The coefficient of overall performance (COP) of any oxygen supply heating pump motor is actually a way of measuring how efficiently the high temperature pump motor transfers warmth from the outside oxygen towards the within a house. The greater the COP, the more effective the Air heat pump (Luftvärmepump).
The coefficient of efficiency (COP) of your oxygen source temperature pump:
●Atmosphere supply warmth pumps normally have a COP of 3 to 4, which means for every system of energy accustomed to work the temperature pump, 3 to 4 devices of warmth are moved to the property.
●This is certainly higher compared to the COP of most other warming systems, that makes air provider warmth pumps an exceptionally successful way to heat a home.
●In addition, oxygen-source heat pumping systems can also be used to great a residence in summer season by reversing the flow of refrigerants. This will make them an exceptionally versatile and successful method to maintain cozy inside temperatures all year round.
Periodic energy productivity rate and heating system in season efficiency aspect:
●The two most significant measures of any air conditioning unit or temperature pump’s efficiency would be the SEER, often known as the SEER or In season Electricity Efficiency Proportion, along with the HSPF.
●The SEER steps the cooling capacity of your unit even though the HSPF actions the warming performance.
●Both SEER and HSPF are measured by splitting up the amount of money or overall quantity of energy made use of by the system more than a year by the total level of power required to keep the specified temp.
●The better the SEER or HSPF, the greater productive the unit. When selecting a heat push, you should evaluate equally SEER and HSPF scores to ensure that you are getting the most beneficial system possible.
Verdict:
To conclude, the coefficient of performance (COP) is actually a measure of how efficiently the high temperature push moves temperature from the outside oxygen for the on the inside of a residence. When selecting an air conditioner or temperature pump, you should evaluate the two SEER and HSPF scores to ensure that you are becoming the most beneficial unit probable.