When it comes to heat pumps, there are two different ratings you’ll often see – the SEER and the HSPF. So, what does each of them mean and which rating is more important when purchasing your new heat pump in Springfield? Here are a few things to consider:
SEER
The acronym SEER is short for “seasonal energy efficiency rating” and is used most commonly to measure air conditioner efficiency or in this case, the cooling capacity of your heat pump.
HSPF
The HSPF is short for “heating seasonal performance factor” and is a measurement of how efficient the heat pump is in producing heat during the cooler months of the year.
The Difference Between the Two
Every heat pump will have both of these ratings, allowing you to see how efficient each is. This is important because you need to know for certain how well your heat pump will perform under certain situations – both in the winter and summer.
However, if you live in a colder climate where the summer rarely calls for air conditioner, your focus should be on the HSPF first. And if you live in a warmer climate where your heating needs are minimal, the SEER is most important. Another thing to consider is your supplemental heat. If the cost of your supplemental heating system is high, you’ll want an HSPF that is as low as possible to balance it out.
Choosing an Efficient Heat Pump
Heat pump efficiency directly impacts the price of the device you purchase but is almost always worth the difference. The key is to find a device that provides what you need based on where you live. Keep in mind as well that, like most HVAC upgrades, you won’t immediately recoup the cost of the device in your energy savings, so if you plan on moving soon, you should purchase a more affordable device now and upgrade later.
Purchasing a heat pump is an important step in making your home more energy efficient. If you are unsure which rating you need or how to analyze their meanings, contact a Springfield heat pump professional, like Cool It Heating & Air Conditioning, to learn more.



Your heat pump has quite a few components that work with the refrigerant to transfer it from one state to another. The compressor, as the name suggests, compresses the refrigerant to its liquid state. The liquid then runs through the expansion valve to the evaporator coils, where it expands into a gas. Refrigerant evaporates at a much lower temperature than water so it rapidly moves from one state to another, drawing heat from the surrounding environment.
Outdoor Cleaning – You need to make sure that your outdoor unit is clean and clear of debris before you turn on your AC. Brush off any leaves and check under the cover to clear out anything that might have gotten beneath it. You should also take a look at the supply registers to make sure they are clear. It is also a good idea to replace your air filters.
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