It’s easy to take your air conditioner for granted. You likely never give it a moment’s thought as it hums quietly in the background cooling your home to the perfect temperature on those sweltering hot days… until suddenly it doesn’t. Next thing you know you’re on the phone with an AC company who asks you what type of system you have, and all you know is it’s an “air conditioner” – you have no idea what kind of unit it is. Well, if you’re in the market for replacing your old air conditioner, then it’s time to educate yourself about an important component of your home that’s integral to your comfort, well-being and wallet.
Let’s cover the basic parts of a central air conditioning system, how it functions to cool the air, the ever-important SEER energy rating every new AC unit has, and how to find the perfect AC system for your home.
Central air conditioning systems come in three types: split systems, packaged units and ductless systems. Let’s just look at split and packaged for now. Split systems have two separate parts; one part located outside the home that contains the condensing unit and compressor, and one part located inside the home containing an evaporator coil. A packaged unit has the condenser, compressor and evaporator coil located in one single unit that typically sits outside the home on the roof or on a slab next to the foundation.
Split System vs Packaged Unit
Split and packaged systems both work the same way, however, there are some differences. For example, split systems are much larger than packaged units, are typically cheaper to repair and maintain, and come with higher energy-efficiency SEER ratings. Packaged units are typically cheaper to install because there’s just one piece, but exposure to the outside elements could cause damage or a shortened life span, and they have lower energy-efficiency SEER ratings.
The deciding factor as to whether a split system or a package unit is the best one for you is largely dependent on the layout and size of your home. A good rule of thumb, though, is to stay consistent with what you already have and replace a split system with a split system and a packaged unit with a packaged unit, especially if you have been generally satisfied with the level of comfort your system provides.
To discover more about the different types of systems, click here to watch a video explainer designed just for you.
How Air Conditioners Work
Air conditioners use refrigerants to cool indoor air by drawing the warm air out of your home through ducts, and supplying cool air through the registers and vents in the ceilings or floors. Besides cooling the indoor air, air conditioners also regulate the ambient temperature of the home via a thermostat. Additionally, they act as dehumidifiers, because reducing the temperature of humid air reduces its moisture content, and air filtration systems as they remove airborne particles from the circulating air through the use of filters. That’s quite a lot going on for one air conditioner!
What’s even more impressive is how the components of an air conditioner, the coils, condenser, compressor, fans, and blower, replicate the physical law of when a liquid converts to a gas, it absorbs heat (known as phase conversion) in order to generate cooling. Warm air moves over refrigerant-filled coils, causing the refrigerant to evaporate from a liquid to a gaseous state – absorbing heat as it does so – and then it is compressed and condensed back into a liquid state for the process to begin all over again. The chilled air is then circulated throughout your house by blowers located in the air handling unit.
Some useful terms are included on the Cooling Cheat Sheet below.
New Air Conditioning Systems Can Save You Money
Air conditioners certainly have come a long way since the first system was developed by Willis Carrier in 1902. The device he created blew air across chilled pipes to lower the temperature and humidity levels. Today’s air conditioning systems effectively and efficiently cool your home by using state-of-the-art equipment that uses a lot less energy than the models produced just a few years ago do.
In fact, there’s a good number of energy-efficient AC models to choose from now, ranging from 13 SEER all the way to 26 SEER, with higher-rated models being manufactured every year. SEER stands for Seasonal Energy Efficiency Ratio and indicates the energy-efficiency of a particular air conditioning system. The higher the SEER rating, the more energy-efficient it is, which means increased savings on your utility bill over the life of the air conditioner. Although more expensive than base models, you can usually recoup the extra cost of purchasing a high SEER unit over several years by the lower monthly utility bills you’ll receive. Most commonly, people gravitate toward the 14-18 SEER range when purchasing equipment for their home.
If your current air conditioner has been around awhile and showing signs of needing repair, such as not cooling your home like it should on hot, summer days, skyrocketing utility bills, or clanking, banging, or rattling sounds, then it’s probably time to start shopping for a replacement. The good news is that depending on the SEER rating of your current system, newer SEER models can save you a lot of money on your energy bill! If your current air conditioner is pretty ancient, then it could be an 8 SEER. Replacing it with a 16 SEER unit would save you nearly 50% on energy costs and significantly reduce your utility bill.
How to Find Your AC Unit’s SEER Rating
To find out the SEER rating of your current split system unit, look for the yellow and black tag stuck to the side of the condenser. You will see the words “Seasonal Energy Efficiency Ratio” and the number underneath is the SEER number. If you can’t find it there, look for a performance information sheet stuck to the front of the air handler on the indoor part of the unit. Most packaged units have the SEER rating listed on the black and yellow “hang tag” located on the outside of the unit. If you’ve looked everywhere and still can’t find your SEER rating, then the Air Conditioning, Heating and Refrigeration Institute has a handy directory look up on their website here, where you can put in the make and model of your AC system to find the SEER rating.
