DURAPOWER Template V2 - TEST
by Orobo Platform Ltd
Product ID
#DURA Batteries 0100
Industry
batteriesDescription
lalalalalla
Organization
Blockchain Verification
Status
✓ Blockchain VerifiedTransaction ID
9suELPthxgAUYB48MCr6n1QWUdPrQP8KHAsUhPfw7jWS
Hash
b140994e5d6a9c06cfff3e25a675694510e94f981d9ebd8fb913c780d05b770f
Product Specifications
Battery Regulation DPP - EV • batteries
DPP Header
2/2 fields completedPassport-level identifiers of the battery passport, the battery, the economic operator and the facility, as required by Article 77(3) and the JTC-24 standards (EN 18219, EN 18222, EN 18223)
Unique Dpp Identifier
Unique Battery Identifier
Identifiers and Product Data
15/21 fields completedBattery identification, economic operator, manufacturer and manufacturing place details, and basic product data as required by Article 38, Annex VI Part A and Annex XIII (1a)
Battery Model Identifier
Battery Serial Number
Economic Operator Name
Economic Operator Trade Name
Economic Operator Address
Economic Operator Email
Economic Operator Web Address
Manufacturer Name
Manufacturer Trade Name
Manufacturer Address
Manufacturer Email
Manufacturer Web Address
Manufacturing Place Street Address
Manufacturing Place Building
Manufacturing Place City
Manufacturing Place Country
Manufacturing Date
Putting Into Service Date
Warranty Period Of The Battery
Battery Category
Battery Mass
Symbols, Labels and Documentation of Conformity
4/7 fields completedLabels and symbols, their meaning, usable extinguishing agent, EU declaration of conformity and test reports as required by Articles 13 and 18, Annex VI and Annex XIII (1r), (1s) and (3)
Separate Collection Symbol
Cadmium Symbol
Lead Symbol
Carbon Footprint Label
Extinguishing Agent
Meaning Of Labels And Symbols
Eu Declaration Of Conformity
Battery Carbon Footprint
0/8 fields completedBattery carbon footprint declaration data as required by Article 7 and Annex XIII (1c)
Battery Carbon Footprint
Carbon Footprint Raw Material Stage
Carbon Footprint Production Stage
Carbon Footprint Distribution Stage
Carbon Footprint End Of Life & Recycling Stage
Carbon Footprint Performance Class
Carbon Footprint Study Link
Absolute Carbon Footprint
Supply Chain Due Diligence
0/3 fields completedSupply chain due diligence report and related third-party assurance information as required by Article 52(3) and Article 49
Due Diligence Report
Third Party Assurance
Supply Chain Indices
Battery Materials and Composition
9/9 fields completedBattery chemistry, critical raw materials, and hazardous substances as required by Annex XIII (1b), (2a) and Annex VI Part A
Battery Chemistry
Critical Raw Materials List
Hazardous Substances Chemical Name
Hazardous Substances Identifier Type
Hazardous Substances Identifier
Hazardous Substances Concentration
Hazardous Substances Hazard Phrases
Hazardous Substances Precautionary Phrases
Hazardous Substances Substance Location
Circularity and Resource Efficiency
4/8 fields completedRecycled and renewable content, dismantling, spare parts, safety measures and end-of-life information as required by Annex XIII (1e), (1f), (2b)–(2d) and Article 74(1)
Nickel Recycled Content Share
Cobalt Recycled Content Share
Lithium Recycled Content Share
Lead Recycled Content Share
Renewable Content Share
Waste Prevention Information
Separate Collection Information
Collection And Recycling Information
Performance and Durability
18/27 fields completedStatic performance and durability parameters and dynamic battery condition data as required by Annex XIII (1g)–(1p) and (4), Annex IV and Annex VII
Rated Capacity
Rated Energy
Minimum Voltage
Minimum Voltage Temperature Range Lower Boundary
Minimum Voltage Temperature Range Upper Boundary
Maximum Voltage
Maximum Voltage Temperature Range Lower Boundary
Maximum Voltage Temperature Range Upper Boundary
Nominal Voltage
Nominal Voltage Temperature Range Lower Boundary
Nominal Voltage Temperature Range Upper Boundary
Original Power Capability At 80% Soc
Original Power Capability At 20% Soc
Rated Maximum Power
Rated Maximum Power Temperature Range Lower Boundary
Rated Maximum Power Temperature Range Upper Boundary
Initial Round Trip Energy Efficiency
Round Trip Efficiency At 50% Cycle Life
Initial Internal Resistance Pack
Initial Internal Resistance Module
Initial Internal Resistance Cell
Expected Lifetime Number Of Cycles
Cycle Life Reference Test
C Rate Of Cycle Life Test
Capacity Threshold For Exhaustion
Temperature Range Idle State Lower Boundary
Temperature Range Idle State Upper Boundary