Heat pump ENCO 16-1 split

Exemplary use of the air-water heat pump for central heating and domestic hot water

COP (A7 / W35) - 4.6

(according to EN 14511- 2007 )

Heat pump efficiency at air temperature of + 7 ° C and heated water temperature of + 35 ° C

COP

The coefficient that determines the efficiency of the heat pump operation is the COP. It is the ratio of the amount of heat obtained in the pump's condenser to the electricity consumed by the heat pump.

A COP of 4.6 means that from 1 kW of electricity, the heat pump produces 4.6 kW of heat energy in the form of hot water.

For example, when installing an electric water heater COP = 1, and when installing an ENCO 16-1 heat pump COP = 4.6 (according to EN 14511-2007)

The higher the COP coefficient, the pump works more efficiently and consumes less electricity.

COP standard

The COP standards define the conditions under which the heat pump has been tested. For example, according to EN 14511 - 2007, the pump draws in air at a temperature of + 7 ° C and heats the water to a temperature of + 35 ° C

COP comparison

In order to compare the COPs of different manufacturers of heat pumps for central heating and domestic hot water, it is necessary to compare them according to the same standard, for the same temperature of outside air and temperature of heated water. Eg. D la pumps c. About . and DHW n orm EN 14511 - 2007 (A 7 / W35) threads COP 4, 6 , and determines the temperatures. outdoor air 7 ° C and the temperature. p rehashed water 3 5 ° C, the standard EN 14511 - 2007 (A 2 / W35 ) gives a COP of 4.3 and determines the temperature of the outside air +2 ° C and the temperature of heated water 3-5 ° C 

The higher the outside air temperature and the lower the heated water temperature, the higher the COP will be.