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Description	Transfers heat from the outside to the inside of a building, or vice versa. Can be used for full central and water heating of a property when applied successfully.
Advantages	Efficient in producing heat Cheaper than oil boilers and gas boilers. Potential to be automated Requires no additional fuel No dangerous refrigerant gasses No ground loop heat exchanger required
Disadvantages	Cannot harness ground heat when hotter than ambient air fan based system results in noise
Characteristic features
Application barriers	Ground Source Heat Pumps are often taken in more versatile climates as they are more consistent.
Information sources	Source Source Source Source
Image
Trade:

Parameter	Minimal Value	Maximal Value	Unit
Dimensions		1	W/D/H in mm
Weight	100	250	kg
COP	1	4,5
COP Annual Degradation Rate	0,3		%
Permitted Operating Temperature	1,22	5	°C
Heating Capacity	3	34	kW
EER	44
Cooling capacity	5	14	kW
Heat Transfer Nominal Flow	50	150	m3/h
Pressure Level	3	0,3	MPa
Sound Power Level	40	70	dBA
Type of Refrigerant	Reverse-cycle air conditioner
CO Emission	0.8		ppm
NOX Emission	12		ppm
Investment Cost	7000		€/kW
Operating Cost	0,1687		€/kW
Replacement Cost	5000		€/year
Life Expectancy	25		years

Deterioration	Description
Causes
Parameter
Degradation Rate
Measurement

The Design4Energy project aims to address evolutionary life-cycle evolutionary design methodology able to create energy-efficient buildings flexibly connected with the neighbourhood energy system.

BL(Ti)=0.788