Tips For Using a Dehumidifier
Using a dehumidifier in your home can help you reduce the amount of air conditioning you use and can also help prevent mold and mildew from developing. Here are some tips to keep in mind when using a dehumidifier.
Adding a whole-house dehumidifier can improve indoor air quality and reduce health risks. It also reduces maintenance costs, and can help protect your home’s contents. The appliance works with your central air conditioner to remove excess moisture from the air.
Whole-house dehumidifiers are a great addition to homes with high indoor humidity. They can help keep your home comfortable at a lower cost than running an air conditioner.
If you’re looking for a whole-house dehumidifier, Total Home Supply can help you find one that is right for your home. They offer dehumidifiers for every type of home, including a home office and a living room. The best dehumidifiers will remove excess moisture from the air, making it more comfortable for you and your family.
Keeping your home’s indoor air humidity low can reduce allergy triggers, including mold and dust mites. This makes your home more comfortable, and it’s easier for people with allergies or asthma to breathe.
In some cases, you may need a whole-house dehumidifier for only one room, but if you live in a large house with multiple floors, you may need a dehumidifier that can handle the entire home. In this case, you may want to consider installing a large ducted whole-house dehumidifier, which will cover each room and adjust the humidity in the home. These units can cost around $1,500.
One of the main advantages of a whole-house dehumidifier is that it can reduce humidity levels to below 50%. This can prevent mold from forming and helps to eliminate musty stale odors.
You may also need a dehumidifier if you have respiratory allergies or asthma. High humidity can exacerbate symptoms and make it harder for people to breathe. In addition, dust mites and mold can thrive in high humidity. They reproduce unnaturally when the humidity level is too high. A dehumidifier can help prevent these unwanted invaders from invading your home.
If you want to get a dehumidifier for your home, you’ll want to choose one that has a high efficiency rating. This will mean that you will have a lower monthly energy bill. The amount of water that a dehumidifier can remove is called the water removal capacity, and depends on how large your home is. A home that’s less than 2,000 square feet will need a dehumidifier that removes 20-30 pints of water per day.
Keeping a dehumidifier clean is important for the longevity of the machine. Clogged filters can restrict the flow of air and lead to poor performance. Dirty filters may also collect microorganisms that can cause health problems.
A dehumidifier’s filter should be cleaned every couple of weeks. Clean filters can also increase the life of the unit. If you’re not sure how to clean your filter, there are YouTube videos to show you how.
First, remove the cover. This will allow you to reach the inner components of your dehumidifier. This includes the filter, the air vents, the grilles, and the coils. You can clean dehumidifier the intake grilles with a damp cloth, or you can use a small brush.
Use a cleaning solution made with warm water and a mild detergent. You should also rinse the filter thoroughly before putting it back into the machine. If you need to clean a reusable filter, be careful not to rip the cloth while drying.
If you have a dehumidifier with a hose, you should also clean the hose before putting it back into the machine. The hose should not be twisted or bent. This can cause damage to the coils.
Lastly, you should clean the dehumidifier’s tank. Mold can grow in a tank that isn’t cleaned. The interior walls of the tank can also collect mineral deposits.
A vacuum cleaner can be used to clean the inside of the dehumidifier. A hose attachment will allow you to reach every corner of the machine. The hose will also help to remove large clumps of dust and lint.
During cleaning, you should wear goggles or a dust mask. If you have allergies, you should also wear gloves to prevent irritation to your skin. It’s also a good idea to have a clear plastic sandwich bag for holding screws.
Before attempting to clean a dehumidifier, make sure you have all the tools you need. Check the owner’s manual to ensure you have the right tools.
The filters on a dehumidifier can dehumidifier be disposable or permanent. Depending on the model, you’ll need to know how to clean the filters.
Reducing air conditioner use
Using a dehumidifier with your air conditioner can lower your energy bill and increase your comfort. The Department of Energy recommends using a dehumidifier to maintain a healthier home environment.
A dehumidifier removes excess moisture from the air and helps air conditioners run more efficiently. These appliances can reduce humidity by up to 50 percent. This helps reduce allergies, mould and other moisture-related illnesses. It also helps reduce sweating, which improves your comfort.
While a dehumidifier may not be able to cool your home as effectively as an air conditioner, it can help you achieve the best balance between cool and dry air. In addition, using a dehumidifier may reduce wear and tear on your air conditioner. A quality dehumidifier can also improve the longevity of your air conditioner.
