Posts Tagged ‘Eagle Lake’

Town n Country Heat Pump Question: Do Heat Pumps Work for Air Conditioning?

Monday, March 26th, 2012

It’s possible that in the course of your search for a new Town n Country air conditioning system, you read or were told about heat pumps. Doesn’t sound right, does it – heat pumps providing cooling for your home? Regardless of the seeming misnomer, heat pumps are actually much older and more reliable cooling technology than you know. And once you understand how these units work, the name makes much more sense.

What Is a Heat Pump?

Technically every refrigerant containing air conditioner is some form of heat pump. A heat pump is a device that removes heat from one area and transfers it to another. So, in the case of your air conditioner, warm air cycles into the condenser, the heat is removed, and the cooled air is circulated back through your home. The actual science behind this is slightly more complicated, but the gist is simple – cold air isn’t produced and then pumped into your home; warm air is removed.

Your refrigerator and freezer operate under the same principle. It works so well that it’s been a standard technology for nearly 100 years, albeit with quite a few upgrades and enhancements. So, if an air conditioner already is a heat pump, why are these devices called something different? Because heat pumps can do so much more.

Heat Producing Heat Pumps

A true heat pump can work in two directions. It can extract heat from your home or it can extract heat from outside and pump it into your home. A true heat pump offers year round climate control because it both heats and cools – not too shabby if you think about the cost of a furnace and central AC system.

So, back to the main question – should you purchase a heat pump for your Town n Country air conditioning needs? The short answer is “it depends”. For the most part, a heat pump is comparable to the same air conditioning model in terms of energy efficiency and capacity. The major difference is its ability to heat your home. So, if you are interested in ditching the furnace or boiler, it may be a great upgrade. If not, a standard air conditioner can get the job done equally well.

For more information about how a heat pump can work in your home, give Air National Heating & Air Conditioning a call today!

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Carollwood Air Conditioning Installation Guide: Pre-installation Checklist

Wednesday, February 29th, 2012

A good central air conditioner is a huge upgrade for most Carollwood homeowners. If you’ve been using window units for the last few years or have an older central unit that simply doesn’t get the job done any longer, a brand new central unit will feel incredible. But, before you run out and hire someone to install your new central air conditioner, there are a few things to remember.

  • Space – Make sure you have enough space for both the outdoor unit and the indoor evaporator coils.  If space is limited, there are smaller units that will use less and still provide a decent amount of cooling.
  • Supply Registers – Make sure there are enough registers in your home, in the rooms where you need the cooled air. Insufficient depositing of cooled air won’t keep you cool and will run up your energy bill.
  • Ducting – Check the duct work and make sure it can support an air conditioning system. Seal up any ducts leading into spaces you don’t want cooled like the attic or the basement.
  • Condensing Unit – Clear away a space outside where your condensing unit will be placed. It should be clear of debris and be easy to maintain throughout the year, even in the winter when snow might block it in. It should also be easy to access for installation and annual maintenance.
  • Sizing – When you call a professional, they should properly size your home and match it to a central air conditioner that fits your needs. Something too small won’t provide the level of cooling you need and something too large will cycle on and off frequently, costing you more money and putting unnecessary stress on the machine.

If you’re ready for a central air conditioner and want to start the processor, call Air National to help you go through each of these issues and make sure your Carollwood home is ready for the new device. Once you’ve done that, you can select a model and have it installed.

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Why AFUE Ratings Matter When Installing a New Furnace in Your Tampa Home

Wednesday, December 28th, 2011

When you are in the market for a new furnace for your Tampa home, there are several reasons you should pay attention to the annual fuel utilization efficiency (AFUE) rating. All newer model furnaces get an AFUE percentage, which measures how much fuel a particular model converts into heat. Furnaces with higher AFUE ratings are more efficient, but the size and type of furnace will also factor into how much you’ll save on energy costs.

Understanding the AFUE Ratio

The minimum AFUE rating for new furnaces is 78%. This means that seventy-eight percent of the fuel is turned into heat, and the remaining percentage is lost either through poor insulation, air leaks, or the ventilation system in the home. Because there’s no heat loss through a chimney flue, some all-electric furnaces can have an AFUE rating as high as 98%. However, if the cost of electricity used to meet your normal heating needs is higher than the efficiency savings, you may want to consider other options. Talk to a qualified HVAC contractor for advice about the most cost-efficient heater for your home.

