5/28 Webinar "Explanation of Remaining Capacity and Degradation Estimation Techniques for Optimal Management of Lithium-Ion Batteries... Focusing on Operating Principles, Modeling, and Control Methods, with Perspectives by Battery Type and Application for EVs, HEVs, and PHEVs"

Paradigm shift of positive and negative electrode materials and components.

This book, titled "Prospects for All-Solid Lithium-Ion Batteries," focuses on the paradigm shift in positive and negative electrode materials as well as materials and components. The author has been involved in battery materials and manufacturing since the inception of lithium-ion batteries at SONY Corporation, and has quantitatively estimated and discussed issues as much as possible. For the calculations as industrial products, all conditions and processes of the calculations are presented to accommodate case-by-case recalculations. [Features (Excerpt)] ■ Will the 10 million EVs/year require 800 GWh of batteries be liquid-based or all-solid? ■ What is the safety level of all-solid batteries without electrolyte and separator? ■ What are the methods and limitations for forming interfaces between solid electrolytes and positive/negative electrode materials? ■ Are all-solid batteries cylindrical, prismatic, or laminated? ■ Energy characteristics vs. power characteristics; strengths and weaknesses of all-solid batteries. *When applying, please download the order form from the PDF download. *For more details, please download the PDF or contact us.

• Lithium-ion battery
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https://cmcre.com/archives/140874/

Revised Edition: Ensuring the Safety of Lithium-Ion Batteries 2026 – Addressing Safety from the Perspective of Battery Use – 【Features of This Book】 - The safety of batteries boils down to not deviating from the principles of electrochemistry! - The safety of industrial products depends on the manufacturer's policy; can it be done?! - Reducing battery costs = lowering safety; unfortunately, this is true! - The safety of the battery itself and the maintenance of safety in application fields are both essential! - The next year will see the continued finalization of domestic fire safety regulations; do not take your eyes off it! - There are no new revisions to global safety standards; safety cannot be guaranteed by standards! - Hydrogen sulfide measures for sulfide-based all-solid-state batteries are somewhat under control, but… 【Structure】 * Chapters 1 to 6 are the same as the 2023 edition (https://cmcre.com/archives/114978/). Chapters 7 to 10 are the new additions this time. Chapter 7: Status of Revisions to Major Safety Regulations as of the End of 2025 Chapter 8: New Developments in Fire Safety Law Compliance Chapter 9: Safety of All-Solid-State Batteries and Sulfide-Based Electrolytes Chapter 10: Conclusion

• Secondary Cells/Batteries
• Lithium-ion battery
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The latest version summarizing changes in domestic and international laws, regulations, and standards from 2023 to 2025, divided into chapters!

Revised Edition: Ensuring the Safety of Lithium-Ion Batteries 2026 - Addressing Safety from the Perspective of Battery Use - 【Features of this Book】 - The safety of batteries boils down to not deviating from the principles of electrochemistry! - The safety of industrial products depends on the manufacturer's policy; can it be achieved?! - Reducing battery costs = decreased safety; unfortunately, this is true! - Both the safety of the battery itself and the maintenance of safety in application fields are essential! - For the next year, the confirmation of domestic fire safety regulations will continue; do not take your eyes off it! - There are no new revisions to global safety standards; safety cannot be guaranteed by standards! - Measures against hydrogen sulfide in sulfide-based all-solid-state batteries are somewhat manageable, but... 【Structure】 * Chapters 1 to 6 will have the same content as the 2023 edition (https://cmcre.com/archives/114978/). Chapters 7 to 10 are the new additions this time. Chapter 7: Status of Revisions to Major Safety Regulations as of the End of 2025 Chapter 8: New Developments in Fire Safety Law Compliance Chapter 9: Safety of All-Solid-State Batteries and Sulfide-Based Electrolytes Chapter 10: Conclusion

• Secondary Cells/Batteries
• Lithium-ion battery
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Investigate and analyze the supply of battery materials, various regulations, and business trends regarding the reuse and recycling of lithium-ion batteries for electric vehicles.

Book Title: Reuse & Recycling of Lithium-ion Batteries for EVs ~ Supply of Battery Materials, Various Regulations, and Business Responses ~ [Features of this Book] - In 2030 (year-round), the batteries installed in BEVs in major global regions will be approximately 700 GWh/year, with all electric vehicles totaling 800 GWh/year! - Almost 800 GWh worth will be put into recycling in about 10 years; how prepared are we for the recovery of elemental resources? - The initial efforts for the reuse of EV batteries have been successful; will plans be made based on the situation going forward? - Recycling of Ni and Co has reached a high level of technological capability, primarily among Japanese companies; the next step is demonstration! - The "horizontal recycling" of cathode materials has completed its initial development stage and is moving towards demonstration in multi-component systems! - If lithium recycling is completed, LFP will be a rational choice that does not require recycling! - Trends in resource circulation and recycling technology development for automotive lithium-ion batteries are included! (Special contribution by Mr. Tokoro)

• Lithium-ion battery

Unlocking the future of EV batteries—Deep dive into dry electrodes and dipole structures!

