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CHAP-00007-V01.01
-FR
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Extrapolation Rules
General informations
Name of the PEP
Eria-N FIT-IN
Trademark / Owner
CHAPPÉE
BDR THERMEA GROUP
Collective PEP
No
Product classification
Heating, ventilation and air conditioning equipement
Heating and/or air conditioning and/or hot water heating
Domestic heat pumps
Air/Water
Date of publication
2021/03/27
Date of end of validity
2026/03/27
PCR
PEP-PCR-ed3-2015 04 02
PSR
PSR-0013-ed2-2019 12 06
Use lifte time
17 years
Reference Product
Eria-N FIT-IN 6 EM Mono 7778434
Energy model used
France
Bill of material
Total mass
176.6 kg
Constitution
Plastic
8.10 %
Metal
75.80 %
Other
16.10 %
Homogeneous environmental family
Covered products or brand by text
Eria-N FIT-IN 4.5 EM Mono (7778433) Eria-N FIT-IN 8 EM Mono (7778435) Eria-N FIT-IN 11 EM Mono (7778436) Eria-N FIT-IN 11 ET Tri (7778437) Eria-N FIT-IN 16 EM Mono (7778438) Eria-N FIT-IN 16 ET Tri (7778439)
Functional unit impacts
Functional Unit
1 kW
Description
Produire 1 kW de chauffage ainsi que la production d'eau chaude sanitaire, selon le scénario d’usage de référence et pendant une durée de vie de référence de 17 ans du produit
Indicator
Unit
Total
Manufacturing
Distribution
Installation
Use
End of Life
Use
B1
Maintenance
B2
Repair
B3
Replacement
B4
Refurbishment
B5
Operational energy use
B6
Operational water use
B7
Global warming
kg.eq.CO2
2.7E+3
4.06E+2
2.76E+0
1.02E+1
2.19E+3
8.99E+1
2.31E+2
3.73E+2
00E+0
00E+0
00E+0
1.58E+3
00E+0
Ozone depletion
kg.eq.CFC-11
2.34E-3
2.33E-5
5.58E-9
8.01E-7
2.31E-3
4.1E-8
1.86E-8
4.82E-5
00E+0
00E+0
00E+0
2.26E-3
00E+0
Acidification of soil and water
kg.eq.SO2
6.96E+0
7.98E-1
1.24E-2
2.11E-2
6.12E+0
6.33E-3
1.95E-4
2.33E-1
00E+0
00E+0
00E+0
5.89E+0
00E+0
Water eutrophication
kg.eq.P04 3-
7.86E-1
1.46E-1
2.85E-3
1.93E-2
6.01E-1
1.7E-2
5.55E-5
6.44E-2
00E+0
00E+0
00E+0
5.37E-1
00E+0
Photochemical Ozone formation
kg.eq.C2H4
5.26E-1
8.25E-2
8.8E-4
2.68E-3
4.4E-1
4.39E-4
3.4E-5
9.87E-2
00E+0
00E+0
00E+0
3.41E-1
00E+0
Depletion of abiotic resources - elements
kg.eq.Sb
2.12E-2
2.04E-2
1.1E-7
2.47E-5
7.74E-4
4.56E-8
1.18E-8
1.15E-6
00E+0
00E+0
00E+0
7.73E-4
00E+0
Depletion of abiotic resources - fossil fuels
MJ
2.39E+4
3.99E+3
3.87E+1
8.07E+1
1.98E+4
9E+0
6.35E+0
1.54E+3
00E+0
00E+0
00E+0
1.82E+4
00E+0
Water pollution
m³
1.22E+5
2.73E+4
4.53E+2
1.1E+3
9.21E+4
1.27E+3
1.21E+1
1.19E+4
00E+0
00E+0
00E+0
8.02E+4
00E+0
Air pollution
m³
1.45E+5
4.52E+4
1.13E+2
9E+2
9.57E+4
3.26E+3
8.74E+3
3.41E+4
00E+0
00E+0
00E+0
5.28E+4
00E+0
Use of renewable primary energy, excluding renewable primary energy resources used as raw materials
MJ
1.06E+4
9.77E+1
5.19E-2
00E+0
1.05E+4
1.08E-1
3.3E-4
9.81E-1
00E+0
00E+0
00E+0
1.05E+4
00E+0
Use of renewable primary energy resources used as raw materials
MJ
6.65E+1
6.17E+1
00E+0
4.73E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
Total use of renewable primary energy resources (primary energy and primary energy resources used as raw materials)
MJ
1.06E+4
1.59E+2
5.19E-2
3.19E+0
1.05E+4
1.08E-1
3.3E-4
9.81E-1
00E+0
00E+0
00E+0