A dehumidifier’s primary function is to remove humidity. This helps air conditioners run more efficiently and decrease your energy bill. This is because air conditioners struggle to keep up with humid air. Using a dehumidifier can also help you reduce your air conditioner’s energy use and maintenance costs.
A dehumidifier is not just for the summertime; it can also be used to keep your home’s temperature steady in the winter. Dehumidifiers use a fan to pull in moist air and circulate it through a drainage area.
Using a dehumidifier is the most effective way to reduce air conditioner use. It’s also the most cost-effective way to reduce your energy bill. It can help you maintain the right balance of cool and dry air, which can improve your comfort and family’s health.
A dehumidifier can also help you achieve the best balance between cool and moist air. This can be especially helpful in hot climates. Using a dehumidifier may also help you reduce your energy bill, because it can lower your home’s carbon footprint.
A quality dehumidifier can reduce your energy bill, help your air conditioner run more efficiently and keep your home’s air quality at its peak. This can reduce allergy and mould-related illnesses, improve the quality of your indoor air and reduce the burden on your air conditioner.
Preventing mold and mildew
Using a dehumidifier can help you prevent mold and mildew from occurring in your home. This is especially important if you have children or elderly people in your home. These people are at higher risk of developing respiratory diseases. Using a dehumidifier also helps reduce the humidity in your home, making it more comfortable for you.
The most common places in your home that can harbor mildew are your kitchen, bathroom, and laundry room. If you find that you have water damage in these areas, you should repair it immediately.
Mold and mildew can cause serious health problems. They are also dangerous to children, elderly people, and pregnant women. Molds are fungi that live in moist areas. They feed on starch and are easily spread through the air. Mold allergies can make you more susceptible to respiratory problems. If you have respiratory problems, you should seek medical attention as soon as possible.
Mold can grow on a variety of materials, including wood, cardboard, and wallpaper. It can also grow on fabric. To prevent mold and mildew from growing on your clothing, make sure that your clothes are dry and clean.
In addition, make sure that your clothing is stored in a place that is well ventilated. You can also use a water-repellent spray on outer garments to help keep moisture out of the fabric.
If you have a closet in your home that is leaking, you should check for leaks in the pipes or air ducts. You can also use an exhaust fan to pull moisture out of the air.
If you have leather, linen, and rayon in your closet, you should check periodically to make sure that they are not mildewed. You can use a fungicide solution to protect these materials.
If you find mold or mildew on your fabric, you should remove it and wash it in chlorine bleach. You should also check the colorfastness of your bleach. It is not recommended to use bleach on fabrics that are not bleachable. If you can’t remove the mold on your own, you can take your clothing to a reputable disinfecting service.
Refrigerant and Energy Efficient Air Conditioners
An air conditioner is a mechanical device that removes heat and humidity from a room by using a refrigerant. The refrigerant changes phases from liquid to gas, and then passes through a compressor. Then it passes through condenser coils, where it cools to the desired temperature in the room. An air conditioner is a vital part of a home’s HVAC system, which controls the temperature and humidity throughout the house.
It removes heat and humidity
An air conditioner is a device that helps regulate the humidity level in your home. The ideal humidity level in a home is between thirty and fifty percent. Excessive humidity can lead to mold growth, water stains on ceilings and walls, and a stale odor. Thankfully, air conditioning is an affordable way to keep the humidity level in your home at a comfortable level.
While the use of an air conditioner can help combat the heat and humidity inside your home, it is also vital to keep your home ventilated properly. It’s not only important for the comfort of your home, but it can also prevent mold growth. A properly functioning HVAC system can keep humidity levels at a reasonable level throughout the year.
The level of humidity inside your home can affect the efficiency of your air conditioner. Lower humidity levels will make you feel cooler and refreshed, and your energy bills will be lower. You’ll also eliminate musty odors and clammy air. A low humidity level will also help keep your home’s temperature at a consistent level.
A well-maintained air conditioner will remove humidity from the air. This helps keep the humidity level in your home between thirty and fifty percent. If you live in an area that is particularly humid, you may also want to invest in a dehumidifier. A dehumidifier can reduce humidity levels even further.
Humidity is a problem that can make hot days even hotter. Humidity also makes cold days feel cold. To control humidity, an air conditioner uses a system called an evaporator coil. This coil collects water vapour in the air and then condenses it. This condensed water vapor then goes to a drain outside the home.