**Features of This Book** - EV Bubble... Is the inability to manufacture high-performance batteries the cause? - Even if EVs are powered by thermal power generation, isn't this a "coal car"? - Is the positive electrode material settled on iron phosphate LFP, with nothing more to come? - Where did it go? NMCxyz high-capacity high-nickel positive electrode material! - Still somewhat unclear SiOx/C high-capacity negative electrode material! - Is the lithium-sulfur battery free of transition elements the ultimate "Hinomaru" battery? - Dry electrodes and bipolar structures are Japan's well-honed technology! **Table of Contents** Part 1: Positive and Negative Electrode Materials Chapter 1: Overview of Lithium-Ion Batteries, Electrochemistry of Chemical Batteries Chapter 2: Role Distribution of Positive and Negative Electrode Materials, Cooperation Between Main Actors and Supporting Roles Chapter 3: Selection of Positive Electrode Materials (1) Chapter 4: Selection of Positive Electrode Materials (2) Chapter 5: Selection of Negative Electrode Materials (1) Chapter 6: Selection of Negative Electrode Materials (2) Chapter 7: Selection of Negative Electrode Materials (3) Part 2: New Electrode Processes Chapter 8: (Lithium Metal/Sulfur) Batteries, the Ultimate Over 500Wh/kg Chapter 9: Manufacturing Processes for Positive and Negative Electrode Plates, Transition from Wet to Dry Processes Chapter 10: Bipolar Cells and Solid Electrolytes, Reconstruction of Ion & Electron Movement Chapter 11: (Special Contribution) Positioning of Positive and Negative Electrodes from the Perspective of Battery Disassembly in BEV Applications

• Lithium-ion battery
• Technical and Reference Books

A detailed description of the reuse and recycling of lithium-ion batteries for electric vehicles, covering everything from composition to development examples.

■Book Title: Reuse and Recycling of Lithium-Ion Batteries for EVs 2021 - Characteristics, Standards, Safety, and Business Trends - This book aggregates data, estimates, and analyzes the characteristics, composition, and structure of chemical secondary batteries across the following chapters 1 to 9. The keywords include elemental resources (Co, Ni, Li, etc.), cathode material synthesis, safety, chemical hazards, wet/dry processing, among others, while also presenting development case studies from related companies whenever possible. We hope this book serves as a useful resource for those interested in the recycling and reuse of lithium-ion batteries for EVs. June 2021 【Features of this Book】 ◆ By 2031, EV batteries will amount to approximately 2000 GWh globally... what will happen to those elemental resources? ◆ Valuable elemental resources Co, Ni, and Li will be reused as cathode materials. ◆ Rules and regulations for the industrial waste treatment of damaged or discarded EV batteries. ◆ Who ensures the safety of reused EV batteries, and how? ◆ The fate of EV batteries that can no longer deliver power after reaching the retirement age of 60 years. ◆ Regulations of the Basel Convention for the aggregation and processing of waste batteries.

• Lithium-ion battery

This document summarizes the revisions of the major safety standards for lithium-ion batteries up to the first half of 2023.

■Book Title: Ensuring the Safety of Lithium-Ion Batteries - Related Regulations, Standards, and Labeling Rules 2023 Currently, lithium-ion batteries are no longer considered a specialized technology; they require compliance with various domestic and international regulations and guidelines across a broad range of business activities, including sales and distribution, and the fulfillment of responsibility sharing. This book incorporates recent legal amendments and is divided into six chapters, providing useful information for solving safety issues and offering many hints for problem-solving. Along with abundant charts and diagrams, it serves as a resource for swift safety measures. 【Features】 ➢ Consolidation of major safety standard revisions up to the first half of 2023 ➢ Detailed explanations of key testing standards such as JIS, UL, and UN transport, item by item ➢ Explanation of the Electrical Appliance and Material Safety Law and PSE mark, including revisions to the operational regulations ➢ Examination of the causes behind the increasing fire incidents of Battery EVs ➢ Evaluation of the safety (benefits) of solid-state batteries and challenges related to chemical hazards ➢ Practical guidelines illustrated for personnel responsible for maintaining safety ➢ Examples of warning labels (marking) for battery products, focusing on mobile devices

• Lithium-ion battery

We have added an advanced edition to the revised and updated basic edition of the highly acclaimed "Manufacturing Process & Cost Comprehensive Technology of Lithium-Ion Batteries 2016."

