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DAIK-00001-V01.01

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General informations

Name of the PEP

Pompe à chaleur air/eau, chauffage et eau chaude sanitaire – Altherma 3R 180L, fluide R-32

Trademark / Owner

DAIKIN

DAIKIN EUROPE N.V.

Collective PEP

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

2022/07/01

Date of end of validity

2027/07/01

Date of verification

2022/10/22

PCR

PEP-PCR-ed3-2015 04 02

PSR

PSR-0013-ed2-2019 12 06

Use life time

17 years

Reference Product

ERGA04EV/EHVH04S18E

Energy model used

France

Bill of material

Total mass

195.9 kg

Constitution

Plastic

12.00 %

Metal

76.10 %

Other

11.90 %

Homogeneous environmental family

Covered products by list

- ERLA03DV/EHFH03S18D3V
- ERGA04EV/EHVH04S18E
- ERGA06EV/EHVH08S18E
- ERGA08EV/EHVH08S18E
- ERLA11D/EBVH11S18D
- ERLA14D/EBVH16S18D
- ERLA16D/EBVH16S18D
- ERLA03DV/EHFZ03S18D3V
- ERGA04EV/EHVZ04S18E
- ERGA06EV/EHVZ08S18E
- ERGA08EV/EHVZ08S18E
- ERLA11D/EBVZ11S18D
- ERLA14D/EBVZ16S18D
- ERLA16D/EBVZ16S18D

Covered products or brand by text

Daikin Altherma 3 R 180 L - Chauffage : Eau chaude sanitaire Tailles 3.5 à 16 Monozone et Bizone

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 la durée de vie de référence de 17 ans du produit

Extrapolation Rules

Les résultats d’impacts présentés ci-dessous ont été obtenus à l’aide des méthodes définies par le PCR–ed3-FR-2015 04 02 et le PSR-0013-ed2.0-FR-2019 12 06. La présente déclaration a été élaborée en considérant la production de 1kW de chauffage et d’eau chaude sanitaire pour une utilisation en France