If your evaporator coil is dirty, the air conditioner will not be able to remove moisture or heat from your home. Although an air filter will keep the coils clean, dirty coils can prevent your air conditioner from cooling your home. They can also damage your AC unit.
It uses refrigerant
Refrigerant is one of the core components of your dehumidifier air conditioner. Without it, your air conditioner would not work. Therefore, it is important to know how refrigerant works and replace it whenever necessary. There are several ways to check if refrigerant is low in your air conditioner.
Refrigerant is a chemical that can easily shift between its gaseous and liquid states without consuming a large amount of energy. As a gas, the refrigerant is initially high-pressure. This gas then moves toward the condenser coils, where warm air moves over it. This causes condensation, which releases heat from the refrigerant. The refrigerant then returns to a liquid state, which is twenty-five degrees Fahrenheit.
Refrigerant is the main component of an air conditioning system, which moves heat in the air. It is situated inside copper coils and must travel through the entire system to cool air inside a home or building. Along the way, the refrigerant changes from a gas to a liquid and absorbs heat from the ambient air. Then, the heat from the room is transferred back to the air outside.
The refrigerant in an air conditioner is a chemical that readily absorbs heat from the environment. This property dehumidifier makes it an excellent refrigerant. It also allows air conditioners to cool a home or office. The refrigerant is placed in copper coils to transition from a gaseous state to a high-pressure liquid. Then, the components of the air conditioner send the liquid to an outdoor condenser coil, where the heat is released. This cycle repeats itself throughout the air conditioner’s operation.
The refrigerant is a chemical that has a unique physical and chemical composition. It is a specially selected liquid that is capable of transiting from a liquid state to a gaseous one at low temperatures. The refrigerant in air conditioners is the key to their functioning. Understanding how refrigerant works is essential for proper air conditioner repair.
The type of refrigerant that is used in your air conditioner will affect its performance. Certain types of refrigerant are safer than others. In addition, these types are more environmentally friendly and will help you save on energy. If you choose the wrong refrigerant, you may damage the compressor and create additional leaks.
It’s energy efficient
An energy efficient air conditioner is one that uses less energy. Its SEER rating is an indicator of its efficiency. It measures the wattage that an air conditioner needs to maintain a set temperature indoors. A higher SEER rating will use less energy to maintain the same temperature. The SEER rating also indicates how efficient the system is at converting electrical energy into cool air.
Aside from lowering your energy bills, energy efficient air conditioners also help your air conditioner last longer. The EPA mandated the phaseout of R22 Freon 25 years ago. The production of this gas dropped from 50 million pounds in 2014 to 18 million pounds in 2016, and less than five million pounds in 2019. It is estimated that production of R22 will cease altogether in 2020. The goal of this phase-out is to encourage homeowners to purchase more energy efficient units.
The SEER rating of an air conditioner measures its cooling efficiency over a season. Higher SEER ratings are more efficient. The average central air conditioning unit has a SEER rating of 12 while more efficient units can have a SEER rating of 14 or more. To receive the ENERGY STAR designation, an air conditioner must have a SEER rating of at least 15 or more.
An energy efficient air conditioner can lower your energy bill by up to 30%. Since heating and cooling costs make up approximately 50 percent of your home’s energy bill, reducing the amount you spend on air conditioning is a great investment. A high-efficiency air conditioner won’t have to run harder to cool your home, and it will require less maintenance.
The Energy Efficiency Ratio (EER) is an important indicator of the efficiency of an air conditioner. It is calculated by dividing the BTU output of an air conditioner by its wattage. The higher the EER rating, the more efficient the unit is. If you want to compare two window-mount air conditioners, use the seasonal EER rating.
Choosing a Dehumidifier
A dehumidifier reduces the amount of moisture in the air. Most of these appliances are used for thermal comfort and health reasons, but they can also help with mildew and musty odors in the home. By extracting water from the air, a dehumidifier prevents these problems from happening.
Silica gel dehumidifier
Silica gel dehumidifiers can be a versatile and convenient addition to any home. They use top grade orange indicating silica gel and are portable and electricity-free. These dehumidifiers are one of the most versatile desiccant products on the market.
Silica gel is a porous sand-like substance that absorbs moisture from the air. This keeps surrounding areas dry. Silica gel is also non-flammable and non-toxic. Silica gel has been around since the 1640s. In the World War I, it was used in gas mask canisters to absorb moisture. A synthetic method to manufacture silica gel was invented in 1918 by Walter A. Patrick.
