What are UV Lights in HVAC Systems?
Are you looking for a way to save money on your energy costs? Installing UV lights in your HVAC system could be the answer. UV lights can help reduce airborne illnesses, eliminate odors, and give you cleaner and healthier air to breathe. Plus, they offer lower energy bills and better long-term values. In this article, you’ll learn about the benefits of installing UV lights in your HVAC system and the best way to go about it. We’ll discuss what UV lights are and the cost savings of installing them, as well as the health benefits, and installation options.
Benefits of Installing UV Lights in HVAC Systems
UV lights offer an effective means to reduce the cost of air conditioning repairs and maintenance while also providing a healthier indoor environment. Installing UV lights in your HVAC system can provide many benefits and help you save big in the long run.
The most significant benefit of installing UV lights in your HVAC system is the reduction in air conditioning and heating maintenance costs. By installing a UV light in the main supply duct of your HVAC system, the light will destroy a number of airborne contaminants, including molds, bacteria, and viruses, which can potentially cause serious health problems. This reduces the need for frequent maintenance and repair of your air conditioning system.
In addition to reducing the costs associated with air conditioning and heating maintenance, UV lights also provide a healthier indoor environment. As the light destroys these airborne contaminants, it also decreases the amount of pollen, dust, and other particles in the air. This leads to an overall improvement in air quality and can help reduce allergy symptoms and other respiratory illnesses.
Finally, installing UV lights in your HVAC system can also help improve the efficiency of the system. Since the light is able to destroy the contaminants that can build up in the system, it helps to reduce the amount of time the air conditioner takes to cool or heat the home. This, in turn, reduces the amount of energy needed to heat and cool a home, ultimately leading to lowered energy bills.
Installing UV lights in your HVAC system can provide a number of benefits, from reduced air conditioning repairs to an improved indoor air quality. By investing in a UV light, homeowners can save money on maintenance costs, have a healthier indoor environment, and reduce their energy bills.
Energy Efficiency
Installing UV lights in an HVAC system can be one of the most cost-effective investments you make to improve the energy efficiency of your home. Not only can the installation of a UV light help prevent the spread of airborne viruses, bacteria and other contaminants within your home, but it can also reduce energy costs significantly.
UV lights work by using ultraviolet radiation to destroy contaminants including mold, mildew, dust mites and other allergens. These contaminants grow with in your system clogging up units and reducing efficiency. By installing UV Lights you can effectively cut down on this growth allowing your fans to push air more efficiently
Additionally, by having cleaner air circulating throughout your home, you’ll also be reducing dust accumulation on surfaces like furniture and electronics, which will further reduce energy costs due to decreased frequency of dusting or cleaning.
Finally, adding a UV light system can also extend the lifespan of your HVAC system since it will no longer need to work as hard to cool or heat your home as efficiently. With improved efficiency from fewer pathogens blocking airflow or clogging up filters, you’ll find fewer repairs necessary on mechanical parts like fans or motors.
Reduce Airborne Illnesses
Including UV Lights in your HVAC system can help reduce the number of airborne illnesses in your home. By utilizing germicidal UV Lights, the air conditioner will assist in killing bacteria, mold, and other pollutants that can cause respiratory problems. This can help your family stay healthy, as well as help prevent costly AC repairs. UV Lights will keep your air conditioner running cleanly and efficiently, allowing you to save money on ac repairs. Additionally, the UV Lights will take the strain off of your home’s air conditioning system, allowing it to function more efficiently and cost-effectively.
Eliminate Odors
Installing a UV light into your HVAC system is an excellent way to eliminate unwanted odors in your home. Whether it’s smoke from cooking, pet odors, or general stale air, the UV light helps to purify the air and remove unpleasant smells. UV lights are placed at the beginning of the system and eliminate contaminants through out the entire duct system. This means odors are eliminated quickly and effectively. Professional installation of a UV light is the best way to ensure proper installation and ensure the most efficient performance. Contact a trusted AC repair company to get expert advice and help with installing a UV light.
Better Long-Term Value
Installing UV lights in your HVAC system is a great way to save money in the long-term. By doing so, you’ll be able to reduce the amount of AC repairs you’ll need over the years. It will also decrease the amount of maintenance your system requires each year, as the UV light will help clean the air, reducing the amount of dirt, dust, and other particles that clog up the entire system and make it work harder.
