T/DZJN 216-2023 Guidelines for Carbon Footprint Evaluation of Lithium-Ion Battery Products Part 2: Cathode Material-Lithium Iron Phosphate (English Version)
This document stipulates the guidelines for evaluating the carbon footprint of lithium-ion battery products - Part 2: Positive electrode material - Phosphorite Lithium's terminology and definitions, principles, scope delineation, evaluation process, calculation methods, and assessment report.
1 Range
2 Normative referenced documents
3 Terminology and definitions
4 Principles
4.1 Adhering to the "key lifecycle" concept
4.2 Relevance
4.3 Completeness
4.4 Consistency
4.5 Accuracy
4.6 Transparency
4.7 Avoidance of double counting
5 Scope delineation
5.1 Product definition
5.2 Functional unit
5.3 System boundary delineation
6 Evaluation process
6.1 Data collection
6.2 Data calculation
6.3 Allocation
7 Calculation methods
7.1 Method selection
7.2 Selection or collection of greenhouse gas activity data
7.3 Selection or determination of greenhouse gas emission factors
7.4 Calculation and aggregation of product carbon footprint
8 Assessment report
8.1 Overview
8.2 Validity period of evaluation results
8.3 Confidentiality
Appendix A (normative) Methodology and calculation formulas for calculating the carbon footprint of products
Appendix B (normative) Scope of assessment phases for evaluating the carbon footprint of lithium-ion battery positive electrode material - Phosphorite Lithium
Appendix C (normative) Assessment report on the carbon footprint of lithium-ion battery positive electrode material - Phosphorite Lithium
T/DZJN 216-2023 history
2024T/DZJN 216-2023 Guidelines for Carbon Footprint Evaluation of Lithium-Ion Battery Products Part 2: Cathode Material-Lithium Iron Phosphate