Now that you know your current system’s SEER number, you can calculate how much more energy efficient your new air conditioner will be. Chances are, your old unit has a SEER rating that is no longer made or allowed to be made by law. In 2015, the Department of Energy (DOE) mandated that all new air conditioners manufactured in the U.S. be a minimum of 13 SEER for northern states and minimum of 14 SEER for southeastern and southwestern states.
Use the link below to see the SEER Minimums map and discover the government requirements for your state.
Why Having an Energy Efficient Air Conditioner Is Important
The U.S. Department of Energy implemented energy conservation standards for air conditioners, and other appliances we typically use on a daily basis, to help save consumers billions of dollars each year and to reduce harmful effects on the environment caused by our energy consumption. According to the DOE’s website, three-quarters of all homes in the U.S. have air conditioners which use close to 6% of all the electricity produced in the United States, costing homeowners $29 billion annually. As a result, about 117 million metric tons of carbon dioxide are released into the air each year.
This is a serious concern because carbon dioxide (CO2) is a greenhouse gas that traps heat within the Earth’s atmosphere (for decades, if not centuries!) and contributes more to global warming and climate change than any other green house gas. More and more extreme weather events are being linked to climate change, and the effects of climate change are far-reaching: from rising temperatures causing a shift in precipitation patterns that change the growing patterns of plants threatening wildlife dependent on this source of food, to rising sea levels eroding shorelines and destroying ecosystems, to farms and crops producing lower yields resulting in significant economic losses.
So, limiting CO2 emissions is imperative for protecting the environment and minimizing climate change. Do your part to reduce your carbon footprint by minimizing the amount of energy you waste as much as possible. Switch to energy efficient light bulbs, walk or ride your bike instead of driving a car, take shorter showers, and install an energy-efficient air conditioning system with a high SEER rating.
Questions to Ask Before Purchasing Your New Air Conditioning System
Now that you’ve determined you’re upgrading your current air conditioning system with a more energy-efficient one, and you’ve educated yourself about the different types of central air conditioning systems, there are some important questions you should ask your contractor before your new unit is installed, such as:
With a little bit of AC knowledge and asking the right questions, you will be able to make the best choice in air conditioning systems for your home.
Why SEER Matters
You’ve determined it’s time to replace your air conditioning system and as you begin researching the best new options available, you’re presented with a dizzying array of choices. Terms such as tonnage, SEER, and load capacity are discussed, and you don’t understand any of it, so, you’re just going to trust that the local AC repairman you called is going to sell you the best unit for your home. Hold on…purchasing a new air conditioning system is a huge investment!
Depending on where you live, the lifespan of an AC unit could last 10-15 years. Besides the upfront cost of a new unit and installation, the type of system you purchase will affect your monthly utility bills over the course of that unit’s lifetime. That’s 10 to 15 years’ worth of utility bills coming out of your wallet. The decision to purchase a new AC system is not one to be taken lightly, nor handed over to someone who may not have your best interests at heart.
Doing your due diligence to research the different types of air conditioning units is not only your responsibility as a conscientious consumer, but it’s also not that difficult. Here at Pricefixer.com, we believe in educating consumers, so they can make the best purchasing decisions for their home and their budget. Continue reading to discover the top five SEER rated AC units.
Where to begin
When shopping for a new air conditioner, you’re going to want to pay attention to the SEER number. SEER stands for “Seasonal Energy Efficiency Ratio,” which is a measurement of how energy efficient a particular AC system is. The higher the SEER, the greater its energy efficiency. The SEER number is important because it’s not only regulated and monitored by the U.S. Department of Energy, with minimum SEER ratings enforced across the nation, but also because the SEER number affects the cost of the unit. The higher the SEER rating, the more expensive the system. However, the higher the SEER rating, the more energy efficient it is and, therefore, the more money you’ll save on utility bills over the lifespan of the unit. But, is the higher upfront cost really worth it? How much does a 16 SEER save over a 13 SEER or a 22 SEER over an 18 SEER?
In order to determine accurate cost savings across various SEER rated units, we simply need to do a little math. When trying to determine the best SEER rating for your home and budget, you’ll need to divide an AC unit’s rated BTUs by its SEER number to figure out how many watts per hour it consumes. It sounds more complicated than it actually is.
First, let’s get some basic definitions out of the way. BTU stands for “British Thermal Unit” and is used to measure heat energy. One BTU is approximately equal to the energy released by burning one match. As it relates to air conditioning, it’s a measurement of how much heat is removed from the air or, in other words, the “cooling power” of an AC unit. A 1-ton AC unit can remove 12,000 BTUs per hour; a 2-ton unit can remove 24,000 BTUs per hour, 3-ton, 36,000 BTUs per hour. Kilowatt is a measurement of energy typically used by large appliances to measure how much energy they use.