1.05E+4
00E+0
Use of non-renewable primary energy, excluding non-renewable primary energy resources used as raw materials
MJ
1.44E+5
8.01E+3
3.89E+1
3.67E+2
1.36E+5
1.05E+1
1.98E+0
1.88E+3
00E+0
00E+0
00E+0
1.34E+5
00E+0
Use of non-renewable primary energy resources used as raw materials
MJ
2.81E+2
2.61E+2
00E+0
6.35E+0
1.37E+1
00E+0
4.97E+0
8.73E+0
00E+0
00E+0
00E+0
00E+0
00E+0
Total use of non-renewable primary energy resources (primary energy and primary energy resources used as raw materials)
MJ
1.45E+5
8.27E+3
3.89E+1
3.74E+2
1.36E+5
1.05E+1
6.95E+0
1.89E+3
00E+0
00E+0
00E+0
1.34E+5
00E+0
Use of secondary materials
kg
1.9E+1
1.76E+1
00E+0
1.39E+0
6.07E-2
00E+0
00E+0
6.07E-2
00E+0
00E+0
00E+0
00E+0
00E+0
Use of renewable secondary fuels
MJ
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
Use of non-renewable secondary fuels
MJ
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
Net use of fresh water
m³
3.76E+4
1.2E+2
2.47E-4
1.17E+0
3.75E+4
1.61E-2
5.86E-4
1.09E+0
00E+0
00E+0
00E+0
3.75E+4
00E+0
Hazardous waste disposed of
kg
3.51E+2
3.34E+2
00E+0
8.42E+0
8.11E+0
4.02E-3
4.89E-3
5.11E+0
00E+0
00E+0
00E+0
2.99E+0
00E+0
Non-hazardous waste disposed of
kg
3.54E+3
2.35E+2
9.79E-2
1.05E+1
3.26E+3
3.08E+1
2.12E-3
2.1E+1
00E+0
00E+0
00E+0
3.24E+3
00E+0
Radioactive waste disposed of
kg
4.8E+1
1.31E-1
6.97E-5
2.39E-3
4.78E+1
1.32E-4
5.88E-6
1.81E-2
00E+0
00E+0
00E+0
4.78E+1
00E+0
Components for re-use
kg
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
Materials for recycling
kg
1.98E+1
3.95E+0
00E+0
5.23E+0
4.97E-1
1.01E+1
00E+0
4.97E-1
00E+0
00E+0
00E+0
00E+0
00E+0
Materials for energy recovery
kg
1.17E+1
8.06E-8
00E+0
7.34E-1
5.17E-1
1.04E+1
00E+0
5.17E-1
00E+0
00E+0
00E+0
00E+0
00E+0
Exported energy
MJ by energy vector
5.99E-1
1.07E-1
00E+0
6.02E-2
00E+0
4.32E-1
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
Total use of primary energy during the life cycle
MJ
1.55E+5
8.43E+3
3.9E+1
3.77E+2
1.46E+5
1.06E+1
6.95E+0
1.89E+3
00E+0
00E+0
00E+0
1.45E+5
00E+0
Declared product impacts
Functional Unit
1 unit
Description
Pompe à chaleur air/eau d’une puissance de XX* kW assurant la fonction de fournir la chaleur et la production d’eau chaude sanitaire à un logement individuel pour une durée de vie de référence de 17 ans (la puissance est à ajuster en fonction du produit considéré de la gamme)
Indicator
Unit
Total
Manufacturing
Distribution
Installation
Use
End of Life
Use
B1
Maintenance
B2
Repair
B3
Replacement
B4
Refurbishment
B5
Operational energy use
B6
Operational water use
B7
Global warming
kg.eq.CO2
9.71E+3
1.46E+3
9.92E+0
3.67E+1
7.88E+3
3.24E+2
8.31E+2
1.34E+3
00E+0
00E+0
00E+0
5.7E+3
00E+0
Ozone depletion
kg.eq.CFC-11
8.41E-3
8.38E-5
2.01E-8
2.88E-6
8.32E-3
1.47E-7
6.7E-8
1.73E-4
00E+0
00E+0
00E+0
8.15E-3
00E+0
Acidification of soil and water
kg.eq.SO2
2.51E+1
2.87E+0
4.46E-2
7.6E-2
2.2E+1
2.28E-2
7.03E-4
8.39E-1
00E+0
00E+0
00E+0
2.12E+1
00E+0
Water eutrophication
kg.eq.P04 3-
2.83E+0
5.25E-1
1.02E-2
6.94E-2
2.17E+0
6.11E-2
2E-4
2.32E-1
00E+0
00E+0
00E+0
1.93E+0
00E+0
Photochemical Ozone formation
kg.eq.C2H4
1.89E+0
2.97E-1
3.17E-3
9.66E-3
1.58E+0
1.58E-3
1.23E-4
