Specialized Book: "Reuse/Recycling Technologies and Regulatory Trends for Automotive Lithium-ion Batteries"
★Towards addressing the disposal issues of EV batteries. An explanation of related regulations, recycling/reuse technologies, and initiatives by various companies based on domestic and international market trends.
● What is the market size of the global automotive LiB market (based on value and capacity)? What are the strategies and current situations of related companies both domestically and internationally? An explanation of domestic business models, 3R, marking, Basel regulations, and other related laws and regulations. 〇 The necessary processing steps and realities for the recycling/reuse of lithium-ion batteries. Is it viable as a business? The characteristics required for automotive batteries, examples of initiatives both domestically and internationally, etc. ● Performance evaluation and degradation estimation techniques conducted during recycling/reuse. What items should be evaluated for automotive LiB? Methods for evaluating the performance of used batteries, risks of thermal runaway and safety/reproducibility testing, etc.
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basic information
Publication scheduled for late March 2022. Price: 63,800 yen (including tax at 10%). Format: B5 size, approximately 260 pages. ISBN: 978-4-86502-233-9.
Price information
List price: 63,800 yen (including tax (10% consumption tax))
Price range
P2
Delivery Time
P1
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Applications/Examples of results
Chapter 1: Market Trends and Regulations Surrounding Automotive Lithium-Ion Batteries Section 1: Automotive Lithium-Ion Battery Market and Trends in Reuse and Recycling Section 2: Current Status of the Automotive Battery Business and Trends in Reuse and Recycling Technologies Section 3: Regulations Regarding Battery Reuse and Recycling Chapter 2: Recycling/Reusing Technologies Section 1: Current Status of Storage Battery Recycling Section 2: System Development for Battery Reuse and Advanced Case Studies Section 3: Recovery Technologies for Battery Materials (Nickel, Cobalt, Lithium) and Rare Metals Section 4: Trends and Development Trends of Various Components (Positive Electrode Materials, Negative Electrode Materials) Section 5: Required Characteristics for Automotive Batteries Section 6: Demonstration Cases and Recycling Development Cases Chapter 3: Performance Degradation, Material Evaluation, and Safety Testing for LiB Recycling/Reusing Section 1: Development Trends and Material Analysis Evaluation for High Performance of EV LiB Section 2: Degradation Diagnosis Methods for LiB
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