So, back to our formula:
If you’re looking at a 3-ton (36,000 BTUs) AC unit with a 16 SEER rating, divide the number of BTUs by the SEER rating:
36,000 BTUs / 16 = 2,250 watts
Since utility companies bill in increments of 1,000 watts, known as Kilowatt hours (kWh), to get the hourly wattage consumption number from the annual number of hours, we just need to divide 2,400 by 1,000, which equals 2.25 kWh.
36,000 BTUs / 16 = 2,250 (÷1,000) = 2.25 kWh
To determine your annual operating costs with a 16 SEER, you’ll need to know approximately how many hours your AC system is going to operate over the course of a year based on your geographical region. For example, the state of Florida uses an average of 2,800 hours of AC operation a year. Northern states, of course, will have a much lower average.
The next part of the math equation is to take the number of hours of operation and multiply it by the number of kWh consumed per hour (2.25 kWh) to get the annual consumption in Kilowatt hours.
2,800 x 2.25 kWh = 6,300 kWh in annual consumption
Now, it’s just a matter of converting these numbers to dollars to get an idea of the annual cost. If you look at your utility bill, you will be able to determine the total cost per kWh. For Florida residents, the average cost is 11.6 cents per kWh, which we’ll put into our formula as .116.
6,300 kWh x .116 cents = $730.80
The approximate annual cost of a 3-ton 16 SEER unit in Florida is $730.80.
Applying this same formula to the other SEER ratings results in the following costs:
13 SEER = $896.45
14 SEER = $834.74
15 SEER = $779.52
18 SEER = $649.60
22 SEER = $519.68
These saving look impressive and you may want to run out and purchase a 22 SEER, but, remember, the higher the SEER rating, the more expensive the unit. You will have to determine if the initial upfront cost of a more expensive unit will be worth it for you over its lifetime.
Some things to consider would be, do you plan to stay in your home for the next 10-15 years? What is your budget? Do you prefer to pay more now to save more later each month? Is it important to you to have energy efficient appliances to help benefit the environment?
If you only intend to stay in your current home for five years, then comparing prices of different SEER units with the annual operation costs figured out above can help you determine if it’s worth it to have a higher SEER unit. For example, if the total cost including installation fees of a 13 SEER unit is $4,200 and a 14 SEER unit is $5,000, then that’s a difference of $800. When comparing the annual operational costs of the two SEER numbers calculated above, the 14 SEER unit has an annual savings of $61.71 more than a 13 SEER ($896.45 – $834.74). However, if you plan to only be in your home for five years, then the total savings of having a 14 SEER over a 13 SEER is $308.55, meaning you haven’t even recouped half of the increased cost of the 14 SEER yet. However, after 13 years, the extra cost will be recouped.
Higher SEER Rated Units, Are They Right for You?
The minimum standard SEER number for the northern states is 13 and for southern states is 14. Some SEER ratings, however, go as high as 26. Typically, higher SEER units are the best option for those who live in a climate that is hot and humid for most of the year and cutting energy costs is a priority, or for those who are dedicated to helping the environment by reducing carbon emissions with energy efficient appliances. As technology continues to improve, there will no doubt be more efficient models for consumers to choose from.
In fact, according to the International Energy Conservation Code (IECC), which was adopted by the United States in 2009, a framework of upgrades has been laid out that will continue until 2030 requiring manufacturers and installers to use progressively more efficient units. These changes will drive down costs and reduce environmental damage, which benefits everyone.
Therefore, the minimum SEER value will continue to increase, with the next one likely to go into effect in 2023, where northern states must have a minimum of SEER 14 and southern states a minimum of SEER 15.
The Impact of Standardized SEER Ratings
The mandatory upgrade from a SEER 12 to a SEER 13 that took place in 2006 represented a 30% increase in minimum energy efficiency for air conditioners. What does this mean in terms of reduced energy consumption? According to the DOE, 4.2 quadrillion BTUs will be saved between 2006 and 2030 by using a SEER 13 instead of SEER 12. This equates to the amount of annual energy used by 26 million U.S. households, resulting in savings to the consumer of over $1 billion by 2020! Also, the SEER 13 standard has significantly reduced fossil fuel consumption and limited air pollution. Fewer power plants needed to be built due to a SEER 13 standard, which means nitrous oxides emissions and greenhouse gas emissions were significantly reduces. As the minimum standard SEER rating increases, even more savings to the environment and consumers’ wallets will occur.