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	Benefits and loads beyond the system boundaries D
Global warming	kg.eq.CO2	1.22E+3	1.99E+2	9.56E-1	1.24E+1	9.85E+2	2.55E+1	6.45E+1	7.33E+1	00E+0	00E+0	00E+0	8.47E+2	00E+0	00E+0
Ozone depletion	kg.eq.CFC-11	3.4E-3	2.57E-3	1.94E-9	9.14E-7	8.23E-4	1.2E-7	7.62E-4	4.88E-5	00E+0	00E+0	00E+0	1.17E-5	00E+0	00E+0
Acidification of soil and water	kg.eq.SO2	3.07E+0	4.03E-1	4.3E-3	2.29E-2	2.63E+0	6.23E-3	8.7E-4	1.6E-1	00E+0	00E+0	00E+0	2.47E+0	00E+0	00E+0
Water eutrophication	kg.eq.P04 3-	5.96E-1	7.08E-2	9.87E-4	4.03E-3	5.11E-1	9.08E-3	2.28E-4	4.36E-2	00E+0	00E+0	00E+0	4.68E-1	00E+0	00E+0
Photochemical Ozone formation	kg.eq.C2H4	2.76E-1	4.3E-2	3.05E-4	3.8E-3	2.28E-1	3.99E-4	4.48E-5	8.96E-2	00E+0	00E+0	00E+0	1.39E-1	00E+0	00E+0
Depletion of abiotic resources - elements	kg.eq.Sb	1.87E-2	1.62E-2	3.83E-8	1.63E-3	8.13E-4	5.08E-8	4.7E-8	3.01E-8	00E+0	00E+0	00E+0	8.13E-4	00E+0	00E+0
Depletion of abiotic resources - fossil fuels	MJ	1.52E+4	1.71E+3	1.34E+1	1.92E+2	1.33E+4	1.46E+1	3.91E+0	8.84E+2	00E+0	00E+0	00E+0	1.24E+4	00E+0	00E+0
Water pollution	m³	5.96E+4	2.19E+4	1.57E+2	5.08E+2	3.63E+4	7.98E+2	3.11E+2	1.02E+4	00E+0	00E+0	00E+0	2.58E+4	00E+0	00E+0
Air pollution	m³	1.64E+5	5.19E+4	3.92E+1	6.74E+3	1.05E+5	2.62E+2	3.27E+2	2.8E+4	00E+0	00E+0	00E+0	7.62E+4	00E+0	00E+0
Use of renewable primary energy, excluding renewable primary energy resources used as raw materials	MJ	1.56E+4	8.27E+1	1.8E-2	1.16E+1	1.55E+4	3.27E-1	6.31E-4	1.26E-2	00E+0	00E+0	00E+0	1.55E+4	00E+0	00E+0
Use of renewable primary energy resources used as raw materials	MJ	5.37E+1	5.37E+1	00E+0	00E+0	00E+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	1.57E+4	1.36E+2	1.8E-2	1.16E+1	1.55E+4	3.27E-1	6.31E-4	1.26E-2	00E+0	00E+0	00E+0	1.55E+4	00E+0	00E+0
Use of non-renewable primary energy, excluding non-renewable primary energy resources used as raw materials	MJ	1.74E+5	4.55E+3	1.35E+1	1.83E+2	1.69E+5	1.83E+1	3.17E+0	8.9E+2	00E+0	00E+0	00E+0	1.68E+5	00E+0	00E+0
Use of non-renewable primary energy resources used as raw materials	MJ	1.93E+2	1.28E+2	00E+0	6.14E+1	3.6E+0	00E+0	3.6E+0	00E+0	00E+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	1.74E+5	4.68E+3	1.35E+1	2.44E+2	1.69E+5	1.83E+1	6.77E+0	8.9E+2	00E+0	00E+0	00E+0	1.68E+5	00E+0	00E+0
Use of secondary materials	kg	6.07E+0	5.92E+0	00E+0	1.53E-1	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Use of renewable secondary fuels	MJ	6.91E-2	6.91E-2	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	00E+0
Net use of fresh water	m³	7.76E+1	3.28E+1	8.56E-5	9.07E+0	3.57E+1	2.15E-2	1.74E-3	9.15E-2	00E+0	00E+0	00E+0	3.56E+1	00E+0	00E+0
Hazardous waste disposed of	kg	1.36E+3	1.19E+3	00E+0	1.5E+2	1.32E+1	2.86E-1	1.77E-2	1.07E-1	00E+0	00E+0	00E+0	1.3E+1	00E+0	00E+0
Non-hazardous waste disposed of	kg	1.99E+2	8.34E+1	3.4E-2	9.57E+0	8.45E+1	2.19E+1	2.2E-1	1.42E-1	00E+0	00E+0	00E+0	8.41E+1	00E+0	00E+0
Radioactive waste disposed of	kg	1.02E-1	4.53E-2	2.42E-5	6.41E-3	4.95E-2	1.09E-3	1.47E-5	1.41E-2	00E+0	00E+0	00E+0	3.53E-2	00E+0	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	00E+0
Materials for recycling	kg	8.96E+0	00E+0	00E+0	2.69E+0	00E+0	6.27E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Materials for energy recovery	kg	6.73E+0	3.98E-9	00E+0	2.54E-1	00E+0	6.47E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Exported energy	MJ by energy vector	3.41E-2	00E+0	00E+0	3.41E-2	00E+0	00E+0	00E+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	1.9E+5	4.82E+3	1.35E+1	2.56E+2	1.84E+5	1.86E+1	6.77E+0	8.9E+2	00E+0	00E+0	00E+0	1.84E+5	00E+0	00E+0

Declared product impacts

Functional Unit

1 unit

Description

Le produit de référence faisant l’objet de la déclaration environnementale est la pompe à chaleur Altherma 3R taille 4 assurant le chauffage et la production d’eau chaude sanitaire. Il est composé d’une unité extérieure (UE) et d’une unité intérieure (UI) disposant d’un volume de stockage d’eau de 180L