Furnace Efficiency Features

Furnaces manufactured 15-20 years ago have significantly lower AFUE ratings (between 55%-70% for most older models) because they are typically single-stage, or single-speed systems. Single-stage furnaces are less efficient because they are designed to cycle on at full capacity and shut off when the desired temperature is met.  Newer, two-speed models have a second setting that runs consistently at a lower speed, which saves energy by burning less fuel. Multispeed furnaces that have variable-speed blowers are the most efficient because they operate at various levels and automatically adjust to the thermostat to maintain a constant temperature.

If you look at the AFUE ratings for multispeed and variable-speed furnaces, the ratios should be above 80%. Keep in mind that this only determines the efficiency levels for the furnace itself. You’ll need to factor in whether or not your home has proper insulation and other upgrades, such as double-paned windows and doors.

Call Air National to speak with one of our qualified HVAC technicians about a furnace upgrade for your Tampa home.

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Basic HVAC Terminology: Some Tips From Palm Harbor

Wednesday, September 7th, 2011

Ever try to look up basic information about your heating and air conditioning systems in Palm Harbor? There are dozens of terms that might as well be Greek for all you know – a mishmash of words and phrases talking about energy efficiency and air flow ratios. To make your next upgrade a little easier and give you a baseline with which to work, here are a few of the most common HVAC terms you’ll hear in the industry:

  • AFUE (Annual Fuel Utilization Efficiency): This is a simple measurement of how much fuel a furnace converts into actual heat in your home. So, if a furnace converts 92% of the fuel it consumes into heat, it has an AFUE rating of 92.
  • Watts: A single watt is a measurement of electricity. Commonly, your electricity use is assured in kilowatts or kilowatt hours (kWh).
  • BTU (British Thermal Unit): A BTU is a common measurement of how much energy is produced or consumed by an appliance. When referring to an air conditioner, one ‘ton’ refers to 12,000 BTUs.
  • SEER/EER: Seasonal Energy Efficiency Ratio refers to how many BTUs can be produced with a single Watt of electricity per hour. So, an air conditioner with an SEER of 14 can produce 14 BTUs of cooling per watt consumed each hour.
  • HSPF ( Heating Seasonal Performance Factor): Refers to the efficiency of the heating elements in your heat pump.
  • COP (Coefficient of Performance): A measurement of how effective your heat pump is at heating a space compared to standard electrical resistance heat. The lower the temperature gets outside, the lower the COP will be. Equipment is usually measured for COP at 47 and 17 degrees to give an idea of seasonal performance of a new heat pump.
  • Refrigerant: Refrigerant is any gas that is used to draw heat from the air in a particular environment through an air conditioner or heat pump. It has a much lower boiling point than water, allowing it to cool despite the temperature outside. Currently, most equipment uses R-22 refrigerant while the new standard will be R-410A (Puron), legally required in all cooling units by 2020.
  • CFM (Cubic Feet per Minute): Used to measure the volume of air passed through an air handler by an air conditioner or furnace.

There are a number of complicated details to keep track of when choosing a new air conditioner or furnace. To ensure you get the very best out of your system, read up on these details in advance – you’ll feel a heck of a lot smarter when you call.

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Old Equipment You Really Shouldn’t Keep: A Tip From Clearwater

Friday, August 12th, 2011

When you move into an existing home, in Clearwater or anywhere else, there are many pieces of equipment that you may not want to keep. Some of them are just old and poor quality, while others cost you a lot of money and others still may be dangerous to you or your children. Before you settle into your space, make sure you have every one of your systems checked thoroughly for potential problems including inefficient heating, dangerous parts or environmentally unfriendly components.

Energy Cost

Number one on your list should be the cost of the energy needed to run your HVAC equipment. Furnaces and air conditioners in particular have become much more energy efficient in the last 10 years so older systems routinely cost much more money to operate than new ones. That doesn’t mean you should immediately rush out to replace your old furnace, but if it isn’t working properly or it’s costing you more money than you’d like, the cost benefit of a new system is often worth checking into.

