September 14 Webinar "Battery Remaining Capacity and Degradation Estimation Technology"

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
• Technical and Reference Books

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
• Technical and Reference Books

A comprehensive strategic approach from both universities and companies aimed at utilizing LIB for business purposes in the industrial application of reuse and recycling technologies.

This book is structured to address the industrial utilization of battery recovery, reuse, and recycling technologies from both university and corporate perspectives. It comprehensively details the evaluation, diagnosis, and certification of used lithium-ion batteries (LIBs) in reuse, as well as dry and wet smelting processes in recycling, supported by numbers and calculation results. **Features of this book:** ➢ Discusses strategic initiatives from both university and corporate perspectives to leverage LIBs for business purposes in reuse and recycling technologies. ➢ Summarizes calculation methods and results for evaluating, diagnosing, and certifying used LIBs for business applications. ➢ Covers detailed figures regarding the safety of electric vehicles (EVs) and plug-in hybrid electric vehicles (PHEVs), as well as diagnostics in operation. ➢ An essential read for considering what should be accomplished in the future of LIB recycling and reuse in Japan and around the world.

• Secondary Cells/Batteries
• Lithium-ion battery

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

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
• Other services
• Technical and Reference Books

Systematically analyze the structural changes in power supply for AI data centers from four perspectives: "market," "power architecture," "material DX," and "implementation technology"!

World AI Data Center Battery: Latest Industry Report ~1500V High Voltage and Material DX Transforming the Next Generation DC Infrastructure~ 【Features of this Book】 - Challenging the physical limits of 1500V high voltage! Insulation and BMS design for next-generation DC architecture! - Exploration of new materials through MI (Material Informatics). Atomic-level interface control! - Response characteristics to the steep dynamic loads unique to AI. Innovations in electrode interfaces controlling capacitive behavior! - Extending lifespan in high-temperature environments from theory to implementation. An overview of thermal stability design that breaks free from reliance on air conditioning! - Public release of negative electrode material performance matrix! Analyzing the fragmented technology roadmap from the perspective of materials science! - The conflict between dry process powder design and thick film formation. Process innovations that break through energy density limits! - Crystal structures and operational evaluation data for post-lithium 3 technologies (Na/Ni-Zn/Fe-Air)! - Technical benchmarking of hyperscaler power strategies. R&D guidelines looking towards 2027!

• Secondary Cells/Batteries
• Technical and Reference Books

Yamamoto Vinitar Co., Ltd. will be exhibiting at the "Frozen, Retort, and Instant Food Material Technology Exhibition" held at "Pacifico Yokohama Exhibition Hall C." Concurrently, the "2nd Nutritional Food Material Exhibition (a B to B food material exhibition focused on health and nutrition)" and the "9th P&B Japan" (a retail, baking, and confectionery exhibition) will also take place. At our booth, we will showcase a demonstration of the 'Range Type' high-frequency thawing device, along with a panel display of high-frequency thawing devices (small batch type; processing capacity of 60kg to 170kg/h, medium batch type; processing capacity of 200kg to 500kg/h, medium to large continuous type; processing capacity of 200kg to 4000kg/h) and provide a consultation desk for high-frequency and microwave heating. If you have any concerns regarding heating, drying, thawing, sterilization, secondary heating sterilization, or pest control using high-frequency/microwave technology, please visit us. [Main Examples of Thawing and Heating Processes] - Heating and drying for confectionery and baking, tempering and melting of butter, thawing of meat, pork, chicken, canned fish, squid, octopus, etc., secondary sterilization of prepared foods, and more. We look forward to your visit. [Exhibited Equipment] ■ High-frequency thawing device 　・ Range type

We will be exhibiting at Semicon Japan 2024, which will be held at Tokyo Big Sight from December 11 (Wednesday) to December 12 (Friday). If you are interested, please come to the venue. ■ Products to be exhibited 1. Spectral interference optical thickness sensor CHRocodile 2 DW/ 2IT 2. Area scanner for measuring the thickness and shape of 12" wafers - Flying Spot Scanner (FSS) 3. Chromatic aberration confocal optical line sensor CLS2.0 4. Chromatic aberration confocal line camera CVC 5. Chromatic aberration confocal optical single-point sensor CHRocodile Mini 6. Non-contact thickness measurement sensor for opaque materials Enovasnese 7. Sensor for detecting internal defects non-contactly - Field sensor

Do you have any of these concerns? "I want to ensure proper dispersion, but bubbles won't escape and there are inconsistencies." "It takes too long to degas using vacuum or manual methods, and the process has become reliant on specific individuals." "When mixing at high speeds, it generates heat, causing the materials to deteriorate or harden." "I want to quickly prototype and evaluate new materials or produce small quantities of various items easily." In this seminar, we will provide not only the fundamental information about Awatori Nentaro but also the latest updates. During the live demonstration, we will clearly explain how actual materials mix and the operation screen of the Shinky temperature management solution app. Additionally, we will have equipment and optional products on display in the venue, allowing you to consult while viewing the actual items. In the seminar, you will learn about: - The mixing mechanism and examples of Awatori Nentaro - Stirring methods and heat generation countermeasures according to material viscosity - The latest automation models and syringe filling technology After the seminar, we will hold an open consultation session at the venue for anyone interested. Please register early!

Hakkou Co., Ltd. will be exhibiting at the 3rd Kyushu Semiconductor Industry Exhibition. At this exhibition, we will showcase our gas-compatible hoses for cooling lines utilizing our lamination technology. We will also be offering technical consultations on the day, so please stop by our booth.

Hakkou Co., Ltd. will exhibit at the 2026 Medical Creation Fukushima. At the exhibition, we will showcase our series of laminated thin tubes with an inner diameter of φ0.8 to 3 or less, utilizing our unique lamination technology for the first time. We will also hold a consultation session for custom-made products, so if you have any issues with hoses or tubes, please feel free to consult with us. We look forward to your visit.