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Schréder Product Environmental Profile - Piano Maxi
Performing photometry, energy savings and design: a winning combination
Schréder Product Environmental Profile - Piano Maxi
Product Environmental Profile
Schréder's environmentalcommitmentThe Schréder Group specialises in outdoor lighting withan energy efficient approach. As a responsiblemanufacturer, Schréder promotes environmentalprotection practices.Our commitment is to reduce the energy consumptionof our products, to promote technologies that preservethe environment and to develop new products that areeven more energy and eco-efficient.Schréder products are developed following the ProductEnvironmental Profile (PEP) Program.
DescriptionThe Piano Maxi luminaire is composed of:
an aluminium housing equipped with 96 LEDs ata driving current of 350 mAan electronic power supplya glass protectorelectric cables.
Materials
Product weight: 16.21 kg
Metals (% weight): 81.04 %
Plastics (% weight): 3.06 %
Glass (% weight): 12.34 %
Others (% weight): 3.56 %
TOTAL: 100%
*Packaging not included
This product is designed in conformity with therequirements of the RoHS directive: European Directive2002/95/EC of 27 January 2003. It does not contain, orin the authorized proportions, lead, mercury, cadmium,hexavalent chromium, flame retardant materials(polybromobiphenyls PBB, polybromodiphenylethersPBDE) as mentioned in the Directive.
Life Cycle Assessment ScopeFunctional unitAll calculations are based on one year in the lifetime ofthe luminaire.
In comparison with products belonging to the sameproduct category, the Piano Maxi luminaire has aproduct life span of 25 years.
The environmental analysis has been calculated takinginto account the entire life cycle of the product fromspecifications to dismantling (cradle to grave). The pole is not included in this analysis.
ManufacturingAll the materials, processes and transportrequirements (from the suppliers to the assemblyfactory) are carefully examined and integrated into thislife cycle step.
DistributionSchréder produces its products where they are sold.Manufacturing close to customers means less energyconsumption, less transport and faster deliveries.Schréder products thereby easily comply with theproduct distribution scenario established by the PEP.The transport of the luminaire from the factory to theinstallation site is on average 1000 km by an articulatedvehicle.
Schréder also optimises product packaging according tothe product weight and volume to reduce energyconsumption during transport.
The packaging for the Piano Maxi luminaire weighs atotal of 1.86 kg.
1.8 kg for the cardboard box60 g for the installation sheet.
End of lifeThe Piano Maxi luminaire is compliant with the Wastefrom Electrical and Electronic Equipment Directive2002/96/EC which aims to minimise the impact ofend-of-life electrical and electronic equipment onhuman health and the environment.
The Piano Maxi luminaire is recycled in accordancewith local and national laws.
Schréder Product Environmental Profile - Piano Maxi
UtilisationThe Piano Maxi luminaire does not generate any environmental pollution that requires special measures (noise,emissions, etc).
Lamp power: 109 W @350mA
Mode CLO coefficientReal Power
(W)Operating hours
(h/per year)Electricity consumption
(kWh/year)Full power No CLO 109 4000 436Dimming mode 1 0 0 0 0Dimming mode 2 0 0 0 0Dimming mode 3 0 0 0 0Dimming mode 4 0 0 0 0
Total 4000 436
Environmental impactsIn collaboration with an independent agency specialised in sustainable development strategies, Schréder hasestablished a Life Cycle Assessment tool (InstantLCA) to analyse the environmental impacts of our luminaires, whichfollows the principles of .ISO 14040:2006
Primary data have been directly encoded by Schréder, and secondary data are provided by internationally recogniseddatabases such as .Ecoinvent v2.2
This assessment takes into account the manufacturing (including the processing of raw materials), transport, utilisationdue to electric consumption and maintenance and the end-of-life phases.
For the utilisation phase, the following assumptions were made:
Life span: 25 yearsElectrical power model: electrical mix of EuropeOperating hours: 4000 hours/yearLamp replacement: LED relamping every 25 years
Indicators UnitLife cycle
assessmentManufacturing Distribution
UtilisationEnd-of-life
Electricity Maintenance
Non renewable resourcesdepletion
Person-reserve 0.0207 34.7 % 0.2 % 52.9 % 12.2 % -0 %
Energy consumption MJ 4842 4 % 0.2 % 96.3 % 1 % -1.5 %
Water consumption m³ 1.5975 5.8 % 0.3 % 92.6 % 2.3 % -1 %
Greenhouse effect Kg eq CO2 219.6 5.2 % 0.1 % 95.4 % 1.4 % -2 %
Ozone depletion Kg eq CFC11 1.483E-05 5.9 % 0.3 % 93.4 % 2.2 % -1.7 %
Human toxicity CTU 8.975E-06 15.4 % 0.2 % 73.6 % 3.9 % 6.9 %
Water toxicity CTU 19.6797 34.2 % 0.7 % 71.4 % 6.5 % -12.8 %
Photochemical ozonecreation
Kg NMVOC 0.495 6 % 0.4 % 93.9 % 1.9 % -2.3 %
Air acidification Kg eq H+ 0.8554 6.6 % 0.2 % 93.4 % 2.1 % -2.4 %
Eutrophication Kg eq PO 0.0884 9.2 % 0.4 % 88.7 % 3.7 % -2 %
Hazardous wasteproduction
Kg 0.0373 3.4 % 0 % 17.4 % 0.5 % 78.7 %
The most significant impact of a luminaire on the environment lies in its utilisation phase, and more specifically, in theenergy consumed. Schréder focuses the greatest proportion of its efforts on developing products which consume lessenergy for more performance.