History of SEER Ratings – We’ve Come a Long Way, Baby
Before 1980 ———-SEER 6 or less
1980 to 1985 ———SEER 7 or less
1986 to 1991———-SEER 8 or less
1992 to 2005 ———-SEER 10 – SEER 12
2006 to present ——SEER 13 or higher
That’s a lot of energy saved!
Breakdown of SEER
The SEER rating on an air conditioning unit is one of the most important factors you should take into account when purchasing a new unit for your home. SEER, which stands for Seasonal Energy Efficiency Ratio, is a number that indicates the maximum energy efficiency of a central air conditioning (AC) unit while it operates over a typical “cooling season.” The higher the SEER rating, the more energy efficient it is, but also the more expensive up front. Yes, a more energy-efficient system will save you money on your monthly utility bills, and a less-than-honest sales person may convince you the savings are well worth it, but there are a few other things you need to consider in determining your ideal SEER number, in addition to that.
First, it will be useful to understand how a SEER rating is calculated. The total amount of energy output (measured in BTUs) used over the cooling season is divided by the total amount of electrical energy input (measured in watts) that is used. In other words, the amount of energy produced to cool a room to a specific indoor temperature is measured against the amount of energy consumed by the AC unit to create this cooling. This measurement is done under a variety of outdoor temperatures ranging from the 60s to the 100s, with variable humidity levels, while maintaining an indoor temperature of 80°F. The resulting average number is what determines the SEER rating.
Every AC system is tested by the manufacturer according to guidelines stipulated by the U.S. Department of Energy. The whole point of performing a test over time like this, with varying temperature conditions, is to try and gauge how much energy an HVAC (Heating, Ventilation and Air Conditioning) unit consumes when used during a typical summer season in the U.S. However, not all climates are similar across the nation, and a 13 SEER in an arid, hot climate may not be as efficient as a 13 SEER in a milder, moderately warm climate. Similarly, an AC unit’s efficiency will fluctuate based on different weather conditions; how efficiently it runs when it’s 101F outside will differ from how efficiently it runs when it’s 85°F outside. The SEER number is not a constant—rather, it’s the maximum amount of energy efficiency an AC unit can achieve, which means a 16 SEER can reach a maximum operational efficiency of 16 but will sometimes operate at a lower efficiency as well, depending on varying weather conditions.
It’s important to remember that the SEER rating is not a constant value but changes often, much like the MPG of your car changes based on how you drive it. Keep this in mind when you come across a SEER energy savings chart, or one of the many SEER savings calculators you’ll find online. These tools use the maximum SEER number to show you how much energy is being saved, as if an AC unit is going to work at its maximum efficiency 100% of the time, which just isn’t accurate. Also, many of these charts and calculators base their savings percentages on an 8 SEER or a 10 SEER, when you may have a 12 SEER. So, if you see a chart with 50% savings listed above a 16 SEER, then that means a 16 SEER is 50% (at the most)more efficient than an 8 SEER only. If you have a 12 SEER and upgrade to a 16 SEER, you’ll see closer to 25% in energy savings, which is still pretty good.
Determining what is best for your home and budget
Higher SEER units cost more than lower SEER units, but perhaps you like the fact that higher SEER units will not only save you money on your utility bills, but will also reduce energy consumption all around, which is good for the environment, and a higher energy efficient model will reduce your own personal carbon footprint. Now you need to determine the best SEER for your home, your budget, and your lifestyle.
In order to do this, you’ll need to ask yourself a few questions:
5 simple steps to determine your ideal SEER
Common questions/FAQs about SEER
The Definition of SEER
What is SEER? The short and simple explanation of SEER is that it’s a number assigned to an AC unit indicating its energy efficiency. The higher the SEER number, the more energy efficient the system is, which is important because an energy-efficient unit will not only reduce your monthly utility bills, but will also reduce your carbon footprint, thereby benefitting the environment. Naturally, then, it would make sense to purchase an AC unit with the highest SEER rating available, right? Well, not necessarily. As we explain a little more about the SEER rating, you’ll understand why a high-rated SEER unit may not be the right one for you.
S-E-E-R – Breaking it down
SEER stands for “Seasonal Energy Efficiency Ratio.” The key word to remember in this acronym is “Seasonal,” as the SEER number is determined by measuring an AC unit’s efficiency as it operates over a period of time with varying degrees of temperature and humidity levels, which mimic a typical summer season for most areas in the U.S. This is typically referred to as the “cooling season.”