Clogged drains are one of the most common issues that shut off your HVAC system during the summer. UV Lights help to kill the bacteria growth that would clog your drain lines and shut your system down. This problem is exceptionally common in the hottest months of the year when bacteria grows the fastest.
All in all, installing a UV light in your HVAC system is a great way to save money in the long-term and keep your air conditioning system running efficiently year after year.
Installing UV Lights in Your HVAC System
UV Lights are simple to install, but you need to make sure you get a couple of things right.
Choosing the Correct Size and Type of UV Light
When it comes to choosing the right type and size of UV Light for your HVAC system, it is important to consider your home’s size, existing air conditioning system and the type of air conditioning unit you have. The size of the UV Light is dependant on where it will be installed and how much air needs to be cleaned. Generally, a UV Light should be powerful enough to transition air through the HVAC system multiple times in a day in order to be effective. Additionally, it is also important to choose a quality UV Light unit that is designed to last for a long time with minimal maintenance and upkeep. Consulting a professional or doing research online can help you determine the right type and size of UV Light for your specific HVAC system.
Considering Placement and Installation Options
When installing UV Lights in your HVAC system, there are a few factors to consider. First, identify the ideal placement for your UV Lights—typically, either in the ducts or within the air handler. Installing the UV Lights in the air handler allows for maximum air circulation inside the unit and is the most effective placement for reducing air quality contaminants. Installing the UV Lights in the ducts is also viable, as long as the lights receive adequate air flow to reach every corner of the system.
Depending on your HVAC system, you may need to consult a professional HVAC technician to properly install your UV Lights. Installing UV Lights requires dismantling the air conditioning unit and is best done by a professional.
If you have any questions, don’t hesitate to reach out.
How to Know If You Might Need a New HVAC System
Your HVAC system plays a crucial role in making your home comfortable all year round. But, like all machines, it won’t last forever. If you’re not sure if it’s time to replace your system, look out for these warning signs.
In this article, you’ll find six common signs that you need a new HVAC system, followed by some important aspects to consider when choosing the right one for your home. We’ll also discuss how an HVAC system can help you save energy and money in the long run.
So, let’s jump in — here’s what to look out for, and what to consider when choosing your new HVAC system.
Inconsistent Temperature
If the temperature in your home feels inconsistent, it could be a sign that it’s time to purchase a new HVAC system. If sometimes certain rooms are too hot or too cold, or if different areas of the same room have different temperatures, then you may need an upgrade. This inconsistency is usually caused by either an old system that can’t keep up with the demands of your home or duct issues. Consider replacing your older system with a newer one that will be able to maintain a consistent temperature throughout your living space or call for a technician to come out and inspect your duct work for free.
High Energy Bills
If you notice your energy bills are increasing without any additional strain put on your HVAC system, it may be time to consider a change. Older HVAC systems will not operate as efficiently as they did when they were first installed and may begin to experience air conditioning, heating, and repair issues which impact your overall energy costs. If your HVAC system is older than 10 years, it might be time to consider investing in a newer version which is designed to be more energy-efficient and last longer. If your energy bills continue to rise, even after you have had a professional technician inspect and service your HVAC system, then replacing your system may be your best option.
Strange Noises
Strange noises in your HVAC (Heating, Ventilation, and Air Conditioning) system may indicate that it is time to call in a professional for AC repair services. Common noises associated with air conditioning and heating systems include rattling, grinding, gurgling, and squealing. If you hear any of these sounds coming from your HVAC system, you should seek the help of an expert. An experienced AC repair technician can diagnose and resolve issues that may be causing your system to generate these strange noises and make the necessary repairs to keep your system in optimum condition.
Unusual Smells
Your HVAC system should not emit any strange odors. If you notice any odd smells, it is a sign that you need to repair or replace your HVAC unit. Unpleasant smells may also indicate that wiring is shorting out, a problem with the blower motor, or that various components of your AC or heater need to be replaced or repaired. If you have a burning smell coming from your HVAC system, it’s especially important that you call an AC repair professional right away. It may signal a malfunction in the air conditioning or heating system that can be dangerous to your home and family.
Age of Unit
Though your HVAC system should last for around 20 years, the average age of a system that requires repair or replacement is about 10-15 years. If your system is this old, it is likely past its prime and struggling to keep up. You should consider a new air conditioning or heating system if your current unit is getting close to this age. If you are unsure, contact a professional HVAC repair service to provide an opinion on the condition of your unit. Additionally, if you have not been servicing the unit with regular maintenance, this can increase the chances of needing AC repair or replacement. Failing to keep up with regular maintenance can cause the unit to wear out more quickly and suffer from problems before its time.
