Conditioned Air Company of Naples, LLC Blog: Archive for the ‘Air Conditioning Installation’ Category

Central Air Conditioning Vs. Room Air Conditioning: How To Choose

Tuesday, June 13th, 2017

Air conditioning is essential for comfort in Southwest Florida, and if you are considering adding a cooling system to your home, there are several options. Central air conditioning tends to be the most popular, because it cools the entire home, but it is also a significant investment. Room air conditioning, or window units, cost less initially, but they have some disadvantages.

Room Air Conditioning

Window units are easy to install and are a quick, inexpensive way to add cooling to one or more rooms, and each room can be set to a different temperature. Because they lack air ducts, there are no losses from leaks in the ductwork or missing insulation, which can increase energy usage significantly. They are far less efficient, however, than a properly-installed, well-maintained central air conditioning system, especially as multiple units are added to cool individual rooms. They also do not dehumidify as well as central air conditioning systems, making it feel hotter than it actually is in the humid climate of Southwest Florida.

Central Air Conditioning

Central air conditioning systems operate more efficiently than window units, and they are far better at removing moisture, making you feel cooler on a humid day. They also provide more even cooling, with air distributed from multiple ducts, rather than a single location. Central air conditioners also add to the value of your home, and are a wise investment, especially high-efficiency models that can reduce your long-term energy usage and utility costs. However, without a zoning system, the temperature cannot be adjusted independently in each room, and, if the air ducts are not maintained properly, energy could be lost through the ducts as the system ages.

For an area like Southwest Florida, where humidity is a major concern, a central air conditioner will tend to provide better comfort, especially if it has a zoning system to allow temperature adjustments in each room. The initial investment will be higher, however, though that can be earned back through lower energy costs.

 

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Air Conditioning Basics: A Quick Reference Guide

Tuesday, May 9th, 2017

Air conditioning systems are crucial to comfort in Southwest Florida, and whether you are installing a new system or having one repaired, it is a good idea to know a few air conditioning basics to simplify the process.

How an Air Conditioner Works

Refrigerant enters the evaporator coil indoors as a cool, low-pressure liquid, where it absorbs heat as a fan circulates indoor air over the coil. This boils the refrigerant, turning it into a gas. Exiting the evaporator, the refrigerant enters the compressor, which increases the pressure of the refrigerant, heating it further, and pumps it through the system.

The refrigerant then enters the condenser coil, where it loses heat and cools to a liquid, using a fan that blows outside air over the coils. Finally, the high-pressure, cool liquid flows through an expansion valve, reducing its pressure, and back into the evaporator to repeat the cycle.

Efficiency Rating

One of the most important air conditioning basics to learn about is the SEER or seasonal energy efficiency ratio. This number indicates how much energy is used by the system over a cooling season, with higher numbers indicating more efficient performance and lower cooling costs. Typical models have a SEER of 13 to 16, while the best have a SEER of 20 or above.

Size

The cooling capacity of a central air conditioner is typically rated in tons, or the ability of the system to remove 12,000 British thermal units, or BTUs, of heat per hour. A 5-ton system, for example, would remove 60,000 BTUs of heat. Smaller air conditioners, like window units, may be rated in BTUs alone.

Types

Central air systems feature a condenser unit, a single evaporator and a system of ducts to deliver air. Ductless systems have an evaporator and air handler in each room, connected to a single condenser, eliminating the ducts and simplifying installation. Heat pumps are similar to central air systems, but can be reversed to provide heat, as well.

For more information on air conditioning basics, contact our team at Conditioned Air today. We serve Southwest Florida, from Bradenton to Marco Island.

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How To Determine The Best A/C Equipment For Your Home

Tuesday, April 4th, 2017

If you are considering a new air conditioner for your Southwest Florida home, determining the best A/C equipment for your needs can be difficult. There are several types of systems, differences in cooling efficiency and a variety of features. Here are a few tips for determining the best A/C equipment for your home:

System Type

A conventional central air conditioner offers cooling only, with an outdoor condenser unit and an indoor air handler that delivers conditioned air though a system of ducts. A heat pump looks and operates similar to a central air conditioner, but it is reversible, allowing it to also provide heating. Ductless mini split systems feature an individual air handler for each room or zone, connected to an exterior condenser, and they are available with cooling only, or both cooling and heating. If you have ducts installed, either a central air conditioner or a heat pump would be a good choice. For homes without ducts or for a single room, a ductless system can be more cost-effective. If you require both heating and cooling, a heat pump or a ductless system would be the best choice.