■ Comprehensive Technology on the Manufacturing Process & Cost of Lithium-Ion Batteries 2022 (Advancement Edition) 　～ Advances in Battery Raw Materials and Components and Corresponding Battery Technologies ～ In the Advancement Edition, Chapters 7 to 14 focus on the recent advancements in positive and negative electrode materials and components of lithium-ion batteries. In the latter half, it also addresses the diversification of battery casing types, as well as challenges related to quality assurance and the supply chain of raw materials. 【Features of This Book】 ◆ An advancement edition added to the revised and updated foundational edition of "Comprehensive Technology on the Manufacturing Process & Cost of Lithium-Ion Batteries 2016," which received positive feedback. ◆ Covers the latest advancements in lithium-ion battery components in addition to the basic matters discussed in the previous edition. ◆ Includes coverage of the diversification of battery casing types. ◆ Addresses challenges in quality assurance and the raw materials supply chain. ◆ Discusses the consequences of rushing results during a transformative period, including the shift to EVs. *Purchasing this book as a set of two volumes, 2022 (Foundational Edition) and 2022 (Advancement Edition), offers a great value.

• Lithium-ion battery

The highly acclaimed "Lithium-Ion Battery Manufacturing Process & Cost Comprehensive Technology 2016" has been revised and updated.

■ Comprehensive Technology on the Manufacturing Process & Cost of Lithium-Ion Batteries 2022 (Basic Edition) The 2016 edition contained nearly all the design and manufacturing technical know-how of that time. We believe that it is appropriate for this book to retain the basic structure of the 2016 edition while adding new information on subsequent expansions and advancements in material technology. Therefore, we have revised and supplemented it as "Comprehensive Technology on the Manufacturing Process & Cost of Lithium-Ion Batteries 2022 (Basic Edition)." We aim to provide comprehensive information on the manufacturing of lithium-ion batteries from a new perspective. 【Features of this Book】 ◆ Revised and supplemented version of the popular "Comprehensive Technology on the Manufacturing Process & Cost of Lithium-Ion Batteries 2016" ◆ Detailed description of raw materials, design and manufacturing, process equipment, and cost structure of lithium-ion batteries ◆ Explanation of the current state of battery production at the present technology level ◆ Challenges in the raw material supply chain within the manufacturing industry ◆ Provision of comprehensive information on lithium-ion battery manufacturing from a new perspective *This book is available at a discount when purchased as a set with both 2022 (Basic Edition) and 2022 (Advanced Edition).

• Lithium-ion battery

Focusing on recycling technology for used lithium-ion batteries, this document includes a wealth of information to understand the overall picture of recycling technology and business.

This book provides a detailed explanation of the recycling technology for lithium-ion batteries used in vehicles, which is expected to see increased demand alongside the proliferation of electric vehicles (EVs), as well as an overview of the entire business landscape and legal frameworks. It includes particularly detailed explanations of wet refining, which is one of the pillars of current recycling technology. We hope that this will help readers understand the current state of recycling technology for lithium-ion batteries used in vehicles and support the research and development of recycling technologies and their commercialization based on the results. 【Features】 ➢ Illustrates the positioning of LiB recycling from the perspective of a circular economy ➢ Describes the joint collection scheme for LiB in Japan and its achievements ➢ Provides a detailed explanation of wet refining, one of the pillars of recycling technology ➢ Describes new low-temperature/low-energy technologies, such as bioleaching and direct recycling (electronic pulse method) ➢ Offers comprehensive materials to understand the overall picture of recycling technology and business, including trends in recycling-related research and patents, legal systems in various countries, and the efforts of relevant companies *When applying, please download the order form from the PDF download. *For more details, please download the PDF or contact us.

• Lithium-ion battery

Focusing on the adjustment and evaluation of fine particles and slurries! New cases in each category as well!

This book describes the manufacturing technology of lithium-ion batteries and all-solid-state batteries. Focusing on the adjustment and evaluation of fine particles and slurries, it introduces battery manufacturing technology. Experts from various research fields explain the fundamental theories and general principles. In the individual chapters, new case studies are presented classified by powder, positive electrodes, negative electrodes, binders, slurries, conductive additives, separators, analysis, and all-solid-state batteries. [Features] - Introduces battery manufacturing technology focusing on the adjustment and evaluation of fine particles and slurries - Experts from various research fields explain fundamental theories and general principles - New case studies are presented in individual chapters classified by powder, positive electrodes, negative electrodes, binders, slurries, conductive additives, separators, analysis, and all-solid-state batteries *When applying, please download the order form from the PDF download. *For more details, please refer to the PDF materials or feel free to contact us.