What To Consider When Choosing a New HVAC System
When it comes to choosing a new HVAC system, there are a few important things to consider. First, it is important to consider the size of your home or business. A larger space will require a more powerful system to provide efficient air conditioning and heating. Second, you need to consider your budget. Investing in a new HVAC system can be expensive, so it is important to understand your financial limits. Third, you should take into account the energy efficiency of the unit. Look for Energy Star rated models to ensure that you are getting the most bang for your buck. Fourth, look for a reliable system and an experienced technician for installation and AC repair. Lastly, it is important to consider the types of features that you want from your system. Look for features such as air filtering, temperature zones, and adjustable settings.
When you purchase a new HVAC system, it is also important to make sure you are getting regular AC maintenance. Regular maintenance can help prevent future AC problems and keep your unit running smoothly. Don’t wait until it is too late to get a new HVAC system— consult your technician right away if you are experiencing problems.
Size and Capacity
If your HVAC system is too small for your home, it won’t be able to keep up with it, and it will become inefficient. When it’s too large for your home, you could be wasting energy and paying more than you need to in monthly bills. If you’ve made any recent changes to your home size, it’s important to contact an HVAC specialist and have your system inspected. If your system is not giving you the desired results, such as not cooling your home sufficiently in summer or not heating it sufficiently in winter, one of the biggest problems could be in the size or capacity of your current HVAC system. In that case, it might be time to invest in a new system or upgrade your current one. A qualified HVAC professional can help assess your needs and provide you with the appropriate size and capacity for your home’s needs. If you’re having trouble with your current heating or air conditioning system, call for a free Inspection and estimate.
Fuel Sources and Efficiency
Whether you’re installing a completely new HVAC system or replacing an outdated one, the fuel source and efficiency should be a top priority. After all, the cost of heating and cooling your home can add up quickly if you aren’t careful. Consider these factors to make sure you choose the right system for your home:
1. Fuel Sources:
A good HVAC system should offer multiple fuel options. Electric systems are clean and safe, but can be expensive due to energy costs. Gas systems are often cheaper upfront, but require more maintenance and may produce carbon monoxide. It is also important to consider whether your area has access to natural gas or propane, as this will be necessary for any gas-powered HVAC system.
2. Efficiency Ratings:
The efficiency rating of your new HVAC system is another important consideration. Newer models have higher efficiency ratings that can save you money in the long run. Look for Energy Star certified systems to ensure optimal energy savings and lower utility bills over time. Also, take into account the size of the unit being installed — larger units typically use more energy, so size it correctly based on your needs.
3. Maintenance Needs:
Different HVAC systems require different levels of maintenance in order to operate optimally throughout their lifetime. Be sure to ask potential installers about how often they recommend performing maintenance on your system and what type of maintenance is required for each type of system you’re considering. This will help you determine which option makes the most sense for your budget and lifestyle.
By understanding the various fuel sources available for HVAC systems and researching the efficiency ratings of each option before making a purchase, you can make an informed decision that will allow you to save money on energy costs while ensuring optimal performance from your new unit over time.
Installation Costs
When it comes to HVAC systems, installation costs are going to vary depending on the type, size, and complexity of the system. Generally speaking, the larger the AC unit, the more expensive the installation and maintenance costs, so it’s important to assess how much cooling and heating you need before you purchase a new HVAC system. Likewise, basic AC repairs are often cheaper than installing a new unit, so it’s best to consider how much the repairs will actually cost before you commit to a new system. If the cost of new HVAC installation is significantly more than AC repair, it might be better to try and fix the problems rather than replace the entire system. That said, if your air conditioning or heating system has major issues, it might be more cost-effective to go ahead and buy a new system.
Warranties and Maintenance
When investing in an HVAC system, it’s important to research the warranties available to you and adhere to the recommended maintenance intervals. Air Conditioning systems should typically last 10-15 years and Heating systems should last 12-20 years depending on the model, but with proper care, they can last even longer. Therefore, it is important to be aware of when your HVAC needs to be serviced or replaced. Most HVACs come with warranties that are valid for a certain number of years or a certain number of uses before they expire. If your system has expired, it’s important to look into replacement or extended warranties. Additionally, it’s important to research the recommended maintenance intervals for your system. It’s highly recommended that you have your system serviced at least once a year, preferably in the spring for Air Conditioning, and in the fall for Heating. If neglected, your HVAC could be susceptible to an array of ac problems, so be sure to stay diligent with servicing and replacing it as needed.
