Well, consider that your freezer is very cold, but it is still able to transfer heat from the cold inside environment to the coils in the back. There is still heat energy in cold environments. The temperatures would have to be very cold for this process not to work. Learn more about the refrigeration cycle and how air conditioners work. The best way to tell if you have a heat pump or air conditioner is by checking the manufacturer sticker on the side of your outdoor unit.
Once you are back inside, enter the number into your internet search engine. The results will tell you what kind of system you have plus a lot of other information. So, which type of HVAC system is right for your home, an air conditioner and furnace or a heat pump that can both heat and cool your home? Even though heat pumps can absorb heat from cold environments, when temperatures drop below freezing it can be very inefficient.
That is why most heat pumps work in conjunction with a furnace to provide efficient heating in the winter months. In areas with mild winters, however, a heat pump may be all you need. An air conditioner produces heat in order to provide cooling. A heat pump works instead by transferring heat from the air back and forth, from inside your home to the outside without producing heat, thus using less energy.
In fact, a heat pump generates four times the energy that it consumes. This is accomplished using refrigerant that is pumped through refrigerant lines that when in a gaseous state absorbs the heat within your house. The cooling process is completed when the gas continues to the compressor where it is subjected to high-pressure and releases the heat while being turned back to its liquid state.
When you want to heat your home with the heat pump, you simply switch to the heating mode. This reverses the direction in which the refrigerant flows through the system. Heat energy is then drawn from the air outdoors and transferred into your home. This is where many people become confused because even at temperatures in the mids through mids heat energy is still present in the air.
We know choosing a new system to cool your home can be a difficult decision. Either way, you really cannot go wrong whether you choose one of our high-efficiency Bryant central air conditioners or a Bryant heat pump. Both systems transfer or pump heat from inside to the outside to cool your home.
The biggest difference between the two is that central air conditioning systems do not reverse their direction and transfer heat from outside your home. These units rely on a furnace for heat production. Although traditional air conditioning and heat pumps differ, they both operate to regulate inside air temperatures. Both systems use a compressor to compress refrigerant. Subsequently, a fan or blower forces the air into your home. They may not be as effective as a traditional furnace.
Central air conditioning is similar to your refrigerator. It absorbs the heat from the air that passes over the coils, which results in cooler air within your home. As a result, your home may not experience the temperature fluctuations or drafts that occur when a central AC cycles off. Heat pumps can also remove excess moisture from the air, making them an excellent choice in our humid climate. A central air conditioner generally lasts longer than a heat pump, making it a more durable option for those who want to keep their costs under control.
Central air conditioning systems combined with a furnace work better in colder climates. If the temperatures do drop below freezing, the heat pump may actually run less efficiently, or might not be to maintain indoor comfort at all. At Byrd Heating and Air Conditioning, we offer many cooling system options to our clients, so contact us to find out more at Image provided by Shutterstock. Must present coupon at time of service. Offers cannot be combined.
Call Byrd Heating and Air Conditioning for complete details. Limited time offer.
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