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Advantech Toyo will be exhibiting at the trade show "JASIS 2026," which will be held at Makuhari Messe International Exhibition Hall. At this exhibition, manufacturers of analytical and scientific instruments will gather to showcase cutting-edge scientific and analytical systems and solutions. At our booth, we will display filter products for microbiological testing and environmental analysis, water quality testing products, pure and ultra-pure water production equipment, and culture-related equipment. Additionally, we will also showcase analytical balances from Mettler Toledo, along with equipment from other well-regarded manufacturers in the industry. Our sales and technical staff will be available to assist with product selection, so please feel free to stop by!

[Speakers] Nomura Research Institute, Ltd. Global Manufacturing Consulting Department Group Manager Hirokazu Shimo Senior Consultant Shoki Tokugawa Senior Consultant Wataru Hashimoto Consultant Masaaki Amano Consultant Tomoya Nakamura [Presentation Items] 1. Key Development Themes of Major OEMs 2. Development Approaches of Each OEM 2-1. Toyota 2-2. Tesla 2-3. Suzuki 2-4. Nissan 2-5. Honda 3. Development Approaches of Suppliers 4. Key Points for Strengthening Development Capabilities 5. Q&A / Business Card Exchange

[Speaker] Ayaka Motomura, Consultant, Business Transformation Unit, NTT Data Management Research Institute [Key Lecture Content] With the advancement of Physical AI, telecommunications carriers have the opportunity to evolve from being "companies that provide lines" to companies that connect and control AI and the physical world in real-time. This seminar will organize the changes in communication demand brought about by Physical AI and the business opportunities for telecommunications carriers, while explaining the role of AIOps as the first step towards entry. Furthermore, it will discuss strategies for monetizing in the Physical AI market by deploying the operational intelligence accumulated through AIOps to network APIs and industry-specific services, as well as the layers that telecommunications carriers should hold. [Lecture Topics] Chapter 1: The Competitive Structure of the "Real World" Rewritten by Physical AI Chapter 2: Reasons Why Opportunities for "Reversal" Arise for Telecommunications Carriers in the Era of Physical AI Chapter 3: The First Step Towards Physical AI Chapter 4: Shifting AIOps from "Defense" to "Offense" Chapter 5: The Layers to Hold in the Era of Physical AI [Q&A / Business Card Exchange]

[Instructor] Partner Ryoji Mori, Eichi Law Office [Key Lecture Content] This lecture will explain the revised Personal Information Protection Act of 2028. The three-year review this time is a major revision, and it is essential to first understand where and how the revisions have been made, as well as the overall picture of the amendments. Next, we will explain the individual amendments that are practically important. The key points are as follows, but it is important to note that both the strengthening and relaxation of obligations are occurring simultaneously, increasing overall complexity. At the time of the lecture, it is expected that subordinate laws and guidelines will not yet be published, but we will discuss points that require attention upon publication. We will distinguish between what is necessary across businesses and what varies by industry. [Lecture Items] 1. Expansion of consent exceptions: Relaxation of the difficulty of obtaining consent and expansion of academic research institutions 2. Statistical exceptions: System content and how to read complex provisions (plus learning about acceptability from controversies) 3. Strengthening regulations on biometric information and children's information: Caution required for age verification 4. Contactable personal-related information: Changes in external transmission responses 5. Review of outsourcing regulations: Addition and removal of obligations for contractors 6. Administrative fines: Narrow target range and low amounts (not worth fearing) 7. Q&A / Business card exchange

[Instructor] Innovation Analyst Andy Kondo [Key Lecture Content] *The latest content will be added (changed) as appropriate based on the on-site survey of IAA Transportation 2026.* From September 15 to 20, 2026, the largest commercial vehicle exhibition in Europe, IAA Transportation, will be held in Hanover, Germany. It is a gathering place for manufacturers of commercial vehicles such as trucks and buses, as well as the parts, energy, and software that support them, occurring every two years. The cost structure of logistics, urban transportation and the environment, energy transition, decarbonization efforts, and a microcosm of the industry will reveal the future business environment just a step ahead. In this seminar, an innovation analyst who has been observing major global exhibitions such as CES and Hannover Messe for many years will report shortly after the event based on on-site coverage. Has autonomous driving become the main focus in commercial vehicles? Where is the energy transition for large vehicles settling in terms of batteries, hydrogen, and alternative fuels? How far have Chinese companies come? Based on photos taken at the venue and observations of actual products, the seminar will delve into the implications for Japanese companies.