VAIL-00007-V01.01

Download the PEP PDF

General informations

Name of the PEP

aroTHERM Split plus + uniTOWER Split plus - Pompe à chaleur air/eau Vaillant assurant le chauffage et l'eau chaude sanitaire accumulée

Trademark / Owner

VAILLANT

SAUNIER DUVAL EAU CHAUDE CHAUFFAGE (SDECC)

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

Geographical validity area

FRA

Date of publication

2024/10/01

Date of end of validity

2029/10/01

Date of verification

2024/10/08

PCR

PEP-PCR-ed4-2021 09 06

PSR

PSR-0013-ed3-2023 06 06

Use lifte time

17 years

Reference Product

aroTHERM plus VWL 65/8.2 AS 230V S3 + uniTOWER Split plus 4 / 6 - 2 circuits

Energy model used

France et Slovaquie

Bill of material

Total mass

308.2 kg

Constitution

Plastic

7.00 %

21.57400 kg

Metal

77.10 %

237.62200 kg

Other

15.90 %

49.00400 kg

Homogeneous environmental family

Covered products by list

- aroTHERM plus VWL 45/8.2 AS 230V S3 + uniTOWER Split plus 4 / 6 - 2 circuits
- aroTHERM plus VWL 65/8.2 AS 230V S3 + uniTOWER Split plus 4 / 6 - 2 circuits
- aroTHERM plus VWL 85/8.2 AS 230V S3 + uniTOWER Split plus 8 - 2 circuits
- aroTHERM plus VWL 45/8.2 AS 230V S3 + uniTOWER Split plus 4 / 6 - 1 circuit
- aroTHERM plus VWL 65/8.2 AS 230V S3 + uniTOWER Split plus 4 / 6 - 1 circuit
- aroTHERM plus VWL 85/8.2 AS 230V S3 + uniTOWER Split plus 8 - 1 circuit

Covered products or brand by text

0010039770 + 0010039452 - 0010039771 + 0010039452 - 0010039772 + 0010039466 - 0010039770 + 0010039407 - 0010039771 + 0010039407 - 0010039772 + 0010039421

