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Content
Content (en)
Foreword
Introduction
Scope
Normative references
Terms and definitions
active material
battery
battery batch
battery category
battery cell
battery chemistry
battery management systemBMS
battery manufacturing waste
battery model
battery module
battery pack
battery passport
battery status
battery with external storage
carbon footprint
digital product passportDPP
disassembly
dismantling
static data
dynamic data
economic operator
electric vehicle batteryEV battery
end-user
importer
battery item
industrial battery
light means of transport batteryLMT battery
starting, lighting and ignition batterySLI battery
making available on the market
manufacturer
non-rechargeable batteryprimary battery
rechargeable batterysecondary battery
post-consumer waste
preparation for repurposing
preparation for re-use
producer responsibility organisation
producer
putting into service
QR code
rated capacity
recycling
remanufacturing
repair
repurposing
re-use
state of chargeSoC
state of healthSoH
stationary battery energy storage systemstationary BESS
treatment
unique identifier
waste battery
waste management
functional unit
Abbreviations
Introduction to the battery passport
Legislation
Battery passport access
Access to battery passport information
Access groups
Labelling
Data attributes overview
Battery passport content requirements
Identifiers and product data
Overview
Identifier
Battery passport identifier
Battery identifier
Operator identifier and information
Manufacturer identifier and information
Product data
Manufacturing place
Manufacturing date
Date of putting the battery into service
Warranty period of the battery
Battery category
Battery mass
Battery status
Symbols, labels and documentation of conformity
Overview
Separate collection symbol
Symbols for cadmium and lead
Carbon footprint label
Extinguishing agent
Meaning of labels and symbols
EU declaration of conformity
Results of test reports proving compliance
Battery carbon footprint
Overview
Battery carbon footprint per Functional Unit
Contribution of raw material acquisition and pre-processing lifecycle stage
Contribution of main product production/manufacturing lifecycle stage
Contribution of distribution lifecycle stage
Contribution of end of life and recycling lifecycle stage
Carbon footprint performance class
Web link to public carbon footprint study
General battery and manufacturer information
Absolute battery carbon footprint
Supply chain due diligence
Overview
Information of due diligence report in the Battery Passport
Third-party assurances of recognised schemes
Supply chain indices
Battery materials and composition
Overview
Battery chemistry
Critical raw materials
Materials used in cathode, anode and electrolyte
Hazardous substances
Impact of substances on environment, human health, safety, persons
Circularity and resource efficiency
Circularity information
Overview
Dismantling information: Manuals for the removal and the disassembly of the battery pack
Part numbers for components
Information on sources of spare parts: Postal, email and website address
Safety measures
Recycled and renewable content
Overview
Pre-consumer and post-consumer recycled cobalt, lithium, nickel, and lead share
Pre-consumer recycled nickel share
Pre-consumer recycled cobalt share
Pre-consumer recycled lithium share
Pre-consumer recycled lead share
Post-consumer recycled nickel share
Post-consumer recycled cobalt share
Post-consumer recycled lithium share
Post-consumer recycled lead share
Renewable content share
Information on role of end-users in waste prevention and information on battery collection, preparation for second life and on treatment at end of life
Overview
Information on the role of end-users in contributing to waste prevention
Information on the role of end-users in contributing to the separate collection of waste batteries
Information on battery collection, preparation for second life and on treatment at end of life
Performance and durability
General
Capacity, energy, and voltage
Overview
Rated capacity
Remaining capacity
Capacity fade
Certified usable battery energy
Remaining usable battery energy
State of certified energy (SOCE)
State of charge (SoC)
Minimum voltage
Maximum voltage
Nominal voltage
Power capability
Overview
Original power capability
Remaining power capability
Power fade
Maximum permitted battery power
Ratio between nominal battery power and battery energy
Round trip energy efficiency and self-discharge
Overview
Initial round trip energy efficiency
Round trip energy efficiency at 50 % of cycle-life
Remaining round trip energy efficiency
Energy round trip efficiency fade
Initial self-discharge rate
Current self-discharge rate
Evolution of self-discharge rates
Internal resistance
Overview
Initial internal resistance of battery cell and pack (module recommended)
Internal resistance increase of pack (cell and module recommended)
Battery lifetime
Overview
Expected lifetime in calendar years
Expected lifetime: Number of charge-discharge cycles
Number of full charging and discharging cycles
Cycle-life Reference test
C-rate of relevant cycle-life test
Energy throughput
Capacity throughput
Capacity threshold for exhaustion
Temperature conditions
Overview
Temperature information
Temperature range idle state, lower boundary
Temperature range idle state, upper boundary
Time spent in extreme temperatures above boundary
Time spent in extreme temperatures below boundary
Time spent charging during extreme temperatures above boundary
Time spent charging during extreme temperatures below boundary
Negative Events
Overview
Number of deep discharge events
Number of overcharge events
Information on accidents
Data attribute longlist (informative)
Due diligence report (informative)
Obligations for economic operators on due diligence policies
Guidelines to align activities and reporting
Recycled content targets (informative)
References to Regulations (informative)
Bibliography
ICS
13.020.20,
29.220.20
DOI
https://dx.doi.org/10.31030/3582101
Cooperation at DIN
Please get in touch with the relevant contact person at DIN if you have problems understanding the content of the standard or need advice on how to apply it.