Extrapolation Rules

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	Benefits and loads beyond the system boundaries D
Global warming	kg.eq.CO2	7.34E+3	1.19E+3	5.74E+0	7.46E+1	5.91E+3	1.53E+2	3.87E+2	4.4E+2	00E+0	00E+0	00E+0	5.08E+3	00E+0	00E+0
Ozone depletion	kg.eq.CFC-11	2.04E-2	1.54E-2	1.16E-8	5.48E-6	4.94E-3	7.18E-7	4.57E-3	2.93E-4	00E+0	00E+0	00E+0	7E-5	00E+0	00E+0
Acidification of soil and water	kg.eq.SO2	1.84E+1	2.42E+0	2.58E-2	1.37E-1	1.58E+1	3.74E-2	5.22E-3	9.6E-1	00E+0	00E+0	00E+0	1.48E+1	00E+0	00E+0
Water eutrophication	kg.eq.P04 3-	3.58E+0	4.25E-1	5.92E-3	2.42E-2	3.07E+0	5.45E-2	1.37E-3	2.62E-1	00E+0	00E+0	00E+0	2.81E+0	00E+0	00E+0
Photochemical Ozone formation	kg.eq.C2H4	1.66E+0	2.58E-1	1.83E-3	2.28E-2	1.37E+0	2.4E-3	2.69E-4	5.38E-1	00E+0	00E+0	00E+0	8.33E-1	00E+0	00E+0
Depletion of abiotic resources - elements	kg.eq.Sb	1.12E-1	9.74E-2	2.3E-7	9.79E-3	4.88E-3	3.05E-7	2.82E-7	1.81E-7	00E+0	00E+0	00E+0	4.88E-3	00E+0	00E+0
Depletion of abiotic resources - fossil fuels	MJ	9.11E+4	1.03E+4	8.06E+1	1.15E+3	7.95E+4	8.76E+1	2.34E+1	5.3E+3	00E+0	00E+0	00E+0	7.42E+4	00E+0	00E+0
Water pollution	m³	3.58E+5	1.31E+5	9.43E+2	3.05E+3	2.18E+5	4.79E+3	1.87E+3	6.12E+4	00E+0	00E+0	00E+0	1.55E+5	00E+0	00E+0
Air pollution	m³	9.81E+5	3.11E+5	2.35E+2	4.05E+4	6.27E+5	1.57E+3	1.96E+3	1.68E+5	00E+0	00E+0	00E+0	4.57E+5	00E+0	00E+0
Use of renewable primary energy, excluding renewable primary energy resources used as raw materials	MJ	9.38E+4	4.96E+2	1.08E-1	6.99E+1	9.32E+4	1.96E+0	3.78E-3	7.57E-2	00E+0	00E+0	00E+0	9.32E+4	00E+0	00E+0
Use of renewable primary energy resources used as raw materials	MJ	3.22E+2	3.22E+2	00E+0	00E+0	00E+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	9.41E+4	8.19E+2	1.08E-1	6.99E+1	9.32E+4	1.96E+0	3.78E-3	7.57E-2	00E+0	00E+0	00E+0	9.32E+4	00E+0	00E+0
Use of non-renewable primary energy, excluding non-renewable primary energy resources used as raw materials	MJ	1.04E+6	2.73E+4	8.1E+1	1.1E+3	1.01E+6	1.1E+2	1.9E+1	5.34E+3	00E+0	00E+0	00E+0	1.01E+6	00E+0	00E+0
Use of non-renewable primary energy resources used as raw materials	MJ	1.16E+3	7.67E+2	00E+0	3.68E+2	2.16E+1	00E+0	2.16E+1	00E+0	00E+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	1.04E+6	2.81E+4	8.1E+1	1.47E+3	1.01E+6	1.1E+2	4.06E+1	5.34E+3	00E+0	00E+0	00E+0	1.01E+6	00E+0	00E+0
Use of secondary materials	kg	3.64E+1	3.55E+1	00E+0	9.15E-1	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Use of renewable secondary fuels	MJ	4.15E-1	4.15E-1	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	00E+0
Net use of fresh water	m³	4.65E+2	1.97E+2	5.13E-4	5.44E+1	2.14E+2	1.29E-1	1.04E-2	5.49E-1	00E+0	00E+0	00E+0	2.14E+2	00E+0	00E+0
Hazardous waste disposed of	kg	8.14E+3	7.16E+3	00E+0	9.02E+2	7.89E+1	1.71E+0	1.06E-1	6.42E-1	00E+0	00E+0	00E+0	7.82E+1	00E+0	00E+0
Non-hazardous waste disposed of	kg	1.2E+3	5E+2	2.04E-1	5.74E+1	5.07E+2	1.31E+2	1.32E+0	8.52E-1	00E+0	00E+0	00E+0	5.05E+2	00E+0	00E+0
Radioactive waste disposed of	kg	6.14E-1	2.72E-1	1.45E-4	3.85E-2	2.97E-1	6.52E-3	8.84E-5	8.45E-2	00E+0	00E+0	00E+0	2.12E-1	00E+0	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	00E+0
Materials for recycling	kg	5.38E+1	00E+0	00E+0	1.62E+1	00E+0	3.76E+1	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Materials for energy recovery	kg	4.04E+1	2.39E-8	00E+0	1.52E+0	00E+0	3.88E+1	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Exported energy	MJ by energy vector	2.04E-1	00E+0	00E+0	2.04E-1	00E+0	00E+0	00E+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	1.14E+6	2.89E+4	8.11E+1	1.54E+3	1.11E+6	1.12E+2	4.06E+1	5.34E+3	00E+0	00E+0	00E+0	1.1E+6	00E+0	00E+0

Files

PEP PDF

Extrapolation rules

Extrapolated XMLs

DAIK-00001-V01.01 -FR

DAIK-00001-V01.01