Signs you should consider replacing your system in the near future:
-Inconsistent Temperatures
-Higher Energy Bills
-Strange Noises
-Unusual Smells
-Over 10yrs Old
Conclusion
In conclusion, it is important to be mindful of the signs that you need a new HVAC system and to not procrastinate in making the necessary switch. Inconsistent temperatures, high energy bills, strange noises, unusual smells and the age of the unit are all indications that a new system is likely required. When it comes to choosing a new system, remember to consider size and capacity, fuel sources and efficiency, installation costs and warranties and maintenance. The result of researching your options and making a wise decision will be a system that helps you save money, is reliable and offers a comfortable temperature for you and your family for years to come.
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Common Indoor Air Pollutants
Did you know that the air inside your home can be more polluted than the air outside? Poor Indoor Air Quality (IAQ) can affect your health and wellbeing, leading to symptoms like allergies, headaches and fatigue. To keep yourself and your family safe from the hazards of indoor air pollution, it’s important to be aware of the most common pollutants in the air and how to address them.
In this article, we’ll take a close look at the most common indoor air pollutants and what you can do to reduce their presence in your home. We’ll explore the role of HVAC systems in improving IAQ, the importance of air filters and HEPA filters, and how IAQ solutions can help improve air quality in your home. So let’s get started!
Mold
is one of the most common indoor air pollutants, and can have a serious impact on Indoor Air Quality. Mold can be found anywhere, but is particularly common in areas of high humidity or any area with a moisture problem. HVAC systems or air conditioning can also lead to mold growth when moisture is trapped in the system. Inhalation of mold spores can cause allergies, sickness, and respiratory problems, such as asthma. It is important to make sure that the humidity level in your home is kept to a minimum to reduce the growth of mold, and that any water or moisture issues are dealt with quickly.
Pet Dander and Saliva
Pet dander and saliva are two common indoor air pollutants that can contribute to diminished indoor air quality. Pet dander is a combination of dried skin flakes, fur and saliva that are released into the air when an animal licks itself or sheds. All animals, large and small, can produce and release pet dander and saliva. In poorly ventilated spaces, the particles can circulate through your HVAC system, spreading to all parts of your home.
These air pollutants can cause various health problems, especially for those with allergies or asthma. Coughing, sneezing and respiratory distress can come from pet dander, as well as reactions from contact with pet saliva. When poor indoor air quality accumulates, it can lead to additional issues such as hay fever, headaches and fatigue, as well as illness like the common cold.
These problems can be avoided or minimised with proper air conditioning and ventilation. Regular maintenance on HVAC systems help to not only keep air clean, but also reduce the amount of allergens and irritants in the air. A good air filter can also help to reduce pet dander and saliva in the atmosphere.
Dust Mites and Pollen
Dust mites and pollen are two of the most common indoor air pollutants. Dust mites are microscopic arachnids that feed on dead skin cells, mold, and other organic particles. They can be found in carpets, upholstered furniture, bedding, curtains and other fabric surfaces. Pollen is a powdery substance released by plants in order to fertilize other plants of the same species. While some people aren’t affected by them, dust mites and pollen can cause a variety of allergic reactions in people who are sensitive to them.
Exposure to dust mites and pollen can cause symptoms such as sneezing, coughing, nasal congestion, itchy eyes and skin rashes. In more severe cases they can lead to asthma attacks or a worsening of existing asthma symptoms. To reduce your exposure to dust mites and pollen indoors, make sure to wash bedding in hot water frequently, vacuum carpets and upholstery regularly, keep windows closed during allergy season and use an air filter that is designed to remove allergens from the air.
Humidity and Ventilation
Humidity and ventilation are two of the most important aspects of indoor air quality. Poor ventilation and excessive humidity can both create unhealthy and hazardous environments.
High Humidity
High humidity creates an environment that is especially conducive to the growth of molds and mildews. Mold spores can travel through the air and cause allergic reactions or respiratory problems for susceptible individuals. The damp environment also encourages the growth of dust mites, which can also cause allergies and other health problems.
Additionally, high humidity can cause other problems such as deteriorating insulation and wood. This can lead to structural damage to the home, further reducing the air quality by allowing dust and other pollutants to enter the air space.
