#Japan #Chiyoda #next-generation battery #electrolyte design #CMCR

Seminar on Next-Generation Secondary Batteries

On May 14, 2025, CMCR (CMC Research), an organization specializing in advanced technology and market information, will host a live online seminar titled "Next-Generation Secondary Battery Research and Development: Outlook and Challenges in Electrolyte Design from Liquid to Solid". This event promises to offer a deep dive into the latest trends and technical innovations in secondary battery technology.

Seminar Overview

Running from 1:00 PM to 4:30 PM, the seminar will feature expert speaker Yuichi Munakata, an associate professor at Osaka Metropolitan University’s All-Solid-State Battery Research Institute. Attendees will gain crucial insights into the fundamental knowledge of secondary batteries, challenges faced by lithium-ion batteries, and the advantages of solid-state technology.

The registration fees are as follows: 44,000 yen (general public), 39,600 yen (CMCR newsletter members), and 26,400 yen (academic participants, all prices inclusive of tax and materials). This seminar is not only a chance to learn but also an opportunity for participants to engage directly in Q&A sessions with the expert speaker.

Key Topics to be Covered

Participants can expect to learn:
1. Fundamental concepts of secondary batteries
2. Current issues with lithium-ion batteries and the benefits of transitioning to solid-state systems
3. Components and designs involved in solid-state lithium-ion batteries, and their potential

Who Should Attend?

This seminar is ideal for:

• - Professionals involved in the development of batteries and battery materials
• - Individuals interested in new battery technologies
• - Those exploring advancements in ceramic materials and technologies

Detailed Program

1. Basics of Secondary Batteries

- Fundamental structure of batteries
- Charge and discharge reactions
- Energy density and output density
- Current state and challenges of lithium-ion batteries

2. Next-Generation Secondary Batteries

- The necessity for next-gen secondary batteries
- Development status and challenges of various next-gen batteries

3. High-Capacity Anodes and Cathodes for Next-Gen Batteries

- Cathode materials
- Anode materials

4. Designing Electrolytes for Next-Gen Li Batteries

- Importance of electrolyte design
- Flame-retardant electrolytes
- Solid electrolytes

5. Electrode-Electrolyte Interface Design

- Interface reactions
- Use of additives
- Surface modifications
- Interface design in solid batteries

6. Application Expansion of Next-Gen Secondary Batteries

- Mobile and compact devices
- Automotive applications

7. Conclusion

This seminar will be conducted via the Zoom video conferencing platform, and participants will have the benefit of access to recorded content for later viewing. It’s a unique opportunity to broaden understanding and engage with cutting-edge developments in battery technology.

Registration

To register for this seminar, please visit CMCR's official website, where you will receive a viewing link via email upon completing your registration. For more information, check the designated URL.

Don’t Miss Out

With an increasing emphasis on sustainable energy solutions and innovations in mobility, understanding developments in secondary battery technology is more crucial than ever. Join us to discover the promising future of energy storage solutions.

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