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SEER rating is the method used to describe the efficiency of a particular equipment system.  SEER stands for "Seasonal Energy Efficiency Ratio".  Today’s systems typically range from 10.00 SEER to 18.00 SEER.  If your current system is 10-15 years old, it could range from 6.0 SEER to 10.00 SEER.  At the time it was installed, 10.00 SEER was considered "High Efficiency".  Today, with all the focus on conservation and energy savings, that "High Efficiency 10.00 SEER' from 10-15 years ago is growing obsolete.  If you have a 10.00 SEER system and upgrade to a 14.00 SEER system your utility savings would pay for the equipment price in less than two years.

 

If you have a 6.0 SEER, and you installed a 12.00 SEER or 13.00 SEER system, you would cut you’re A/C power consumption in half in many cases the central air system represents the largest draw on power in your home and any improvement is a wise decision.

 

Today’s systems are very advanced as you move up in the efficiency range.  They cost a bit more at purchase, but the energy savings -vs.- dollars spent is quickly recovered.

 

The following are some energy saving measures.

 

            Seal all windows in your home

            Consider dual pane insulated windows

            Insulate to a R-30 factor in your attic

            Seal the current duct system in you home  

Install ceiling fans throughout your home

            Change your filter monthly for a clean system

Keep your units serviced.  Maintenance agreements are available and should be done in the Spring and Fall of each year.

 

These are just a few ideas that are proven to work.  Common sense should prevail in regards to maintaining your unit.  For a nominal fee you can purchase one of our maintenance agreements, it would be a wise decision.  It could mean the difference between your unit lasting only 8 years or lasting 20 years..



Coil Maintenance is Key to Savings

Clean coils have significant advantages.  A few are:

  • Energy cost savings.  Dirty coils cost as much as 37% more than well-maintained coils.  Dirty coils provide inadequate heat transfer, which causes higher discharge pressures and  leads to increased electricity cost.
  • Peak operating efficiency.  Higher head pressure can result in a loss of up to 30% of system cooling capacity.  This is most noticeable on hot days when cooling capacity is critical.










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