SEER ratings are calculated by measuring the amount of cooling provided (energy output, measured in BTU’s), during a cooling season and dividing it by the amount of energy consumed (energy input, measured in watts), over this same period of time. An AC unit that uses less energy to produce the same amount of cooling than another unit over the cooling season, operates more efficiently and will have a higher SEER number. Of course, the higher the SEER number, the more expensive the unit, but oftentimes the savings recouped from a more energy-efficient unit make up for the higher upfront cost. For example, if you replace a SEER 10 unit with a SEER 13 unit, then the same amount of cooling will be produced while using 30% less energy! That’s a 30% reduction in harmful emissions and a 30% reduction in your utility bill. If you have a unit with a SEER rating that’s less than 10, and you upgrade to a SEER 13, or higher, then the energy and cost savings will be even greater.
When shopping for a new AC unit, the SEER rating is an important piece of information that allows you to compare the energy efficiency of air conditioners and help determine an AC unit’s approximate annual operating costs.
SEER vs. EER
Oftentimes alongside the SEER rating, you will see an EER rating. EER stands for “Energy Efficiency Ratio” and is a number that measures an AC unit’s energy efficiency at a specific temperature, instead of over a period of time with different temperatures (hence, no “S” for seasonal). EER was created in 1975 by the Air Conditioning, Heating & Refrigeration Institute (AHRI) as a way of measuring the cooling efficiency of HVAC units. To determine the EER rating, the amount of cooling provided (energy output) is divided by the amount of energy consumed (energy input) while operating under a singular set of weather conditions, which is typically an outdoor temperature of 95°F, an indoor temperature of 80°F, and a humidity level around 50%.
Realizing that the EER rating doesn’t take into account certain variables, such as seasonal weather fluctuations and the resulting heat loss or gain that occurs when a system frequently cycles on and off, the SEER rating was developed in 1978 to more accurately gauge a unit’s efficiency during a typical summer season. The SEER rating, then, differs from an EER rating in that it is an average calculated over time; SEER is a measurement of an AC unit’s efficiency as it maintains a constant indoor temperature over the course of a cooling season with varying outdoor temperatures ranging from a low of 65°F to a high of 104°F with humidity levels ranging from 30% to 80%.
Just as with SEER ratings, a high EER rating indicates a more energy-efficient system and is a useful way to determine the efficiency of an AC unit when comparing across brands. However, the SEER number is a better indicator of an AC unit’s overall operational cost as it takes into account how well the unit works under a variety of weather conditions over the course of typical year. Just remember to always compare one unit’s EER to another’s EER, and SEER number to SEER number when looking at multiple units.
SEER by the Numbers (13/14 SEER, 16 SEER, 18 SEER, 21 SEER)
As previously mentioned, a SEER 10 unit replaced with a SEER 13 unit results in a 30% energy savings. What if you wanted to go even higher? Below is an example of the potential energy savings and cost savings of replacing a SEER 10 unit with a higher SEER-rated unit.
Based on a 3-ton AC with a SEER 10 rating that consumes around $1,323 in electricity per year:
What does SEER have to do with MPG?
It’s important to note that an AC unit’s SEER rating represents the maximum efficiency of that particular unit. This means that an AC unit with a SEER 22 rating can reach an efficiency level as high as 22, but may not always operate at a 22. So, just like Miles Per Gallon (MPG), which is used to measure the gas efficiency of a car, the higher the MPG rating, the more miles per gallon you can get out of it; but only when it’s being driven under ideal travel conditions (good weather, safe speeds, level ground, etc.). If, on the other hand, you drive your 36 MPG rated car like one of the characters from the Fast and the Furious, then your car’s average MPG number will be much lower, perhaps in the 20s.
There are things you can do to help your AC unit run at its most efficient rating, such as maintaining a regular temperature in your home, keeping the air filters clean, and checking for leaks in the ductwork.
Benefits and Regulation
Created and regulated by the Department of Energy in 2008, the SEER rating helps consumers cut down on energy consumption and costs while providing better cooling for their home. Also, by raising the minimum SEER rating across the U.S., the depletion of natural resources will be reduced as will the emission of harmful gases into the environment. It is required by law that all central air conditioning units be evaluated, rated, and assigned a SEER number by the manufacturer in accordance with efficiency tests stipulated by the U.S. Department of Energy.
FTC and the US Department of Energy
In 2015, the DOE established new minimum efficiency ratings for three different portions of the U.S. – the North, the South, and the Southwest. For new central air conditioners manufactured and sold in the warmer, southern regions, the minimum SEER was raised to 14. For northern regions, the minimum remains a SEER 13. The standard SEER breakdown across the nation is as follows:
SEER 13 minimum: Alaska, Colorado, Connecticut, Idaho, Illinois, Indiana, Iowa, Kansas, Maine, Massachusetts, Michigan, Minnesota, Missouri, Montana, New Hampshire, New Jersey, New York, North Dakota, Ohio, Oregon, Pennsylvania, Rhode Island, South Dakota, Utah, Vermont, Washington, West Virginia, Wisconsin and Wyoming
SEER 14 minimum: Alabama, Arizona, Arkansas, California, Delaware, Florida, Georgia, Hawaii, Kentucky, Louisiana, Maryland, Mississippi, North Carolina, Nevada, New Mexico, Oklahoma, South Carolina, Tennessee, Texas, and Virginia.