Energy Efficiency

Air conditioners are classified by their SEER rating, or seasonal energy efficiency ratio. A higher number means greater energy efficiency, with systems typically ranging from 14 SEER to over 20. By paying a bit more initially for an efficient system, you can earn that money back over its lifetime through reduced cooling costs. For systems that offer heating, look for an HSPF, or heating seasonal performance factor, of higher than 8 for the best energy efficiency.

Features

Optional features like multiple-speed compressors and blower motors provide more consistent cooling and quieter operation. Zoning systems enable the temperature in each zone to be controlled independently, allowing you to reduce cooling in unused rooms and save money. Wi-Fi thermostats allow for easy programming and increased energy savings. Select a system with the features that are best for your needs and your budget.

Just contact Conditioned Air for all your options.

 

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Ductless Heating And Cooling: A Handy Reference

Tuesday, March 28th, 2017

In a conventional HVAC system, as much as 30 percent of the energy used for heating and cooling is wasted, due to leaking or inadequately-insulated ductwork. A better alternative, especially for homes without an existing HVAC system, may be a ductless heating and cooling system. By placing the air handler directly in the room to be heated or cooled, and eliminating the air ducts, a ductless heating and cooling system can be far more efficient and easier to install. Before installing a ductless system, there are a few things to consider.

Installation Process

Ductless or mini split systems consist of an outdoor condenser and compressor unit, one or more interior air handlers that contain and air filter, evaporator and fan, plus a conduit that connects the two halves. The air handlers are available in a variety of styles, including floor-level, wall and ceiling-mounted models, and a conduit containing the refrigerant and electrical lines connects each air handler to the condenser through a small 3 to 4-inch opening in a wall or ceiling. Ductless systems require minimal remodeling to install, and are perfect for homes or additions that lack a complete cooling and heating system.

SEER and HSPF Ratings

SEER stands for seasonal energy efficiency ratio, and represents the amount of electricity used for a cooling season. Ductless systems typically have a SEER from 16 to 20 or more, with higher ratings indicting greater efficiency. The HSPF, or heating seasonal performance factor, measures the electricity used for a heating season, with average systems receiving ratings of 7 to 8, and high-efficiency models receiving an 8 or above. By investing in a more efficient system, you will reduce your long-term utility costs.

Single or Multiple-Zone Systems

Some ductless heating and cooling systems serve one room or area only, while larger systems have an upgraded condenser and typically up to 5 air handlers to provide whole-home heating and cooling with independent temperature controls for each zone.

To learn more about ductless heating and cooling systems, talk to our team at Conditioned Air, serving Southwest Florida, including the Sarasota and Ft. Myers areas.

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What to Expect when Upgrading your AC Unit

Tuesday, February 7th, 2017

Now that the weather is a bit cooler in Southwest Florida, and the demand on your air conditioning system is lower, it is the perfect time to consider upgrading if your system is showing its age. Here are a few of the many benefits you can expect when upgrading your air conditioner:

Improved Energy Efficiency

Today’s air conditioning systems use much less energy than systems made even 10 or 15 years ago, which will significantly reduce the amount of money you spend cooling your home each month. The energy efficiency of an air conditioning system is represented by a rating known as its SEER, or seasonal energy efficiency ratio, with a higher number being the most efficient. Older systems could have a SEER of as low as 6 to 10, while today’s minimum is 13 SEER, and the most efficient systems earn ratings of 20 SEER or above.

Better Sizing Methods

Many older air conditioners were sized for a home using rough estimates based on square footage alone. This often lead to systems that were smaller, or, more often, larger than necessary, which results in inefficient operation and increased maintenance costs. Today’s professional HVAC technicians use a Manual J load calculation to properly size air conditioning and heating systems, which accounts for not only the size of the home, but also the number of rooms, the interior layout, the type of insulation, the number of occupants and many other factors. This results in a much more efficient and longer-lasting system installation.

New Technologies

Not only will upgrading your air conditioner result in better energy efficiency and lower cooling costs, but you will also be able to enjoy the latest technologies for improved comfort and convenience. Many of today’s most popular systems feature improved coil designs that cool more efficiently, variable speed compressors or fans that improve comfort, optional zoning systems that allow independent temperature adjustments in different areas, and optional WiFi thermostats that save energy and are easily programmed.