3.55E-1
00E+0
00E+0
00E+0
1.23E+0
00E+0
Depletion of abiotic resources - elements
kg.eq.Sb
7.63E-2
7.35E-2
3.97E-7
8.9E-5
2.79E-3
1.64E-7
4.26E-8
4.15E-6
00E+0
00E+0
00E+0
2.78E-3
00E+0
Depletion of abiotic resources - fossil fuels
MJ
8.6E+4
1.44E+4
1.39E+2
2.91E+2
7.11E+4
3.24E+1
2.29E+1
5.56E+3
00E+0
00E+0
00E+0
6.56E+4
00E+0
Water pollution
m³
4.4E+5
9.82E+4
1.63E+3
3.95E+3
3.31E+5
4.56E+3
4.37E+1
4.27E+4
00E+0
00E+0
00E+0
2.89E+5
00E+0
Air pollution
m³
5.22E+5
1.63E+5
4.07E+2
3.24E+3
3.44E+5
1.17E+4
3.15E+4
1.23E+5
00E+0
00E+0
00E+0
1.9E+5
00E+0
Use of renewable primary energy, excluding renewable primary energy resources used as raw materials
MJ
3.81E+4
3.52E+2
1.87E-1
00E+0
3.77E+4
3.88E-1
1.19E-3
3.53E+0
00E+0
00E+0
00E+0
3.77E+4
00E+0
Use of renewable primary energy resources used as raw materials
MJ
2.39E+2
2.22E+2
00E+0
1.7E+1
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
Total use of renewable primary energy resources (primary energy and primary energy resources used as raw materials)
MJ
3.83E+4
5.74E+2
1.87E-1
1.15E+1
3.77E+4
3.88E-1
1.19E-3
3.53E+0
00E+0
00E+0
00E+0
3.77E+4
00E+0
Use of non-renewable primary energy, excluding non-renewable primary energy resources used as raw materials
MJ
5.2E+5
2.88E+4
1.4E+2
1.32E+3
4.89E+5
3.77E+1
7.13E+0
6.76E+3
00E+0
00E+0
00E+0
4.83E+5
00E+0
Use of non-renewable primary energy resources used as raw materials
MJ
1.01E+3
9.38E+2
00E+0
2.29E+1
4.93E+1
00E+0
1.79E+1
3.14E+1
00E+0
00E+0
00E+0
00E+0
00E+0
Total use of non-renewable primary energy resources (primary energy and primary energy resources used as raw materials)
MJ
5.21E+5
2.98E+4
1.4E+2
1.34E+3
4.89E+5
3.77E+1
2.5E+1
6.79E+3
00E+0
00E+0
00E+0
4.83E+5
00E+0
Use of secondary materials
kg
6.85E+1
6.33E+1
00E+0
4.99E+0
2.18E-1
00E+0
00E+0
2.18E-1
00E+0
00E+0
00E+0
00E+0
00E+0
Use of renewable secondary fuels
MJ
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
Use of non-renewable secondary fuels
MJ
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
Net use of fresh water
m³
1.36E+5
4.32E+2
8.88E-4
4.21E+0
1.35E+5
5.79E-2
2.11E-3
3.91E+0
00E+0
00E+0
00E+0
1.35E+5
00E+0
Hazardous waste disposed of
kg
1.26E+3
1.2E+3
00E+0
3.03E+1
2.92E+1
1.45E-2
1.76E-2
1.84E+1
00E+0
00E+0
00E+0
1.08E+1
00E+0
Non-hazardous waste disposed of
kg
1.27E+4
8.48E+2
3.52E-1
3.77E+1
1.17E+4
1.11E+2
7.64E-3
7.57E+1
00E+0
00E+0
00E+0
1.17E+4
00E+0
Radioactive waste disposed of
kg
1.73E+2
4.73E-1
2.51E-4
8.59E-3
1.72E+2
4.76E-4
2.12E-5
6.52E-2
00E+0
00E+0
00E+0
1.72E+2
00E+0
Components for re-use
kg
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
Materials for recycling
kg
7.12E+1
1.42E+1
00E+0
1.88E+1
1.79E+0
3.64E+1
00E+0
1.79E+0
00E+0
00E+0
00E+0
00E+0
00E+0
Materials for energy recovery
kg
4.2E+1
2.9E-7
00E+0
2.64E+0
1.86E+0
3.75E+1
00E+0
1.86E+0
00E+0
00E+0
00E+0
00E+0
00E+0
Exported energy
MJ by energy vector
2.16E+0
3.85E-1
00E+0
2.17E-1
00E+0
1.55E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
00E+0
Total use of primary energy during the life cycle
MJ
5.59E+5
3.04E+4
1.4E+2
1.36E+3
5.27E+5
3.81E+1
2.5E+1
6.79E+3
00E+0
00E+0
00E+0
5.2E+5
00E+0
Files
PEP PDF
Extrapolation rules