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PRYS-00016-V01.01

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General informations

Name of the PEP

U-1000 R2V IRISTECH

Trademark / Owner

PRYSMIAN CÂBLES ET SYSTÈMES FRANCE SAS

PRYSMIAN CÂBLES ET SYSTÈMES FRANCE

Collective PEP

Product classification

Wires and cables
Power and Data transfer inside
Power cables and wires

Date of publication

2022/09/01

Date of end of validity

2027/09/01

Date of verification

2022/09/22

PCR

PEP-PCR-ed3-2015 04 02

PSR

PSR-0001-ed3-2015 10 16

Use lifte time

30 years

Reference Product

R2V IrisTech - 2x1.5

Energy model used

mix énergétique français

Bill of material

Total mass

116 kg/UF

101 kg/UF

(Product)

15 kg/UF

(Packaging)

(Other)

Constitution

Plastic

45.70 %

0.00000 kg

Metal

22.50 %

0.00000 kg

Other

31.80 %

0.00000 kg

Homogeneous environmental family

Covered products by list

- R2V IrisTech - 2x1.5

Covered products or brand by text

Câbles U-1000 R2V IRISTECH

Functional unit impacts

Functional Unit

1 km

Description

Transporter de l’énergie exprimée pour 1 A sur une distance de 1 km pendant 30 années et un taux d’utilisation de 70 %, en conformité avec les caractéristiques techniques des produits.La durée et le taux d’utilisation correspondent à l’application ‘Résidentiel / Tertiaire / industriel’ telle que définie dans le tableau donné en Annexe 1 des règles spécifiques aux Fils, Câbles et Matériels de raccordement.

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	6.45E+2	3.65E+2	1.08E+1	2.08E+0	2.6E+2	7.07E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Ozone depletion	kg.eq.CFC-11	4.1E-4	1.8E-5	2.08E-6	1.65E-7	3.9E-4	3.05E-7	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Acidification of soil and water	kg.eq.SO2	4.76E+0	3.24E+0	3.57E-2	1.7E-2	1.46E+0	7.28E-3	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Water eutrophication	kg.eq.P04 3-	1.67E+0	1.39E+0	5.97E-3	7.12E-3	2.56E-1	5.31E-3	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Photochemical Ozone formation	kg.eq.C2H4	2.6E-1	1.8E-1	2.72E-3	9.64E-4	7.48E-2	1.64E-3	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Depletion of abiotic resources - elements	kg.eq.Sb	4.75E-2	4.49E-2	2.04E-5	2.25E-4	2.37E-3	1.97E-6	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Depletion of abiotic resources - fossil fuels	MJ	8.77E+3	5.27E+3	1.72E+2	2.97E+1	3.27E+3	2.81E+1	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Water pollution	m³	2.4E+5	2.27E+5	9.69E+2	1.16E+3	1.05E+4	4.9E+2	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Air pollution	m³	1.65E+5	1.29E+5	1.46E+3	6.69E+2	3.35E+4	1.96E+2	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Use of renewable primary energy, excluding renewable primary energy resources used as raw materials	MJ	3.19E+3	4.05E+2	1.47E+0	2.33E+0	2.78E+3	3.96E-1	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Use of renewable primary energy resources used as raw materials	MJ	3.58E+2	2.65E+2	2.88E-1	1.34E+0	9.13E+1	6.05E-2	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	3.55E+3	6.7E+2	1.76E+0	3.67E+0	2.87E+3	4.56E-1	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Use of non-renewable primary energy, excluding non-renewable primary energy resources used as raw materials	MJ	6.01E+4	6.46E+3	1.75E+2	4.08E+1	5.34E+4	2.91E+1	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Use of non-renewable primary energy resources used as raw materials	MJ	2.89E+2	2.88E+2	00E+0	1.44E+0	00E+0	00E+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	6.04E+4	6.75E+3	1.75E+2	4.22E+1	5.34E+4	2.91E+1	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Use of secondary materials	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
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	1.91E+1	4.38E+0	3.45E-2	2.41E-2	1.46E+1	2.26E-2	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Hazardous waste disposed of	kg	3.23E+2	3.14E+2	1.02E-1	1.57E+0	7.44E+0	2.78E-2	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Non-hazardous waste disposed of	kg	9.15E+2	6.88E+2	1.03E+0	4E+0	1.48E+2	7.49E+1	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Radioactive waste disposed of	kg	7.33E-1	1.56E-2	1.18E-3	1.71E-4	7.16E-1	1.78E-4	00E+0	00E+0	00E+0	00E+0	00E+0	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
Materials for recycling	kg	4.23E+1	6.1E-1	00E+0	1.55E+1	00E+0	2.62E+1	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0
Materials for energy recovery	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
Exported energy	MJ by energy vector	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
Total use of primary energy during the life cycle	MJ	6.4E+4	7.42E+3	1.76E+2	4.59E+1	5.63E+4	2.96E+1	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0	00E+0

Files

PEP PDF

PRYS-00016-V01.01 -FR

PRYS-00016-V01.01