Get the Most Efficient AC Unit with Pasterkamp

One of the easiest ways you can save money every month is to make sure that your AC unit is working efficiently. If you have an old AC unit it may need to be repaired or replaced to cool your house effectively. If it isn’t you might be paying more than you need to every month and your home might not be as cool as it could be. At Pasterkamp our team of technicians will repair or replace your Denver Air Conditioner, saving you money and keeping you cool! If you decide to get a new AC unit our professionals will help you choose the most efficient size for your home.

New AC? 5 Top Factors for Sizing Up Your Needs

To make sure that you’re cooling your house as efficiently as possible, why not call in a pro who can weigh some key considerations and come up with the right size AC unit for your home?

Do you find yourself raising your eyebrows at higher-than-normal energy bills? If your old air-conditioning system seems to be costing more to operate than it did summers past, yet your home still isn’t quite comfortably cool, it may be time to think about investing in a newer system. (A few other red flags that your AC system may be nearing the end of its useful life: increased humidity in your house, banging or other noises coming from your system during operation, and increasing repair costs.)

Even if your old system seems to be humming right along, it may be worth a review. The U.S. Department of Energy’s Energy Star division recommends having HVAC systems that are 10 years old or older professionally checked to assess their efficiency. Today’s new air-conditioning systems offer much more efficient cooling power than ever before—so long as you select the right size to meet your home’s needs.

First, Understanding AC Measurements
Air-conditioning systems are rated by the seasonal energy-efficiency rating (SEER) and measured by tonnage. The SEER rating indicates how energy efficient the unit is—the higher the SEER rating, the more efficient the unit. Tonnage, meanwhile, indicates the operational size of the unit. A single AC ton is equivalent to 12,000 Btu per hour (Btu/h), or approximately the amount of coolness emitted by 1 ton of ice melting over the course of one day. An average 2,500-square-foot home might require a 3.5- to 4.5-ton unit, but there are many variables, and getting the tonnage exactly right is vital to both controlling cooling costs and maintaining comfort.

1. House Size
Your home’s size offers a good starting point for determining cooling needs. During the initial home analysis, Sears Home Service professionals will not only measure your home’s square footage, but they will also measure the height of your ceilings to determine your home’s cubic foot volume. A home with high, vaulted ceilings requires more cooling power than a home with standard 8-foot ceilings.

House style is also an important factor. A two-story home and a ranch-style home may have similar square footage, but their cooling needs will differ for a variety of reasons, including the fact that the ranch home could have twice as much roof as the two-story house.

2. Location
“A house in Colorado will have different cooling needs than a similar-size house in Texas or Florida,” Lincon advises. Typically, houses located in hot and humid climates require larger AC systems than houses in cooler, drier regions.

And while the prevailing climate in your geographical region is a major component of “location,” the term also encompasses considerations specific to your property: Is your yard full of large trees that offer midday shade? Does your house lack any protection from the harsh rays of the sun? How is your house oriented toward the sun?
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