Silica gel dehumidifiers are also ideal for use in closed spaces. They can be recharged using heat, the sun, or a microwave oven. Rechargeable models may take a couple of hours to recharge. Unlike rechargeable models, silica gel dehumidifiers can be used over again.
Silica gel is a moisture-absorbing material that is highly efficient in absorbing moisture. In high humidity environments, it can absorb up to 37% of its own weight. Once the moisture has been absorbed, it can be released by heating the silica gel to a temperature of 120 degrees Fahrenheit. In addition to its efficiency, silica gel is also recyclable.
Silica gel is a dehumidifying agent that improves the performance of dehumidification systems. Silica gel is an important ingredient in dehumidifiers because excessive humidity can damage items and equipment. It can be found in crystal, beads, or powder form and is a moisture-absorbing substance with color-changing properties.
When shopping for a mechanical/compressor dehumidifier, it’s important to keep a few things in mind. For starters, most dehumidifiers are noisy. They usually register at about 50 to 60 decibels. That’s about the same volume as a conversation between two people in a restaurant. While this may not sound like thunderous noise, it is still not a pleasant sound. If you don’t want to hear the dehumidifier all the time, then you should look for one without a compressor.
Another important factor to consider is the dew point. Different dehumidifiers have different dew points. If you have a specific environment in mind, choose a dehumidifier with a lower dew point. This is important because a high dew point could cause condensation within the pneumohighway. Mechanical/compressor dehumidifiers use a heat exchanger to cool compressed air. This heat exchanger then removes moisture from the air as it passes through it.
Mechanical/compressor dehumidification can help remove mould and mildew from your home. It can also help reduce the level of dust dehumidifier and pet hair in your home. These appliances will also remove bacteria and other airborne contaminants from your air. Using a dehumidifier will ensure that you and your family breathe healthier air.
Another type of dehumidifier is called a thermoelectric one. These use a Peltier heat pump to condense water vapor from air. This type is simpler than mechanical compressors and is generally used for small spaces. However, this type of dehumidifier is not a good choice in colder climates because they don’t have a high Coefficient of Performance. Also, a thermoelectric dehumidifier may be prone to ice buildup.
In addition to being more efficient, mechanical/compressor dehumidifiers often have a built-in ice sensor. This feature automatically shuts the machine down if ice or frost is detected. The machine will automatically restart once the ice is gone. The ice sensor on better quality models is usually a simple thermal switch, but in some cases a more advanced system senses when the cooling coils are obstructed by a piece of debris.
When choosing a dehumidifier, one must carefully consider the environment in which it will be used. While condensate dehumidifiers are best suited for rooms with relatively low humidity and temperatures, they have limited performance in high-temperature settings. In those instances, a dehumidifier with adsorption technology may be the best choice.
Adsorption dehumidifiers work by utilizing materials that are naturally drying, such as silica gel. These materials have a high affinity for water vapor. This type of dehumidifier is also suitable for rooms with low temperatures because they maintain a stable dew point. These dehumidifiers are ideal for almost any environment, and can be used in a variety of circumstances.
A typical adsorption dehumidifier contains a return/outside air mix box, a process MERV-8 prefilter, and optional MERV 11-14 secondary filter. In addition to the MERV prefilter, the dehumidifier also contains a preheat and cooling coil, which use hot water or DX refrigerant. Another option includes a steam-heater, which is often used to precool air before it enters the cooling coil.
Using a desiccant dehumidifier is the most effective way to reduce humidity levels in homes and businesses. The desiccant material dehumidifier adsorbs moisture from the air, and then releases it through a process outlet. This process continues in a cycle, with the desiccant rotating continuously and removing moisture from the air.
A better-quality dehumidifier may also contain an ice or frost sensor. When the sensor detects ice, it will shut off the machine. After the ice melts, the machine will restart automatically. An alternative design senses obstructed airflow and shuts off the cooling coils. This alternate design is best suited for rooms with less active airflow.
The cost of a dehumidifier depends on a few factors. Firstly, the cost of living in your area affects the price. It’s generally cheaper to live in the Midwest, South and Southwest, but it can be more expensive in metropolitan areas of the East and West coasts.
Another factor that determines the cost of a dehumidifier is the installation cost. Some dehumidifiers require special electrical outlets. Also, you should determine if you’ll need a dedicated return vent for your dehumidifier. These can require more materials and labor.