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

Règles d'extrapolation détaillées dans le PEP

Indicator	Unit	Total	Manufacturing	Distribution	Installation	Use	End of Life	Use B1	Maintenance B2	Operational energy use B6	Benefits and loads beyond the system boundaries D
Climate change - total	kg.eq.CO2	1.32E+3	4.06E+2	5.03E+0	1.2E+1	8.69E+2	2.9E+1	7.22E+1	1.59E+1	7.81E+2	-1.23E+2
Climate change - fossil fuels	kg.eq.CO2	1.31E+3	4.04E+2	5.03E+0	2.66E+0	8.67E+2	2.89E+1	7.22E+1	1.58E+1	7.79E+2	-1.25E+2
Climate change - biogenics	kg.eq.CO2	1.2E+1	1.2E+0	9.11E-4	9.32E+0	1.44E+0	8.82E-2	0	5.31E-3	1.43E+0	2.04E+0
Climate change - land use and land use transformation	kg.eq.CO2	1.67E+0	9.34E-1	1.67E-3	2.68E-4	7.03E-1	3.22E-2	0	6.32E-3	6.96E-1	-0.31E+0
Ozone depletion	kg.eq.CFC-11	8.03E-5	4.42E-5	1E-7	1.49E-8	3.42E-5	1.76E-6	0	7.28E-6	2.7E-5	-9.33E-7
Acidification (AP)	mole.eq.H+	8.44E+0	4.66E+0	1.05E-2	4.17E-3	3.37E+0	3.95E-1	0	6.87E-2	3.3E+0	-1.5E+0
Freshwater eutrophication	kg.eq.P	4.69E-2	3E-2	3.92E-5	1.55E-5	1.49E-2	2E-3	0	2.3E-4	1.46E-2	-0.02E+0
Marine aquatic eutrophication	kg.eq.N	1.21E+0	4.53E-1	2.45E-3	1.64E-3	7.19E-1	3.26E-2	0	1.92E-2	7E-1	-0.19E+0
Terrestrial eutrophication	mole.eq.N	1.33E+1	5.44E+0	2.71E-2	1.13E-2	7.45E+0	4.05E-1	0	2.14E-1	7.23E+0	-3.26E+0
Photochemical ozone formation	kg.eq.NMVOC	4.68E+0	1.89E+0	1.74E-2	3.71E-3	2.65E+0	1.23E-1	0	8.19E-2	2.57E+0	-0.67E+0
Depletion of abiotic resources - elements	kg.eq.Sb	6.46E-2	5.36E-2	1.68E-5	2.25E-5	6.74E-3	4.19E-3	0	1.7E-4	6.57E-3	-0.01E+0
Depletion of abiotic resources - fossil fuels	MJ	1.18E+5	5.2E+3	7.07E+1	6.43E+0	1.12E+5	3.81E+2	0	2.11E+2	1.12E+5	-1.41E+3
Water requirement	m³.eq.deprivation worldwide	5.59E+2	2.25E+2	2.98E-1	1.15E-2	3.19E+2	1.44E+1	0	2.29E+1	2.96E+2	-3.73E+1
Emission of fine particles	incidence of diseases	5.75E-5	3.11E-5	3.69E-7	4.35E-8	2.28E-5	3.2E-6	0	8.03E-7	2.2E-5	-1.29E-5
Ionizing radiation, human health	kBq.eq.U235	1.13E+3	1.02E+1	3.26E-2	2.17E-2	1.12E+3	2.1E+0	0	1.52E-1	1.12E+3	-2.87E+0
Ecotoxicity (fresh water)	CTUe	2E+4	1.56E+4	1.92E+1	2.45E+1	3.78E+3	5.66E+2	3.34E-3	1.07E+2	3.67E+3	-8.55E+3
Human toxicity, carcinogenic effects	CTUh	3.98E-5	3.57E-5	3.57E-8	5.61E-9	3.56E-6	4.07E-7	0	1.28E-7	3.43E-6	-2.06E-5
Human toxicity, non-carcinogenic effects	CTUh	6.14E-5	3.79E-5	4.44E-8	1.45E-7	8.55E-6	1.47E-5	7.33E-10	1.83E-7	8.37E-6	-8.06E-6
Impacts related to land use/soil quality	-	8.23E+3	3.69E+3	4.27E+1	3.56E+0	4.26E+3	2.32E+2	0	7.92E+1	4.18E+3	-9.44E+2
Use of renewable primary energy, excluding renewable primary energy resources used as raw materials	MJ	1.07E+4	6.75E+2	1.21E+0	8.25E+1	9.88E+3	5.36E+1	0	6.25E+0	9.87E+3	-2.65E+2
Use of renewable primary energy resources used as raw materials	MJ	-7.81E+0	7.42E+1	0	-8.21E+1	0	0	0	0	0	-1.93E+1
Total use of renewable primary energy resources (primary energy and primary energy resources used as raw materials)	MJ	1.07E+4	7.49E+2	1.21E+0	4.49E-1	9.88E+3	5.36E+1	0	6.25E+0	9.87E+3	-2.85E+2
Use of non-renewable primary energy, excluding non-renewable primary energy resources used as raw materials	MJ	1.18E+5	4.97E+3	7.07E+1	6.43E+0	1.12E+5	4.7E+2	0	2.11E+2	1.12E+5	-1.39E+3
Use of non-renewable primary energy resources used as raw materials	MJ	1.48E+2	2.36E+2	0	0	0	-8.86E+1	0	0	0	-1.95E+1
Total use of non-renewable primary energy resources (primary energy and primary energy resources used as raw materials)	MJ	1.18E+5	5.21E+3	7.07E+1	6.43E+0	1.12E+5	3.82E+2	0	2.11E+2	1.12E+5	-1.41E+3
Use of secondary materials	kg	1.43E+0	1.43E+0	0	0	0	0	0	0	0	0
Use of renewable secondary fuels	MJ	0	0	0	0	0	0	0	0	0	0
Use of non-renewable secondary fuels	MJ	0	0	0	0	0	0	0	0	0	0
Net use of fresh water	m³	3.97E+1	6.5E+0	9.8E-3	4.22E-3	3.28E+1	4.55E-1	0	5.46E-1	3.22E+1	-1.4E+0
Total use of primary energy during the life cycle	MJ	1.29E+5	5.96E+3	7.19E+1	6.88E+0	1.22E+5	4.35E+2	0	2.17E+2	1.22E+5	-1.7E+3
Hazardous waste disposed of	kg	8.95E+0	3.9E+0	2.16E-3	1.18E-1	6.59E-1	4.28E+0	0	3.83E-2	6.2E-1	-0.09E+0
Non-hazardous waste disposed of	kg	2.08E+3	1.49E+3	4.18E+0	2.05E+0	4.63E+2	1.21E+2	0	1.05E+1	4.52E+2	-4.82E+2
Radioactive waste disposed of	kg	1.47E+0	7.37E-3	2.28E-5	2.21E-5	1.46E+0	1.83E-3	0	1.05E-4	1.46E+0	-0E+0
Components for re-use	kg	0	0	0	0	0	0	0	0	0	0
Materials for recycling	kg	4.67E+1	1.62E+0	0	4.73E+0	0	4.03E+1	0	0	0	0
Materials for energy recovery	kg	3.31E+0	1.9E-1	0	6.6E-1	0	2.46E+0	0	0	0	0
Exported energy	MJ by energy vector	0	0	0	0	0	0	0	0	0	0
Biogenic carbon content of the product	kg of C	0	0	0	0	0	0	0	0	0	0
Biogenic carbon content of the associated packaging	kg of C	2.8E+0	2.8E+0	0	0	0	0	0	0	0	0