It is not required that consumers immediately upgrade to a more efficient unit, rather the minimum rating only applies to new units being manufactured and sold in the U.S. after January 2015.
Also, the Federal Trade Commission’s EnergyGuide label (the yellow “hang tag” attached to heating and cooling systems), will now display a range of numbers representing the lowest and highest SEER rating for split-system air conditioners, instead of a single rating.
Types of AC
Now that you know about SEER and EER ratings and how they relate to an AC unit’s efficiency, understanding the different types of air conditioning systems available will help you decide which option is the best one for your home.
Window Units: Also known as “room air conditioners,” this type of system contains all the necessary AC components (compressor, condenser, evaporator, and cooling coil) into a single box that is placed either in a window or wall of a room. Blowing cool air directly into a room, this type of system is effective for cooling small spaces and homes. Window units only have an EER rating.
Central Air Conditioners: Distributing cooled air via a system of ducts, Central AC systems work best for larger homes and buildings.The two most common types of Central Air Conditioning systems are split or packaged units.
Split systems: A split system has an indoor component, which includes the evaporator coil and blower, and an outdoor component, which includes the condenser coils, condensing fan, and the compressor housed in a metal case. This type of system is economical because it shares the ductwork used by the heating system.
Packaged units: A packaged unit is usually located outdoors and combines the evaporator coil, condenser, and compressor into a single cabinet. Air is drawn from the inside through ducts in the wall or roof and returned, cooled, to the inside of the house. Packaged units also typically include heating coils eliminating the need for a separate indoor furnace.
Ductless Mini-Split Systems: Ideal for houses with no ductwork, the mini-split system uses tubing to combine the outside compressor and condenser to indoor air-handling units, which are typically mounted high on a room’s interior wall and circulates the cooled air with a fan. Each room, however, will have its own air handler, much like a window unit, with the ability to cool a room to a temperature different from other surrounding rooms.
When determining the type of air conditioning system for your home, it’s important you choose a system that’s best fits the size of your home. A system that is too large or too small will not adequately cool or dehumidify your home.
Getting Another Bid
Now that you have a better understanding of how the SEER rating can affect your energy savings and reduce your monthly utility bill, it’s important to shop around to find the lowest-priced air conditioning system with your ideal SEER number. Don’t accept the first bid you come across – get another one, and another one still from a variety of AC retailers, including online retailers. You will be shocked at just how much money you can save by cutting out the “middle man” and ordering your new AC unit online. Check out these lowest-guaranteed prices here!
Orem, Utah has wonderful weather. It’s hot, and dry, which can be incredible. It also has low wind, and humidity, and this combination can make perfect conditions for seasonal allergies. If you suffer from seasonal allergies in Orem, then there are some ways to combat them, and limit the effect on you.
The first thing you should do is check the pollen counts on a daily basis. Most local newspapers, news shows, and online websites will have the day’s pollen count. If it’s high, you should avoid going outside, if you can. You shoud also try to have someone else deal with any outdoor chores, such as weeding and lawn mowing. These chores can add to your allergies, so if you can’t find someone else to take of these jobs, then you should try to o them on days with a low pollen count, and wear a pollen mask.
If you take any over the counter medications to cope with your allergies, then you should try taking them before your symptoms appear. It’s easier for the medication to manage your symptoms if it’s already in your system. If you have very severe symptoms, then you may want to consider rinsing your eyes and nose out with over the counter solutions. You should always ask your pharmacist for advice, and use appropriate containers.
If you must go outside, you should take off your clothes and shoes as soon as possible, and try to avoid taking them into your home. You should also shower and rinse your hair to get rid of any pollens in your hair and on your body. If you have pets, you should rub them well before letting them into the house, and try to keep them off the beds.
You should try to have a shower at night, before going to bed. This can help to keep pollen off your bed sheets. If you can, you should change your sheets every week, and dry them inside. Pollen can stick to laundry outside, and then, when you bring the laundry inside, the pollen comes with it.
The air quality in your home can affect your allergies. Try to keep your windows and doors closed, and turn your air conditioner on instead to circulate air. You should change your filter regularly, and make sure that your air conditioner has been cleaned and serviced. Servicing can help keep your AC in good working order, but you may need to think about an AC replacement, if you are having problems with it. You may want to find a wholesale air conditioner retailer, as it can be cheaper, and you might find a great deal.