Moreover, you should consider the size of the dehumidifier. Large capacity dehumidifiers are ideal for extra-large basements and crawl spaces. They usually cost $800-$1,200. The cost may increase if the unit has extra features, such as a hose attachment for continuous drainage, or if it’s frost-resistant or has low temperature operation.
Depending on the size and features, a whole-house dehumidifier can cost between $1,000 and $3,500. The cost also depends on the amount of labor needed for installation. An average whole-house dehumidifier can last for five years with proper maintenance. If the whole house dehumidifier is maintained properly, it may last for as long as eight years.
To choose the right size dehumidifier, take measurements of the space you need to dry out. Then, multiply the measurements by width and length. If you’re not sure, round up your estimate. Moreover, consider the amount of airflow in the space. To help you with your search, we have prepared a handy chart that will help you select the right dehumidifier. The chart will also give you a general idea of the moisture content in the room.
The new standard for dehumidifier capacity differs from the old one. The old standard considers the Energy Factor, while the new standard considers the Integrated Energy Factor. Also, the new standard for measuring the dehumidifier capacity uses a lower temperature than the old one.
The Association of Home Appliance Manufacturers recommends certain dehumidifier sizes for homes of various sizes. The recommended size for a particular home is listed in the table below. If your home is over 2000 square feet, a thirty-pint dehumidifier may be insufficient. Similarly, a 30-pint dehumidifier might be inadequate for a basement, where the humidity is higher.
A dehumidifier can prevent the growth of mold and mildew in your home. Excessive humidity has many effects on the quality of air. For instance, excessive humidity can lead to warped wood, peeling paint, and mold. All of these conditions may cause your home to smell musty and unpleasant.
The size of dehumidifier is a crucial factor to controlling the humidity in your home. A smaller unit will not be effective enough in a small room, and a larger one could end up drying out the space too much, which can be uncomfortable. To choose the right size dehumidifier, check the measurements of the space, the humidity level, the number of people and the temperature in the room.
How to Choose an Air Conditioner For Your Home
Air conditioning is a major part of the comfort of our homes. In the early 20th century, we were accustomed to sweat and stale air from nickelodeons, which were popular indoor entertainment venues. However, as technology developed, movie theaters became equipped with air conditioning systems. These systems became popular in mid-century America, and they soon became a staple of American households.
HVAC systems are used to heat or cool a home. They can also purify the air in the house to keep it healthy for your family. HVAC systems are composed of many different parts. A furnace, evaporator coil, air blower, and refrigeration lines are all part of a standard HVAC system. These parts are connected by ductwork throughout the home and are controlled by a thermostat to maintain the desired temperature.
There are several different ways air can be moved, but the most common is through a network of ducts. But modern systems can also move air with the use of insulated mini-ducts or inconspicuous vents. In addition, some HVAC systems don’t use ducts at all.
The HVAC system is used in many different types of buildings. The main purpose of an HVAC system is to regulate the temperature and humidity inside a building. It is designed to meet the requirements of the process and the comfort of the occupants. The HVAC system is typically large, complex, and expensive. This makes it vulnerable to break downs and hiccups.
In addition to air conditioning and heat pumps, HVAC systems often include dehumidifiers, humidifiers, and air purifiers. These systems are controlled by a thermostat, which can be conventional or smart. Some smart thermostats even allow for small adjustments throughout the day. These innovations can improve the dehumidifier efficiency of a HVAC system, while also minimizing costs and energy consumption.
The efficiency of an HVAC unit is measured in SEER, which is a measure of the energy consumption required to raise or lower the temperature in a home. The higher the SEER rating, the more efficient the unit is. A SEER rating of 20 or more is the highest and best efficiency unit.
HVAC systems can either be central or local. If the system is central, it will run through the whole building, while small residential units and single rooms will have a local HVAC system.
Heating and cooling system
An HVAC (heating, ventilation, and air-conditioning) system provides a comfortable temperature inside a building. It also removes humidity from the air. There are several different types of HVAC systems. In addition to central systems, you can also opt for fan-powered units. Fans circulate the air around an area and can also be used to cool down the entire space.
A commercial air conditioner is similar to a window air conditioner, but is installed on the exterior wall of a building. These air conditioners are typically placed near the floor-to-wall intersection. In commercial buildings, a unitary air conditioner will serve each individual zone. They are composed of a vapor-compression refrigeration cycle and may use a heat pump or electric resistance. Some commercial air conditioners can be connected to ductwork, which helps to cool a large single zone.