Declared product impacts

Functional Unit

1 unit

Description

Assurer le chauffage et la production d’eau chaude sanitaire à l’aide d'une pompe à chaleur de 4,72 kW pour une durée de vie de référence de 17 ans du produit

Extrapolation Rules

Disponible dans la fiche PEP

Indicator	Unit	Total	Manufacturing	Distribution	Installation	Use	End of Life	Use B1	Maintenance B2	Operational energy use B6	Benefits and loads beyond the system boundaries D
Climate change - total	kg.eq.CO2	6.23E+3	1.91E+3	2.37E+1	5.65E+1	4.1E+3	1.37E+2	3.41E+2	7.48E+1	3.69E+3	-5.8E+2
Climate change - fossil fuels	kg.eq.CO2	6.17E+3	1.9E+3	2.37E+1	1.25E+1	4.09E+3	1.36E+2	3.41E+2	7.48E+1	3.68E+3	-5.88E+2
Climate change - biogenics	kg.eq.CO2	5.69E+1	5.68E+0	4.3E-3	4.4E+1	6.77E+0	4.16E-1	0	2.51E-2	6.75E+0	9.65E+0
Climate change - land use and land use transformation	kg.eq.CO2	7.89E+0	4.41E+0	7.9E-3	1.27E-3	3.32E+0	1.52E-1	0	2.98E-2	3.29E+0	-1.48E+0
Ozone depletion	kg.eq.CFC-11	3.79E-4	2.09E-4	4.72E-7	7.03E-8	1.62E-4	8.3E-6	0	3.44E-5	1.27E-4	-4.4E-6
Acidification (AP)	mole.eq.H+	3.98E+1	2.2E+1	4.94E-2	1.97E-2	1.59E+1	1.87E+0	0	3.24E-1	1.56E+1	-7.08E+0
Freshwater eutrophication	kg.eq.P	2.21E-1	1.42E-1	1.85E-4	7.32E-5	7.02E-2	9.46E-3	0	1.09E-3	6.91E-2	-0.08E+0
Marine aquatic eutrophication	kg.eq.N	5.71E+0	2.14E+0	1.16E-2	7.75E-3	3.39E+0	1.54E-1	0	9.08E-2	3.3E+0	-0.88E+0
Terrestrial eutrophication	mole.eq.N	6.29E+1	2.57E+1	1.28E-1	5.34E-2	3.51E+1	1.91E+0	0	1.01E+0	3.41E+1	-1.54E+1
Photochemical ozone formation	kg.eq.NMVOC	2.21E+1	8.91E+0	8.22E-2	1.75E-2	1.25E+1	5.82E-1	0	3.86E-1	1.21E+1	-3.15E+0
Depletion of abiotic resources - elements	kg.eq.Sb	3.05E-1	2.53E-1	7.92E-5	1.06E-4	3.18E-2	1.98E-2	0	8.02E-4	3.1E-2	-0.06E+0
Depletion of abiotic resources - fossil fuels	MJ	5.57E+5	2.45E+4	3.34E+2	3.04E+1	5.3E+5	1.8E+3	0	9.97E+2	5.29E+5	-6.67E+3
Water requirement	m³.eq.deprivation worldwide	2.64E+3	1.06E+3	1.4E+0	5.44E-2	1.5E+3	6.78E+1	0	1.08E+2	1.4E+3	-1.76E+2
Emission of fine particles	incidence of diseases	2.71E-4	1.47E-4	1.74E-6	2.05E-7	1.07E-4	1.51E-5	0	3.79E-6	1.04E-4	-6.11E-5
Ionizing radiation, human health	kBq.eq.U235	5.33E+3	4.79E+1	1.54E-1	1.02E-1	5.27E+3	9.93E+0	0	7.17E-1	5.27E+3	-1.36E+1
Ecotoxicity (fresh water)	CTUe	9.43E+4	7.36E+4	9.08E+1	1.16E+2	1.78E+4	2.67E+3	1.58E-2	5.05E+2	1.73E+4	-4.04E+4
Human toxicity, carcinogenic effects	CTUh	1.88E-4	1.69E-4	1.68E-7	2.65E-8	1.68E-5	1.92E-6	0	6.03E-7	1.62E-5	-9.74E-5