Other things to check include your insulation, your air quality system, your ventilation system and anything used to heat or cool food in the kitchen – all of which may be less efficient than you might like.

Ozone Depleting Refrigerants

Older appliances like air conditioners may still use ozone depleting refrigerants that are no longer considered safe (or in some cases legal) for home use. If this is the case, not only does your system probably have a very low SEER rating, it likely isn’t good for the environment or your own health. So, have your system replaced as soon as possible to avoid potentially negative side effects.

Dangerous Equipment

Finally, there are those pieces of equipment that are dangerous. If you find that your furnace has rust around the edges, your gas lines are kinked, or you have a dangerously out of date heat pump in your backyard, it may be time for some replacements. In general, these systems will last for years longer than they are considered safe and while you probably cannot buy a house without a working and safe furnace and air conditioner, you should still have them inspected carefully and replaced as soon as possible if you suspect problems.

Good HVAC equipment is hard to come by – if your home has it already, you’re in luck, but if you happen to move into a place with poor quality materials and equipment, have it replaced as soon as possible. Your health and wallet will both benefit greatly.

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Looking at Moving to a New House: What to Look for in HVAC and Plumbing

Wednesday, July 27th, 2011

What are the Minimum Efficiency and Maximum Age of a Furnace?

Most homeowners overlook simple things like the maintenance and age of their furnace. However, if you know exactly what your furnace should do and how long it should last, you’ll be better prepared to setup your maintenance visits and start looking for a new model. So, how do you tell what your furnace should provide? Here are some easy tips.

The AFUE Rating

Furnaces built in the last 20 years come with an AFUE rating that tells you how much of the fuel they consume is effectively converted into heat. If your home’s furnace has an AFUE of 80% that means it will effectively convert 80% of the fuel it consumes into heat. However, if your furnace has an AFUE of 98% it will convert 98% of the fuel it consumes into heat.

These ratings are designed to show you what to expect from your system from month to month. If the furnace suddenly starts using far more energy and produces the same amount of heat, you know that the AFUE is no longer accurate. It’s either a sign of a problem or that your furnace needs to be replaced.

Maximum Age

No manufacturer likes to give a maximum age for their furnaces because they can last for much longer than originally rated in many cases. However, most furnaces will come with at least a 10 year limited warranty for the heat exchanger and a 10 year limited warranty for the parts. So, if you take good care of your system, they expect it to last at least 10 years.

However, if you maintain your system annually, check the filters throughout the winter and don’t push it too hard when it gets cold out, your system could last even longer than the limited warranty, allowing you to enjoy an efficient furnace for years to come.

Moving In

While you’ll have your new home inspected, a working furnace doesn’t necessarily mean a good furnace. Make sure to learn just how old the furnace is, how much maintenance it needs, and the level of efficiency you can expect. It may be in your best interest to simply have it replaced now and start saving on your energy bill immediately instead of two or three years down the road as it continues to get worse.

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WaterSense Label

Monday, May 30th, 2011

Many people know about the EPA’s EnergyStar certification, which is a third-party certification system that verifies manufacturers’ claims about the energy efficiency of home appliances. The EnergyStar label has helped hundreds of thousands of consumers choose high-efficiency, cost-effective appliances for their homes.

The EPA has also developed a certification for plumbing fixtures, called WaterSense. WaterSense labels can be found on a variety of products, including:

  • Bathroom sink faucets and accessories
  • Showerheads
  • Toilets

While there are specific guidelines for each category of plumbing fixture, in general, the WaterSense label indicates that the product is at least 20% more efficient than conventional products in its category, without sacrificing performance or comfort.

The goal of the WaterSense guidelines is to make a real difference in the amount of water consumed in the U.S.  - and the numbers bear this out. Let’s take a look at what would happen if every household in the US installed WaterSense products in their bathrooms.

If every household in the U.S. installed WaterSense bathroom sink faucets, it would save 60 billion gallons of water and $600 million in water heating costs. If every U.S. household put in WaterSense showerheads, the US would use 250 fewer billion gallons of water annually and save $2.5 billion in water heating costs. And if every household in the US upgraded to a new, efficient WaterSense toilet, it would save 640 billion gallons of water a year.