Single-stage HVAC systems are ideal for areas with cold winters and hot summers. These units are set to operate at full capacity during the coldest parts of the year. They may also run more efficiently than two-stage systems, but they require more maintenance. You should always consult the local code authorities before installing any new HVAC system in your home.
Packaged HVAC systems include a condenser, evaporator, and thermostat. They are usually placed near the foundation, which is a good solution for homes with limited space. They are also sometimes used for small commercial buildings. Some packaged systems also include furnaces and electric coils for heating.
Radiant heating and cooling systems are another option. These are panels that are placed on the surface of a building. Some are called radiant and are constructed as tubes inside the surface. Radiant panels heat or cool the air, and the heated or cooled water is then distributed to other rooms. Some are distributed through ductwork, while others are delivered directly from the unit. They are ideal for room additions, garages, and single rooms.
A ventilation system is essential for air conditioning because it helps remove moisture and toxins from the air. It can also keep your home smelling fresh and free of bacteria. This can be especially useful if you have a family that is prone to colds and allergies. Additionally, it can help extend the life of your HVAC system.
Typically, the system includes supply and return ducts for every room and common living area. The ducts should be short and have insulation for maximum performance. If possible, they should be sealed with duct mastic. The system should include a device to prevent ice formation, which is especially important with energy recovery ventilation systems. This is because very cold supply air can lead to frost formation, reducing the efficiency of the ventilation.
Another important component of the ventilation system is the location of the intakes. The intakes should be far from sources of pollutants or odors. It is also important to consider the exhaust location of the system. During the summer, warm interior air may leak through the random openings in the ceilings and exterior walls. This moisture can condense and remain in the house, which can contribute to mold and mildew.
An efficient ventilation system will not only increase the efficiency of your air conditioner but also extend the life of your HVAC system. It will remove particulate matter that causes costly breakdowns. This will also reduce the amount of energy your system needs to operate. It will also prevent harmful emissions like benzene and formaldehyde, which can cause cancer. In addition, it will reduce the need for expensive maintenance on the system.
The ventilation system is one of the three main components of an HVAC system. It is crucial for indoor air quality and comfort. In addition to the air filter, it should also include a steel mesh insect screen that keeps small insects from nesting in the fresh air duct. Lastly, it should have a non-return damper, which shuts the fresh air channel when the air conditioner is not in use.
The air return or chimney flue in an HVAC system marks the beginning of the ventilation cycle. This is the part of the dehumidifier ventilation system that filters air to keep indoor temperatures and humidity levels comfortable. Another part of the ventilation system is the exhaust outlet. The chimney flue or vent stack should be checked at least once a year to make sure that it is working properly.
Energy efficiency rating
If you are looking to purchase an air conditioner for your home, you should pay attention to the energy efficiency rating (SEER). The SEER rating is a measurement of how energy efficient an air conditioner is. Higher SEER ratings will save you money on your electricity bill. To find the SEER rating of an air conditioner, check its sticker. In 1992, the government mandated that central air conditioners must have a minimum SEER of 10. In 2006, the minimum SEER was raised to 13, and in certain parts of the country, the minimum was increased to 14. By 2023, the minimum rating will rise to 14.
The EER rating is most important to residents of the southern United States, as high temperatures are common during the summer months. This means that a high EER rating will help you understand how effective your air conditioner is on hot days. In contrast, EER ratings are not as important in the northern United States. In the south, however, summer days can reach 95 degrees, so a high SEER is important to find an air conditioner that can handle such high temperatures.
Considering how energy-efficient an air conditioner is will help you save money on utility bills and protect the environment. High-efficiency air conditioners can also improve your comfort. Look for the best EER rating for your home. By following the tips below, you should be able to choose the right air conditioning system for your home.
Modern A/C units are equipped with an Energy Guide label that tells you how much energy they use and how much they save in energy and utility bills. The EER is calculated by comparing the unit’s performance to the national average electricity cost. When buying an air conditioner, you can also compare the EER of a particular model with those of another brand.
In addition to the EER rating, you can also look for an ENERGY STAR-rated air conditioner. ENERGY STAR-rated units are made of higher-quality materials and have less impact on the environment. Split system and packaged air conditioners need an EER of 12 or higher to be ENERGY STAR-qualified.