Choosing the best air conditioning appliance for your home is one of the biggest decisions you may face with regard to home appliances. Nearly every home owner would rather have an power effective dish washer, clothes washer, and dryer. But what about when choosing between a heat pump versus air conditioner? The high price of home power usage and increased environmental concerns are resulting in home owners searching for the most effective yet affordable appliance.
The name "heat pump" is somewhat misleading to most consumers, since it indeed provides both heating and cooling in homes. When heating a home, a heat-pump collects warmth from the ground, air, and water in order to change this heat to the building. While a heat pump is in cooling mode, it simply removes hot air from inside of a home and sends it back outdoors. Essentially, a heat pump does the same thing all year round, but it simply transfers the heat in a distinct direction depending on the season. Air conditioners and heat-pumps in cooling mode are both given a seasonal power efficiency rating (also known as Seer), which allows customers to know how much power each appliance will use. According to the seasonal power efficiency rating, a high estimate means lower power consumption.
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In hot climates a high seasonal power efficiency rating is vital in order to efficiently sell out the temperature inside of a home. In increasing to being given a Seer rating, heat pumps are also given an power consumption rating on the heating seasonal doing factor (also known as Hspf) scale. The heating seasonal doing factor indicates how much power is used by a heat-pump while it is in heating mode. Heat pumps have coils outside, which in turn collect ice during winter. Burners are then used by the heat pumps to melt ice and push warm air into your home. This means that in cold climates, heat pumps can use more power to heat a home.
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On the other hand, air conditioning systems cool indoor air by evaporating a refrigerant, such as Freon. Coils are inside of the home for cold air, and exterior of the home for hot air. Air conditioning units consist of compressors which transform Freon from its customary state into a hot gas. This gas travels straight through air conditioning coils, loses heat and turns from a gas into a liquid. Once liquefied, it passes straight through a valve and evaporates into cold gas. When this gas enters the coils indoors, the coils suck up indoor heat. The result is a cooled indoor air. Home air conditioners use the Seer efficiency rating as well, so customers can be aware of their power consumption. Large commercial air conditioning units often use the power efficiency ratio (or Eer) to portion efficiency. A higher Eer indicates a more effective appliance.
Air conditioners are a bit less power effective when cooling down a construction than heat-pumps are. However, heat-pumps are only power effective above 40 degrees. If the temperature is lower, a furnace is ordinarily required for heating purposes. The most effective appliance finally depends on which atmosphere you live in.
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