Seasonal allergies are not only annoying, but they can become very painful. If your allergies can’t be managed with over the counter medicines, and avoiding the allergens, then you might need to visit your doctor. Your doctor may prescribe a stronger medication for you.
Are you always stuffy on windy days? Do your eyes water when it rains? Well, weather is a key allergy trigger, to no surprise. Spring season not only invites captivating blooms but it also opens a door for toxic allergy causing air in the environment. The spring season immediately transforms from the most enjoyable to a miserable season for the allergy sufferers. Texas is a beautiful city to live but only if we uncheck its humid subtropical climate. The cyclic change in weather often results in common seasonal allergies for most of the citizens. These allergies are not only caused due to the weather change but most of the times it is because of the poor indoor air quality.
This is why air conditioner maintenance is priority of people in Texas to ensure the fresh indoor air and avoid potential allergies.
Improve Indoor Air Quality
Environment Protection Agency has said that indoor air is 5 times more toxic than the outdoor air. And in order to keep your living environment healthy for your family, you need to take necessary measures in purifying it.
In order to improve indoor air quality in your home, these are some tips that must be followed:
AC plays a vital role in keeping the indoor air fresh and breathable. If you don’t own a cooling unit in Texas then consider buying them from wholesale air conditioner stores at affordable prices.
The summer season is nearing in Cypress, Texas and it is the hottest time of the year around July. From the weather central of the city, Cypress usually has over 200 sunny days in a year. These days bring humid temperatures that can carry various kinds of allergens. To avoid these types of allergens coming into your haven and affecting your family try installing a new ac unit or cleaning your existing air conditioner for the best solution.
Get a High-Quality and Proven Home Energy Efficient AC System Unit
Call around to the available wholesale air conditioner distributors to get promo’s or discounts on new ac units. It is also advised that you have a certified expert install the AC unit properly into your home. In this way, the unit will get a proper installation procedure, and thus, avoiding you of getting an early AC replacement due to incorrect installation.
So, if you don’t have an air conditioning system now or you are thinking of replacing your AC unit, now is the ideal time as the summer season is nearing. You must make sure to get it from a certified dealer. Do not forget to check on the star sign that signifies that the unit is home energy efficient. This way you can make sure that you will not be incurring a huge electricity bill due to your air conditioning system.
Aside from this, the star sign also implies that the unit comes with high-quality standards. In short, you are sure that it offers effective and efficient operation throughout the summer season as long as your family needs it. You can also find a service personal that can do it for you. Some dealers offer highly skilled professionals to install the unit in your home.
You can also hire them for future maintenance service especially since there’s a higher possibility that you are going to use your unit often over the summer season. This will provide you with the assurance that your unit will perform efficiently.
Advantages of Air Conditioning Unit – Fight Seasonal Allergies
The air conditioning system maintains the level of comfort through the flow of air that is coming in your house. It transforms the humid air coming from the summer heat into cooler air keeping you and your family comfortable. It also blocks debris that carries allergens that can give you and your children allergic reactions. Therefore, you can say that installing an air conditiong system helps in preventing seasonal allergies. It assures the safety and protection of your family.
Moreover, it is best to find a service professional to provide monthly maintenance of your AC unit to make sure that it will give you the same level of performance, comfort, and protection. With proper maintenance, you can ensure that your air conditioning system will last longer. It will give you more savings because early detection and proper maintenance. This includes cleaning being done regularly, making sure that your family is well-secured.
If you suffer from hay fever, you know how horrid it can when even if you decide to go indoors to cool-down, yet still end up suffering from itchy eyes and a throat that feels like it’s lined with sawdust.
Although allergens like Ragweed don’t typically carry too large an allergy threat during the summer – tree and grass pollen do, something that The Lakelands residents are probably all too aware of.
In fact, in 2016 tree and grass pollen were often rated ‘very high’ by most major weather forecasters for The Lakelands area.
One of the primary culprits of indoor allergen exposure that often gets ignored is your air conditioner. Your air conditioner can be your best friend during the summer, but it can also be your worst enemy.
How? You ask. How can the only thing that really save me during the hot, sticky summer months become my enemy?
It comes down to poor air conditioner maintenance. During the allergy, high season (between April and August), you should be performing monthly checks on: the air filters, air condenser and outdoor section of the unit. If you are unsure how to do this, you realistically have two options.
Firstly, call a professional. There are several aesthetic and technical signs that you might miss, (yes, even after watching a YouTube video) so it is best to let a pro do this.
Secondly, if your air conditioner is 7 years old or older, it might be worth a trip down to your local wholesale air conditioner store to finally invest in that AC replacement you’ve been putting off.