For more information about upgrading your air conditioner, talk to our team at Conditioned Air, serving the Naples and Sarasota areas.

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Maximizing Energy Efficiency with a Programmable Thermostat

Tuesday, January 24th, 2017

A programmable thermostat is a relativity inexpensive upgrade for your HVAC system that makes it easy to adjust the temperature of your home automatically according to your schedule. With the correct programmable thermostat settings, you can save over 10 percent on your cooling costs without sacrificing your comfort or changing your routine.

Setting Your Programmable Thermostat

When your home is unoccupied, keeping it cooled to your preferred temperature wastes money and energy while adding unnecessary wear and tear to your air conditioning system. By raising the temperature 5 to 10 degrees while you are at work or away, you can save significant amounts of money.

Then, by returning the temperature to normal about an hour or so before you come home (depending on how long it takes your air conditioner to respond), you can ensure that your home will be comfortable when you arrive. Similarly, you can increase the savings by raising the temperature a few degrees while you sleep.

During cooler weather, you can modify the programmable thermostat settings to only turn the system on during the hottest parts of the day, and use other forms of ventilation, such as open windows and fans, to cool your home inexpensively.

Types of Programmable Thermostats

Standard programmable thermostats use a simple display and a few buttons to enter your settings. They come in several varieties, including models with one program for the week and one for the weekend, versions that have a weekday program and two weekend programs, and models that feature one program for each day. Each program offers several set points, programmable by time and temperature.

More advanced models include Wi-Fi connectivity for easy programming from a local computer, or even from mobile devices over the internet, as well as features like:

  • Touchscreen displays
  • Real-time weather information
  • Ability to add occupancy or temperature sensors
  • Integration with home automation systems
  • Advanced self-programming capabilities

These programmable thermostats typically cost more, but are far easier to use.

For more information about choosing the best programmable thermostat settings, talk to our team at Conditioned Air today, serving the Southwest Florida area.

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How Ductless Air Conditioning Systems Save Energy

Tuesday, December 27th, 2016

Thanks to their simple installation process, ductless air conditioning systems are a popular way to add air conditioning to a home that lacks it, or to a new addition. With their unique designs and lack of energy-wasting ductwork, they are also extremely efficient. Here is how ductless air conditioning systems save energy and reduce your cooling costs.

Lack of Air Ducts

Typical central air conditioning systems use a series of independent air ducts to distribute the cooled air to each room. Even the most efficiently designed, well-insulated ducts will allow the conditioned air to warm slightly before it reaches its destination. As ductwork ages, it loses even more efficiency, with joints that leak conditioned air and insulation that becomes less effective or deteriorates over time. In the average air conditioning system, 30 to 40 percent of the energy used for cooling is wasted as air travels through the ductwork and either warms up or leaks out.

Ductless air conditioning systems feature an interior air handler consisting of an evaporator coil, fan and air filter, which is mounted directly in the room that requires cooling. Mounted outside, the other half features a condenser and compressor in one enclosure, and the two halves are connected through a small opening in the wall that carries the refrigerant lines, electrical cables and other components. By eliminating the ductwork, ductless air conditioners use 30 to 40 percent less energy than a traditional air conditioning system.

Optional Zoning

With ductless air conditioning systems, one or more air handlers can be added to a single compressor unit, with one air handler in each room that requires a cooling system. The temperature can be adjusted independently at each air handler, allowing some rooms to be cooler than others, or enabling you to completely shut off the cooling system in an unoccupied room. Compared to cooling systems with a single zone, this can save a significant amount of energy.

To learn more about how ductless air conditioning systems save energy, talk to our cooling experts at Conditioned Air. We serve Southwest Florida, including Ft. Myers, Naples, Cape Coral, Sarasota & Bradenton.

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What You Need to Know about Mini Split Air Conditioners

Tuesday, December 20th, 2016

Conventional air conditioning systems waste up to 40 percent of the energy they use through losses in the air duct system. By eliminating ducts, mini split air conditioners offer a more efficient alternative that’s easy to install in existing homes, new homes or additions. If you’re considering mini split air conditioners for your home, here are a few things you should know beforehand.