Poor Ventilation
Poor ventilation also has serious consequences. Proper air movement is essential in order to dilute and circulate pollutants in the air. Without suitable air exchange, pollutants accumulate in the air, leading to higher pollution levels.
Solutions
HVAC systems are one of the best ways to prevent pollutant buildup in your home. HVAC systems provide a means of circulating clean, fresh air and dehumidifying the air when necessary. Additionally, filters can be added to the HVAC system to remove pollutants before they enter the air space.
Using air conditioning can also help reduce humidity levels in the home and can help to prevent the growth of molds and dust mites.
UV Lights
The use of UV lights in home HVAC systems is an increasingly popular method to help reduce the amount of indoor air pollutants. Ultraviolet (UV) light is a type of electromagnetic radiation that is invisible to the human eye, but it has powerful disinfecting capabilities in the fight against indoor air pollutants. You can effectively eliminate the growth of organic matter in your home such as mold, mildew and viruses by exposing them to Ultra Violet Light.
Learn More in our article on ULTRA VIOLET LIGHTS and how they can save you money!
Air Scrubbers
Air scrubbing technology is quickly gaining traction in the fight against indoor air pollution. An air scrubber is an air cleaning device that uses a filtration, absorption, or adsorption process to remove pollutants from the air. They are designed to capture airborne particles such as dust, pollen, mold spores, and viruses from the air as it passes through. Commonly used in commercial buildings such as office buildings and hospitals, air scrubbers help improve overall air quality and reduce the amount of pollutants that can be inhaled by both workers and customers.
Finally, regularly cleaning your home is also an important step in maintaining good indoor air quality. Routine cleaning and vacuuming reduces the amount of dust and other allergens in the air, helping to prevent allergies and sickness.
Proper humidity and ventilation levels, coupled with regular HVAC maintenance and cleaning, can help ensure healthy indoor air quality. By taking these steps, you can help protect yourself and your family from the damaging effects of airborne pollutants.
Additional Information available at:
https://www.osha.gov/indoor-air-quality
https://www.epa.gov/indoor-air-quality-iaq
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What Types Of HVAC Systems Exist Today?
Modern HVAC
Modern day HVAC is divided into three major residential system types. Although there are three categories there are endless configurations.
The three major categories for residential HVAC systems are electrical systems, heat pump systems, and gas systems.
These three categories include numerous different options in configuration and components, so lets break those down.
Electrical Systems
Electric HVAC systems are some of the most common systems installed. These systems are a reliable way to heat and cool our homes, offices, and other indoor spaces. They make use of electricity to power an air-conditioning system that can both heat and cool a space through the process of circulating air. This is done by using a variety of components, such as an air handler, compressor, fan coil unit, evaporator coil or condenser coil.
Key Differences
The major difference you will see between this type of system and the other types below is how they create heat. Electrical systems create heat by energizing a coil of metal, then blowing air through this coil. Each year during the warmer months your heater remains inactive and dust can sometimes build up on these coils. This is why you get that distinctive burning smell the first time you turn the heat on each year, don’t worry if your smoke alarm goes off either, this is completely normal. If your smoke alarm continues to go off for hours after the heat has been activated call a professional right away.
Key Similarities
On the cold side of the system you’ll see that the primary components of an AC unit are typically the same across these three variations. The key components are the compressor, condenser coil, evaporator coil, metering device(Thermostat) and blower motor. When powered on, the compressor pulls refrigerant gas from the evaporator coil located inside the building. The coolant gas is then compressed into a liquid state before being transferred to the condenser coil outside where heat is released into the atmosphere by the fans in that loud box outside your home. This liquid gas is pumped back into your Evaporator Coil in your inside unit and decompressed causing the liquid to expand into a gas and absorb heat. Much like an ice cube melting in a drink, when water transform from a solid to a liquid it absorbs heat. This absorption makes your ice cubes melt and your drink colder. In the same way the gas expanding absorbs heat makes the pipes cold. Air is drawn through those cold pipes by your blower motor delivering cold air to your home through your ducts.
This cooling process is relatively the same for each of the other two types of systems we’ll discuss below.
Heat Pumps
Heat pump systems actually work exactly the same as their electrical cousins do, but with one major difference. We already explained that the electrical system provides heat by energizing a coil with electricity and that it cools by compressing refrigerant and decompressing it resulting in hot air outside and cold air inside, but what if you reversed that cooling process? You could take the cold air outside and bring the warm air inside. That is exactly what a heat pump system does. By simply reversing the process the machine is able to create hot air in your home and push all of the cold air outside of your home.
