] can help you improve the indoor air quality in your home. We offer various services including air purification, duct cleaning, and HVAC maintenance. Our experienced technicians will identify sources of indoor air pollution, recommend solutions, and help you make the necessary changes. Contact us today to learn how we can help you create a healthier living space.

How Expensive Is an Air Conditioner for a 2,000-Square-Foot Home?

If you’re looking for a new air conditioner, knowing how much it costs can help you prepare your budget a little better. However, figuring out estimated AC prices for a 2,000-square-foot home can be tricky. On average, a new AC unit for a house will cost around $5,000, but prices can vary quite a bit. Costs for air conditioning in a home that is 2,000 square feet can range from as little as $2,000 to as much as $15,000. Why is there so much variation in costs? Several different factors affect AC pricing.

AC Unit Size

The biggest thing that will affect AC costs is the size of the unit you select. Not all homes that are 2,000 square feet need the same exact size of AC unit. The typical 2,000-square-foot home will need a central AC unit that is around 3 tons or 36,000 BTU. The larger an AC system is, the more it will cost.

However, many factors affect unit sizing. If your home is in a shady area, you might be able to go a little lower, but a house in a very sunny area will require a larger AC size. Poorly insulated homes or homes with a lot of windows will need a big AC unit. Things like the layout of your home, the number of people in your home, or the type of roof you have can all impact AC size. Here are the average prices you would pay for common sizes of AC units in 2,000-square-foot homes.

  • 2 tons: $2,600
  • 3 tons: $2,900
  • 4 tons: $3,650
  • 5 tons: $3,690

SEER Rating

SEER ratings are another factor that has a huge impact on cost. SEER stands for seasonal energy efficiency ratio, and it’s a measure of how effectively an AC unit works. SEER ratings aren’t really related to the size of your home itself. Instead, they will mostly be a matter of personal preference. If you want a lower utility bill each month, you’ll need a higher SEER rating. A higher SEER rating also makes your home more eco-friendly.

However, high SEER ratings can come with a high cost. Usually, there isn’t a huge jump in prices between one to two SEER levels. Instead, pricing will depend on which category of efficiency an AC unit falls into. A SEER rating of around 14 to 15 is the lowest level of efficiency allowed by Department of Energy regulations. Units with a SEER of 16 to 18 are a high-efficiency model, so they can cost around $500 to $1,000 extra. SEER ratings of 19 or higher are ultra-efficient AC units, and they can be around $3,000 pricier than low-SEER models.

Air Conditioner Type

Most discussions of air conditioner costs focus on the price of a standard central air conditioner. This is definitely the most common type of AC unit, and it is usually the most affordable. However, it’s important to remember that you do have several other excellent options to consider. Choosing a less conventional type of air conditioner for your 2,000-square-foot home will greatly impact the price.

One potential option to think about is a heat pump. Heat pumps are a newer type of HVAC system. Unlike standard electrical AC and heater units, heat pumps don’t actively generate heat. Instead, they work by moving heat around. In order to cool your home, a heat pump will move heat outside of the house. The typical 3-ton heat pump usually costs somewhere between $4,000 to $6,000. However, they can save you money in the long run because they use far less energy to warm your home in the winter.

Another increasingly popular air conditioner style is a ductless mini split. Ductless mini splits use several small air handlers spread throughout the home instead of a single large air handler attached to a ductwork system. Much like heat pumps, ductless mini splits are pricier to purchase. A mini-split system is about 30% more expensive than traditional central air. However, they’re fairly efficient to run, and they can be easier to install. Since you don’t have to add ducts, labor costs for adding a mini-split system to a home without existing ductwork can be lower.

AC Unit Brand

Don’t forget that air conditioners are consumer products, just like everything else. Certain manufacturers charge less, while others are more expensive. Some higher-end brands tend to be options like American Standard, Carrier, and Trane. Meanwhile, budget brands include options like Goodman, Rheem, and York. Whether or not you need a pricier brand is a matter of preference. Some people are willing to pay extra for a more reliable brand, while other homeowners prefer a lower upfront cost.

Though certain brands tend to be cheaper than others, individual prices can vary quite a bit. For example, if a pricier brand releases a new upgrade, it might discount its older models significantly. It can pay to shop around because you can often find deals that let you get an expensive brand for a lower cost.

Installation Costs

Keep in mind that most AC cost estimates will include both the price of materials and the price of labor. The typical new air conditioner can cost a few thousand dollars, but then you can end up paying that much or more to install it. Installation prices are so high because it takes a lot of labor and specialized tools to install these hefty pieces of machinery.

Most HVAC companies will price their installation based on the estimated hours of work they think it will take to install a new machine. So, if you live in a newer home with an easily accessible AC system, prices might be lower. However, if your air handler is situated in a tight attic or if you have a very unusual and outdated ductwork system, prices might be higher.

There can also be some unexpected costs associated with installation. AC installation is a very complex construction project with a lot of potential tasks involved. For example, if your home has any asbestos or lead paint, it will take more time and effort to safely handle these materials. It will also be pricier to install your system if you need to install it in a new location that doesn’t have existing plumbing and electrical connections. When working with older properties, you might have to modify your home’s framework to provide proper support for a system.

Ultimately, AC prices will depend on your cooling needs and personal preferences. Two homes that are both 2,000 square feet can have very different air conditioning costs. To get a more accurate idea of how much it will cost to install an air conditioner in your Gainesville home, turn to Gee! Heating & Air. Our team is happy to assess your situation and give a detailed estimate of how much a new air conditioner would cost. To schedule your free consultation, give Gee! Heating & Air a call today.