A heat pump is perhaps one of the finest innovations or tools of this modern age, used for cooling or heating a building, residential or otherwise. One might think of a heat pump as an air conditioner, but the function it performs is far more technologically advanced than a simple AC. Heat pumps, like the Stiebel Eltron heat pump, pumps out the heat from a cold area to make it even cooler, or to another area to make it hotter. It all depends on the season outside, and the temperature you want inside. A similar kind of technology is used in a refrigerator, but regarding technology, a heat pump is far more advanced.
There is a huge advantage of using heat pumps. An air conditioner or refrigerator emits harmful greenhouse gases that damage our ozone layer and overall atmospheric condition. But when you use a heat pump, no such gases are emitted, and you can contribute towards a zero emission planet, healthy enough to sustain human life for centuries to come. Other uses of heat pumps include heating water up to a temperature of 80 degrees. But the water heating feature is one of the least used features of a heat pump. Its primary function lies in its ability to heat or cool a room or area.
Let us now take a look at a few features of a heat pump and try and understand how it is beneficial:
• In the summer months, the pump extracts heat from a warm area to cool it down, or extracts cold air from a cooler area and pumps it out to a warm area with the same purpose.
• In the winter months, it pumps in hot air from the outside or a heated area and pumps it out into a cold area to warm it up and provide comfort to the inhabitants of a home or office.
• The pump can only work when the temperatures are within a positive range. The functions start to decrease in potency when the temperature goes below the freezing point. Some pumps have the ability to work in extremely cold conditions, but these still require the temperature to be above the freezing point.
• The main components of a heat pump are two coils – one on the inside, the other on the outside. The outer coil extracts heat from the outside or an already heated area. The inner coil pumps the hot air out into a heating system.
• Both the coils mentioned above have a refrigerant, which helps in the absorption or the release of heat from or into the air inside the coils.
• The durability of heat pumps is off the charts. While air conditioners only last for five to six years, some heat pump models have been known to function accurately for well over twenty to twenty-five years.
• A heat pump’s efficiency is measured by units of heat produced for every unit of electricity. The higher the heat units, the better will be the heat pumps performance and energy efficiency.
• The refrigerant being used in the heat pumps is isobutane. Isobutane is not harmful to the ecosystem as it does not produce any greenhouse gases.
So, if you are convinced after reading about the features, get a heat pump for your home or office today.