Beyond the obvious health benefits, there are wealth benefits too. The average electricity residential rates in The Lakelands 23.92% greater than the national average monthly consumption. However, a clogged up, poorly maintained or old air conditioning unit will need to work harder to produce a sufficient air flow. This can cause overheating and increase your electrical costs. So, if you’re going to use your air conditioner more often, or for longer than might be necessary, then your bills are going to increase.
So, keep a good air conditioner maintenance schedule. By properly maintaining your air conditioner, you decrease the chance of nasty allergens and pollutants entering your home. Furthermore, with proper maintenance, you can avoid spending loads on AC replacement, and even save on those potentially costly maintenance bills.
The Lakelands can be tons of fun during the summer. The sun is always blazing, the birds are always tweeting, but the pollen can be a nightmare, especially if you’re in the Forest Acres area.
For the most part Greenwood (The Lakelands) doesn’t have too many extreme periods that induce allergies. Moreover, ragweed pollen won’t pose too much of an issue, year round, but grass and particularly tree pollen can pose a threat. People have grown accustomed to dealing with pollen when they’re out and about, just pop in an antihistamine and you’re usually good to go, alternatively just splash a bit of water on your face to remove any rogue allergens sticking to your skin. But we sometimes forget how to deal with it when we’re at home.
If you’re indoors, trying to escape the often horrid, sticky heat, then the last thing you want to do is open your windows or doors. Not only is it almost certainly going to lead to your house getting warmer, but it will almost certainly let in those annoying allergens. Your first instinct will probably be to turn your air conditioner on, but are you certain that your air conditioner will also block those allergens from coming in?
The only way to effectively protect yourself from allergens coming into your home through your air conditioner, is to ensure that it is properly maintained.
First, consider is the age of your unit. As a rule of thumb, if your unit is 7 years old or over, you should consider an AC replacement. The older your unit, the weaker it becomes. Newer models also tend to have better filters and condensers, meaning they are more better when it comes to cleaning outside air. If your air conditioner is older, then it might be time to hit up your local wholesale air conditioner store. They usually have some amazing sales during the summer months.
If you have a newer model, there are several other things that you can do to protect yourself from those allergies.
First, ensure that your air filter isn’t clogged up with dirt and grime. If your air filter isn’t free of dirt, it won’t work correctly. During the high-pollen season, make sure it is checked by a serviceman at least once a month to guarantee it is working properly.
Secondly, always make sure to inspect the outdoor area of the unit. Leaves tend to block the outside of the unity, which undermines the integrity of the filter.
Our advice – give it a wipe done and clear the debris so that nothing is blocking it.
Then, check the condenser, if you are unsure as to how, then the best thing to do is call a professional.
The Lakelands can be a lovely place, just make sure that the outdoors doesn’t interfere with the indoors.
The average temperature in Waynesboro in May is between 51 and 72 degrees and this is usually when the residents of this borough feel the symptoms of seasonal allergies. Of course, these allergies can strike at almost any period of the year. Many of the 10,568 residents of Waynesboro are experiencing seasonal allergies, yet only a small number of them know how to fight them. In this article, we will explain some of the simplest and most efficient ways to combat seasonal allergies in Waynesboro, Pennsylvania.
Visit your doctor and look for an adequate treatment to combat allergy symptoms. These professionals can determine the severity of the seasonal allergies and give you advice. In addition, many of them will perform tests and observations in order to determine the right way to protect yourself.
By following this advice, you should be able to prevent potential allergic episodes. In addition, you will also be able to predict the intensity of allergies during specific seasons. As we all know, the weather is one of the most important factors that contribute to the emergence of this health issue. However, there are many news channels that provide allergy forecasts that can help people predict the intensity of their seasonal allergies on a given day.
There are many things in our homes that can stimulate and worsen seasonal allergies. For instance, let’s take indoor air quality into account. Many studies have confirmed that the indoor air quality is lower than the outdoor air quality. This means that different pollutants and allergens are found inside our homes. To combat seasonal allergies, you must be sure that your air conditioner has a clean filter that prevents these allergens from coming into your home. Don’t hesitate to invest in an AC replacement if the old one is not working properly. There are many wholesale air conditioner deals in the market that are worth the investment.
Furthermore, you should make sure that your windows are closed and sealed well. In case you have a pet, wash it and keep it clean because they can carry pollen and other seasonal allergens. Your home cleanliness must be on a high level to keep the pollen away.
This advice includes some relatively simple activities like wearing a mask whenever you’re outside involved in activities like mowing, gardening or hiking. By wearing sunglasses you can prevent the allergens from reaching your eyes. If it is possible, go outside only in the morning and evening.
Even though foods cannot cause seasonal allergies, they can make them worse. Since there are many different seasonal allergies, there is no universal advice about the types of food you should avoid. Our advice is to try different foods and see which one makes you more comfortable.
Follow these tips if you want to fight seasonal allergies in Waynesboro successfully.