Difference between revisions of "Air Source Heat Pump (ASHP)"

Line 1: Line 1:
 
{{Air Source Heat Pump (ASHP)
 
{{Air Source Heat Pump (ASHP)
|Description=(empty)
+
|Description=
|Advantages=(empty)
+
|Advantages=
|Disadvantages=(empty)
+
|Disadvantages=
|Application barriers=(empty)
+
|Application barriers=
|Information sources=(empty)
+
|Information sources=
|Image=(empty)
+
|Image=
|Trade=(empty)
+
|Trade=
|Dimensions=(empty)
+
|DimensionsMin=871/300/630
|Weight=(empty)
+
|DimensionsMax=1680/1000/1710
|COP=(empty)
+
|WeightMin=57
|COP Annual Degradation Rate=(empty)
+
|WeightMax=148
|Heating Capacity=(empty)
+
|COPMin=1.98
|EER=(empty)
+
|COPMax=5.0
|Cooling Capacity=(empty)
+
|COP Annual Degradation RateMin=
|Heat Transfer Nominal Flow=(empty)
+
|COP Annual Degradation RateMax=
|Maximum Pressure=(empty)
+
|Permitted Operating TemperatureMin=-25
|Sound Power Level=(empty)
+
|Permitted Operating TemperatureMax=58
|Type of Refrigerant=(empty)
+
|Heating CapacityMin=2.97
|Maximum CO Emission=(empty)
+
|Heating CapacityMax=20.20
|Maximum NOX Emission=(empty)
+
|EERMin=2.2
|Investment Cost=8,000
+
|EERMax=2.5
|Operational Cost=1,250
+
|Cooling capacityMin=4.2
|Replacement Cost=5,800
+
|Cooling capacityMax=13.1
|Life Expectancy=25
+
|Heat Transfer Nominal FlowMin=0.18
}}
+
|Heat Transfer Nominal FlowMax=2.754
 
+
|Pressure LevelMin=0.05
Properties:
+
|Pressure LevelMax=3.1
[[Category:Heat Pump Technologies]]
+
|Sound Power LevelMin=42
[[class::Heat Pump Technologies]]
+
|Sound Power LevelMax=76
[[relevance::3]]
+
|Type of RefrigerantMin=R404A,                                                                                                                  R410A,                                                                                                                  R407C
[[importance::3]]
+
|Type of RefrigerantMax=
[[efficiency::3]]
+
|Maximum CO EmissionMin=medium
 +
|Maximum CO EmissionMax=medium
 +
|Maximum NOX EmissionMin=high
 +
|Maximum NOX EmissionMax=high
 +
|Capital CostMin=380
 +
|Capital CostMax=8.533
 +
|Operating CostMin=1.16
 +
|Operating CostMax=34.79
 +
|Replacement CostMin=low
 +
|Replacement CostMax=low
 +
|Life ExpectancyMin=15
 +
|Life ExpectancyMax=20
 +
|}}

Revision as of 11:25, 7 February 2017


[edit]
Description
Advantages
Disadvantages
Characteristic features
Application barriers
Information sources
Image
Trade:
Parameter Minimal Value Maximal Value Unit
Dimensions

871/300/630

1680/1000/1710

W/D/H in mm

Weight

57

148

kg

COP

1.98

5.0

COP Annual Degradation Rate

%

Permitted Operating Temperature

-25

58

°C

Heating Capacity

2.97

20.20

kW

EER

2.2

2.5

Cooling capacity

4.2

13.1

kW

Heat Transfer Nominal Flow

0.18

2.754

m3/h

Pressure Level

0.05

3.1

MPa

Sound Power Level

42

76

dBA

Type of Refrigerant

R404A, R410A, R407C

CO Emission

ppm

NOX Emission

ppm

Investment Cost

€/kW

Operating Cost

1.16

34.79

€/kW

Replacement Cost

low

low

€/year

Life Expectancy

15

20

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. BrokenWall.JPG
BL(Ti)=0.788
Equation.JPG


pCghffhfhart