Installation Requirements

Mini split air conditioners are installed in two sections, an outdoor condenser unit and one or more interior air handlers that can be wall- or ceiling-mounted. The two halves are connected by refrigerant lines and electrical cables through a 4- to 6-inch opening, allowing a flexible installation in nearly any room with very little construction required. There are no ducts or vents to add, and the cool air is delivered directly where it’s needed.

Energy Efficiency

Because mini split systems eliminate the ductwork, they’re typically 30 to 40 percent more efficient than standard systems, resulting in significantly lower cooling costs.

Price

Mini split systems tend to cost up to 30 percent more than traditional air conditioning solutions, though the higher initial price can easily be earned back through long-term energy savings. They are also one of the most cost-effective ways to add cooling to an addition or to a home without air ducts, such as those heated by electric, hot water or steam systems.

Optional Zoning

Mini split air conditioners are available as single-zone systems, with a condenser unit and a single air handler, or as multiple-zone systems, with a condenser unit and several interior air handlers. With a multiple-zone system, an entire house can be cooled, with each zone having independent temperature controls. Cooling costs can then be reduced by keeping some areas at higher temperatures than frequently used rooms.

To learn more about mini split air conditioners, talk to our HVAC professionals at Conditioned Air, serving Southwest Florida.

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Upgrading? Tips for Choosing a Central Air Conditioning System

Tuesday, November 29th, 2016

Air conditioning is important in Southwest Florida, and if you’re getting ready to upgrade your system, it’s critical to find one that both falls within your budget and that is efficient enough to keep you comfortable without making your utility bills skyrocket. Here are a few tips for choosing a central air conditioning system that will meet you needs:

Consider Both Short and Long-Term Costs

When you’re choosing a central air conditioning system, it’s important to consider both the initial costs of buying and installing the system, and the long-terms costs of operating and maintaining it. An air conditioning system is a large investment, and while it may be tempting to choose a model with a lower initial price, chances are that its lower efficiency and reliability may wind up costing you more over the life of the system.

By upgrading to a more reliable and efficient system and paying a bit more up front, you can enjoy long-term energy savings, reduced maintenance and lower utility bills. Typical models have an energy efficiency rating of 13 or 14 SEER, while the most efficient models have SEER ratings of over 20 and can reduce your energy costs by up to 40 percent.

Size the System Properly

In the past, air conditioning systems were often sized by rough estimates and installers tended to oversize systems to improve comfort, leading to maintenance problems and reduced efficiency. For a system that both performs efficiently and cools effectively, it must be properly sized by an HVAC professional, using the appropriate Manual J procedures. This method takes into account more than just the size of the home, including the layout of the house, the number of rooms, the materials used, occupancy and other important factors.

Prepare Your Home

Another key to an efficient air conditioning system is the condition of your home. Have an energy audit performed to make sure your home and air ducts are properly sealed and insulated.

For more tips on choosing a central air conditioning system, talk to our HVAC professionals at Conditioned Air today.

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What is the Average Air Conditioner Life Span?

Tuesday, November 22nd, 2016

In Southwest Florida, air conditioning is vital to both your comfort and the value of your home. If you are selling your home, buying a home, or are simply curious about your current system, it’s good to know what the average air conditioner life span is and what can affect it.

Typical Air Conditioner Life Span

In general, you can expect an air conditioning system to last between 8 and 12 years with a reasonable amount of maintenance. If the system has had little or no maintenance, it may last a significantly shorter period of time. And with diligent maintenance, it may last the full 12 years or longer. As the air conditioner ages, however, it will begin to lose efficiency, costing more to operate not cooling as effectively.

Extending the Life of Your System

Routine maintenance is the key to keeping your air conditioner running efficiently and extending its life. The air filter should be replaced every few months to maintain your home’s air quality and to protect the system from damage. A clogged filter can restrict airflow and cause the system to overheat, harming sensitive components. The outdoor coils should be kept free of debris at all times, and the indoor coils should be cleaned at least annually. Finally, twice a year the entire system should be inspected and serviced by a professional.

When to Consider a Replacement

If your system is over 10 years old or is starting to have significant issues, such as compressor problems, refrigerant leaks or a failing blower motor, it may be time to consider a replacement. Newer models can be up to 40 percent more efficient, reducing your cooling costs significantly.

For more details about air conditioner life span, talk to our team at Conditioned Air. We serve Southwest Florida, including the Naples and Sarasota areas.

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