Although heat is in the name, you can use a heat pump for air conditioning. It works by transferring heat instead of creating it (unlike furnaces) which is why it also is used as a two way system. It's true that heat pumps can be very efficient, although most air conditioners are similar in terms of their efficiency. Just look at these two top of the line cooling systems from Lennox.
XC25 Air Conditioner
up to 26 SEER
ENERGY STAR® Qualified
XP25 Heat Pump
up to 23.5 SEER
up to 10.2 HSPF
ENERGY STAR® Qualified
What is SEER and HSPF?
SEER is an efficiency guideline for ACs, and the bigger the number, the more efficient it is. The difference between 23.5 and 26 is not crazy though, and the efficiency varies depending on the model. On the other hand, HSPF is a different standard that stands for "heating seasonal performance factor" and is designed to grade heat pumps. It tells you how efficient the equipment is at heating. You can tell from these examples by looking at the SEER rating, air conditioners are about equal, if not even better depending on the AC you choose. The biggest difference between the two is that heat pumps can also add warmth to your home while an AC cannot.
Does climate matter for heat pumps?
Heat pumps are more effective in hotter climates with mild winters, save for some integrated systems that use heat pumps as backups or auxiliary, such as with a geothermal system. We encourage you to consult with a NATE certified HVAC technician who has experience in your city before deciding on a heat pump. If the equipment just isn't right for your home, you could have unnecessarily high electric bills. Once the temperature drops too low, it's much harder for the heat pump to draw heat out of the air and it may never warm your home to the temperature you set. This means you may unknowingly begin running your heat pump non-stop or switching on emergency heat 24/7 during cold snaps which drives your energy consumption way up.
How does a heat pump compare with a furnace?
A furnace is a stronger heating system
and is critical for certain cooler climates. That’s because a heat pump has trouble when the temperature hits about 40 degrees Fahrenheit (4.4 degrees Celsius. As odd as it may seem, during cold weather, a heat pump is intended to pull heat from the outdoors and use it to raise the temperature of the inside air. Just because the air outside feels cold, there is still a sufficient amount of heat for the heat pump to function well, but in exceptionally cold climates there is not sufficient heat available outside to heat the air inside to high enough temperatures needed to keep warm. So while a heat pump may work perfectly during the heating season for someone in Daytona Beach, someone living in upstate New York with a heat pump would likely also need a furnace for the more extreme temperatures. If you don’t have a furnace that kicks in when the freezing temperatures hit, the heat pump can run for hours trying to keep your home warm enough.
How to achieve maximum efficiency with your heat pump
In some areas, heat pumps can be used with geothermal systems, and the heating source is better for the environment as it is not burning fossil fuels and, instead, uses the Earth’s native temperature to heat and cool. This is a fantastic alternative for particular northern regions, but extra land must be available in order to install the correct piping for a geothermal system.
When it comes to home comfort, you probably didn’t need anything else to think about; but, remember, it’s important to consider the pros and cons of each heating and cooling system so you don’t end up purchasing a system that shuts down when extreme temperatures hit, or investing in two systems when one would suffice.
If you can’t decide which system would best fit your needs, call Jack Nelson Service Experts to schedule
a complimentary in-home quote. We are here to answer any and all of your questions to ensure you make the right choice for your home.