Human toxicity, non-carcinogenic effects	CTUh	2.9E-4	1.79E-4	2.1E-7	6.86E-7	4.04E-5	6.95E-5	3.46E-9	8.63E-7	3.95E-5	-3.8E-5
Impacts related to land use/soil quality	-	3.88E+4	1.74E+4	2.02E+2	1.68E+1	2.01E+4	1.1E+3	0	3.74E+2	1.97E+4	-4.46E+3
Use of renewable primary energy, excluding renewable primary energy resources used as raw materials	MJ	5.04E+4	3.19E+3	5.73E+0	3.89E+2	4.66E+4	2.53E+2	0	2.95E+1	4.66E+4	-1.25E+3
Use of renewable primary energy resources used as raw materials	MJ	-3.69E+1	3.5E+2	0	-3.87E+2	0	0	0	0	0	-9.11E+1
Total use of renewable primary energy resources (primary energy and primary energy resources used as raw materials)	MJ	5.04E+4	3.54E+3	5.73E+0	2.12E+0	4.66E+4	2.53E+2	0	2.95E+1	4.66E+4	-1.34E+3
Use of non-renewable primary energy, excluding non-renewable primary energy resources used as raw materials	MJ	5.56E+5	2.35E+4	3.34E+2	3.04E+1	5.3E+5	2.22E+3	0	9.97E+2	5.29E+5	-6.58E+3
Use of non-renewable primary energy resources used as raw materials	MJ	6.97E+2	1.11E+3	0	0	0	-4.18E+2	0	0	0	-9.21E+1
Total use of non-renewable primary energy resources (primary energy and primary energy resources used as raw materials)	MJ	5.57E+5	2.46E+4	3.34E+2	3.04E+1	5.3E+5	1.8E+3	0	9.97E+2	5.29E+5	-6.67E+3
Use of secondary materials	kg	6.77E+0	6.77E+0	0	0	0	0	0	0	0	0
Use of renewable secondary fuels	MJ	0	0	0	0	0	0	0	0	0	0
Use of non-renewable secondary fuels	MJ	0	0	0	0	0	0	0	0	0	0
Net use of fresh water	m³	1.87E+2	3.07E+1	4.63E-2	1.99E-2	1.55E+2	2.15E+0	0	2.58E+0	1.52E+2	-6.6E+0
Total use of primary energy during the life cycle	MJ	6.07E+5	2.81E+4	3.39E+2	3.25E+1	5.77E+5	2.05E+3	0	1.03E+3	5.76E+5	-8.02E+3
Hazardous waste disposed of	kg	4.23E+1	1.84E+1	1.02E-2	5.55E-1	3.11E+0	2.02E+1	0	1.81E-1	2.93E+0	-0.42E+0
Non-hazardous waste disposed of	kg	9.79E+3	7.01E+3	1.98E+1	9.69E+0	2.18E+3	5.71E+2	0	4.98E+1	2.13E+3	-2.28E+3
Radioactive waste disposed of	kg	6.91E+0	3.48E-2	1.08E-4	1.04E-4	6.87E+0	8.63E-3	0	4.94E-4	6.87E+0	-0.01E+0
Components for re-use	kg	0	0	0	0	0	0	0	0	0	0
Materials for recycling	kg	2.2E+2	7.63E+0	0	2.23E+1	0	1.9E+2	0	0	0	0
Materials for energy recovery	kg	1.56E+1	8.97E-1	0	3.12E+0	0	1.16E+1	0	0	0	0
Exported energy	MJ by energy vector	0	0	0	0	0	0	0	0	0	0
Biogenic carbon content of the product	kg of C	0	0	0	0	0	0	0	0	0	0
Biogenic carbon content of the associated packaging	kg of C	1.32E+1	1.32E+1	0	0	0	0	0	0	0	0

Files

PEP PDF

Extrapolated XMLs

VAIL-00007-V01.01 -FR

VAIL-00007-V01.01