Operating principles, development challenges, and future prospects of next-generation secondary batteries.
S30165
Research trends, possibilities, and points to be addressed regarding sodium cluster secondary batteries and organic secondary batteries: high energy density, safety, and application prospects.
**Part 1:** High-performance batteries are being sought as next-generation batteries, and the market for secondary batteries is emerging in two types: mobile and stationary. The latter is a market where cost is prioritized, but considering future resource risks, the concept of sodium secondary batteries is emerging. **Part 2:** In this lecture, I would like to explain a new type of secondary battery that uses metal cluster complexes (molecular clusters) and their nano-composites as positive electrode active materials, discussing their principles, performance, and reaction mechanisms, as well as the potential for these to exceed the performance of currently mainstream lithium-ion batteries. **Part 3:** Various approaches are being taken to develop new secondary batteries that can handle energy more efficiently. "Multi-electron organic secondary batteries" are a new type of secondary battery that utilizes multi-electron reactions of organic compounds for charging and discharging, and are expected to feature high energy density, safety, low environmental impact, and low cost. The lecture will introduce the operating principles, development status, and future prospects of such multi-electron organic secondary batteries, and discuss their potential as next-generation secondary batteries.
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**[Instructors]** **Part 1**: Mr. Ikuo Kurachi, President, Kenshu Co., Ltd. Here is the teacher's homepage. **Part 2**: Mr. Hiroshi Yoshikawa, Assistant Professor, Graduate School of Science, Nagoya University. Here is the teacher's homepage. **Part 3**: Representative, Senior Expert, LIB Business Promotion Department, Murata Manufacturing Co., Ltd. **Part 4**: Professor Tatsuki Ishihara, Department of Applied Chemistry, Graduate School of Engineering, Kyushu University. **Part 5**: Professor Masashi Kanemura, Graduate School of Urban Environmental Sciences, Tokyo Metropolitan University, Major in Environmental Harmony and Materials Chemistry. **[Venue]** Kyoka Square, 2F, High-Tech Center, Conference Room 1 [Chuo Ward, Tokyo] Tokyo Metro Hibiya Line / JR Keiyo Line "Hatchobori Station" **[Date and Time]** January 24, 2013 (Thursday) 10:00 AM - 5:45 PM **[URL for Detailed Content Confirmation]** http://ec.techzone.jp/products/detail.php?product_id=3135
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After January 11th, the regular price is 63,000 yen for 2 people from 1 company.
Price range
P2
Delivery Time
P2
Applications/Examples of results
Part 1: The Potential of Sodium Secondary Batteries as Next-Generation Batteries Part 2: The Potential of Cluster Batteries as Next-Generation Batteries Part 3: The Potential of Organic Secondary Batteries as Next-Generation Batteries Part 4: Metal-Air Batteries as Next-Generation Batteries Part 5: All-Solid Lithium-Ion Batteries as Next-Generation Batteries
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