More realistically, even if only 1 in 10 U.S. households upgraded to WaterSense products, we would save about 74 billion gallons of water a year and $1.5 billion on our water heating bills.

Like EPA EnergyStar products, WaterSense products can be found at most plumbing retailers.

The WaterSense label can also be applied to entire homes. Homes that have the WaterSense label have:

  • Efficient hot water systems that deliver hot water quickly to minimize waste and waiting
  • WaterSense plumbing fixtures
  • EnergyStar dishwashers and clothes washers
  • Regionally appropriate outdoor landscaping that requires minimal maintenance and watering

In addition, landscaping professionals can apply for WaterSense certification to show that they have training in water-efficient irrigation system design, installation, maintenance, and auditing.

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How to Use AC Most Efficiently

Friday, May 27th, 2011

Air conditioning is definitely something most of us wouldn’t want to try and get through the summer without. And for a lot of people, because of medical or other conditions, it’s an absolute necessity. But just because you need to run your AC unit all summer doesn’t mean you need to suffer under the weight of astronomical cooling costs.

So if you’re interested in ways to save on cooling without sacrificing comfort, here are a few tips to get you started:

  • Get a Programmable Thermostat : When you come home at the end of a long day, you want your home to be cool and comfortable. But if you only have a basic thermostat, you would have to leave your air conditioning on all day in order to make this possible. Paying to cool an empty house is probably the last thing you want to do. But what is the alternative?Programmable thermostats offer the best solution in a case like this. These devices can be easily integrated into just about any home air conditioning system and they allow you to set different temperatures for different times of the day. That means you can have your air conditioning off while you’re not home and set it to come on a half hour or so before you get there. This way, you get the pleasure of walking into a cool, comfortable house without paying extra to keep it that way when you’re not home.
  • Incorporate Passive Cooling : The design of your home and how you use it can also have an effect on how hard your air conditioning system needs to work. Taking steps as simple as closing the blinds to block out the afternoon sun, putting up awnings and making sure that the exterior of your home is painted a lighter color to reflect sunlight rather than a darker one that will absorb it are all excellent ways to reduce the load on your air conditioner.
  • Supplement Your System : You can also take a good chunk out of your cooling bills by using things like ceiling fans in conjunction with your air conditioner. A ceiling fan can effectively lower the indoor temperature several degrees on its own, allowing you to set your thermostat a little higher.

Air conditioning is a major expense that most of us are resigned to paying, but there’s no reason to pay more than necessary with so many strategies available to save money.

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What Are the Benefits of Having a Ceiling Fan?

Monday, April 25th, 2011

There are definitely some days every year that would be pretty miserable to get through without the benefit of a central air conditioning system in your home. And since you have a central air conditioning system in place, it may seem silly and unnecessary to think about having ceiling fans put in as well. There are actually quite a few benefits of having ceiling fans, however, regardless of what kind of central air conditioning system you have or how powerful it is.

Ceiling fans are not too expensive to put in and they take very little energy to run. But the breeze they produce can have a powerful cooling effect on a room. In fact, running a ceiling fan can make you feel up to eight degrees cooler than you would otherwise.

While this certainly is not enough on a really hot day, it can actually be plenty when the weather is not all that hot. But even if you have your central air conditioning turned on, you can still benefit from running your ceiling fan. That is because the cooling effect of the ceiling fan can allow you to turn up the thermostat for your air conditioner, resulting in a considerable savings on your cooling bill.

Because ceiling fans are so cheap to run, they can complement central air conditioning systems nicely and will provide significant savings over time. Running an air conditioning system alone can certainly keep you cool and comfortable all summer long, but it will also cost you considerably more than if you were to throw a ceiling fan into the mix as well.

And that is not all a ceiling fan can do to help you stay comfortable all year long. In fact, ceiling fans can also be of use in the winter because they help to return the warmer air to the lower parts of your rooms. Warmer air will naturally rise, meaning that your heating system will have to work harder and harder to keep the air in the lower part of your room warm. But with a ceiling fan in place, that warmer air will be re-circulated throughout the house to keep you warmer and help keep your energy bills down at the same time.

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