Gas Systems
Lastly we have gas systems and I’m sure by this point many of you will have a good guess at the difference in gas systems from the two above. The cooling side of a gas system is identical to that of an electrical system. The heating portion of the unit, however, is powered by combustible gas that is burned in a furnace to heat your home. Air is blown thru this furnace and heat is delivered through the ducts.
Other Options
This is a very simple break down of the three major system categories, but there are also alternative solutions for different applications. For example, Mini splits are similar to their Electric System cousins in the fact that they are simply smaller versions of the same machine. They are simply designed to cool smaller spaces. One key difference is that because of their size they run without ducts.
There are many other ductless options and even some bigger commercial options like RTU’s (Roof Top Units).
But overall they all essentially work in the same way.
Unique Solutions
In some areas “swamp coolers” are used to cool homes. Swamp Coolers use the original design from Benjamin Franklin to naturally cool a space with water and evaporation. This unit is unlike any of the above units in this regards and could technically be considered a forth category, however it isn’t used often. Read more about the origins of Air Conditioning (Ben Franklin) in our Article, What Does HVAC Stand For?
Learn About The Signs Of When Your System Will Need Replacing
Being prepared makes a huge difference, no one wants to be caught off guard. Learn about HVAC Systems and how to know if yours might need to be replaced soon and how to be prepared for when it does.
Or Call And Speak To One Of Our Pros!
Need A New System?
If you’re looking to replace your system and want to learn more about different options, please give our office a call. We would be happy to give you more information or send a technician out to your home to give you a free estimate and explain what would be the best options for your home.
What Does The Term HVAC Stand For?
Have you ever found yourself wondering what HVAC stands for? You’re not alone; many people aren’t aware of the meaning of this acronym. HVAC stands for Heating, Ventilation, and Air Conditioning. This term is used to describe devices that regulate temperature in both domestic and commercial buildings. HVAC technology has been around since ancient times. That said, modern designs have made it much more efficient for controlling the environment within a structure.
The concept of HVAC dates back centuries ago, with the first recorded use in Ancient Greece.
Ancient Versions Of HVAC
HVAC is a term that we hear often today, but how did this technology come to be? The concept of HVAC dates back centuries ago, with the first recorded use in Ancient Greece. During this time, ventilation through natural means was used as a way to keep buildings cool and comfortable during the hot summer months.
The ancient Greeks would use wind towers and sun-facing windows to draw in cooler air from outside. This process created an effective system for cooling and ventilation that was adapted by many cultures over time.
Today, HVAC systems have evolved far beyond the basics introduced by the Greeks all thanks to the United States.
The Origins of Modern HVAC
Did you know Ben Franklin invented modern air conditioning in the Philadelphia?
The phrase ‘air conditioning’ was coined in the early 20th century, but the concept of air conditioning is much older. Benjamin Franklin, one of the Founding Fathers of America, was a pioneer in HVAC technology. He invented an air-conditioning system to regulate the temperature in his Philadelphia home.
Franklin’s cooling system was simple and relied on natural convection. To cool a room down, he would first open windows on opposite walls to allow airflow across the room. Then he filled a cistern with cold water and placed it next to an open window on one side of the room. Then the cold water was funneled through pipes into another room as a secondary cooling system. This method created cool air that circulated throughout his home.
Carriers Invention
In 1881, Willis Carrier designed an air-conditioning unit specifically for industrial purposes that would later become a key component in modern HVAC systems. His invention was a game changer for industrial and commercial businesses as it allowed for much more efficient ways to cool and heat buildings. Carrier designed an air-conditioning unit specifically for industrial purposes. Later this became the foundation of HVAC systems. This unit provided businesses with an affordable way to maintain a comfortable temperature year-round while also providing improved ventilation throughout their facilities.
Carrier’s innovation has been instrumental in the advancement of HVAC technology over the last century plus. In addition to being able to provide comfort cooling during hot summer months, his invention also made it possible to control humidity levels in commercial settings.
These two great American men laid the foundations for modern technology to create the units you see in your homes today. We now have Heat Pump Technology that allows us to use one unit to both cool your home in the summer and warm your home in the winter.
Learn About the Modern Use Of UV Lights To Extend The Life Of A Unit Or Click to read some of our other articles to learn even more about HVAC Units.
To learn About the type of units we have today click to read our Article. What Types of HVAC Systems Exist Today?
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