Use-case for the application of EN 45554 in the automotive industry
Lisa Dawel, Achim Maat, Karin Sämann, Paolo Rosa, Daniele Perossa, Christoforos Spiliotopoulos, Pauline Mourlon, Jean-Baptise Prono, Elodie Brauer-Surgot, Fabrice Blasenhauer, Kevin Boissie, Jan Kratky, Silvia Kandemir, Fatih Yaman, Boštjan Okorn, Cyrille Dalla Zuanna, Csaba Szunder
This CWA will describe a use-case for the assessment of the repairability of a product in the automotive industry based on the application of EN 45554. Challenges and lessons learned will be described and recommendations for the assessment of the repairability of a product from the manufacturer’s perspective are given. These findings can be helpful also outside the automotive industry.Focus on Repairability: The standard helps evaluate how easily complex electronic parts can be repaired, a significant challenge in the automotive sector.Electronic Control Units (ECUs): A specific example involves analyzing an ESP control unit, designed to operate in engine bay environments, for its repair potential.Circular Economy Goal: By making repairability a key performance indicator (KPI), the standard aims to improve product longevity and reduce waste.Supplier Comparability: It allows different manufacturers to benchmark their products' repair performance, fostering competition in sustainable design.CEN-CENELEC Initiative: This application is part of a broader CEN-CENELEC Workshop Agreement (CWA) to develop common methods for assessing repairability in automotive electronics
2025
misc
CIRC-UITS
Circular Integration of independent Reverse supply Chains for the smart reUse of IndusTrially relevant Semiconductors
Circular Integration of independent Reverse supply Chains for the smart reUse of IndusTrially relevant Semiconductors
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