What are the challenges of extending the lifespan, increasing the size, and enhancing the capacity of lithium-ion capacitors? What are the countermeasures? High energy density of hybrid capacitors!
Lecturers Part 1: Professor Katsuhiko Naoi, Ph.D. in Engineering, Graduate School of Tokyo University of Agriculture and Technology Part 2: Yoshiyasu Aoki, Executive Director, Advanced Capacitor Technologies Co., Ltd. Part 3: Takeshi Morimoto, Ph.D. in Science, Representative of Morimoto Engineering Office (Former Asahi Glass) Target Audience: Researchers and personnel interested in lithium-ion capacitors and hybrid capacitors Venue: Tekuno Kawasaki 4F Exhibition Room [Kanagawa, Kawasaki] 10-minute walk from Tokyu Mizonokuchi Station East Exit and JR Musashi-Mizonokuchi Station Date and Time: August 26, 2011 (Friday) 11:00 AM - 4:00 PM Capacity: 20 people *Please apply early as there may be a rush of applications. Participation Fee: [Early Bird Discount Price] 51,450 yen (tax included, includes lunch and text costs) for up to 2 people from one company *Limited to Tech-Zone members who apply by August 12. Membership registration is free. *After August 12, the [Regular Price] will be 54,600 yen (tax included, includes lunch and text costs) for up to 2 people from one company. ◆ If 3 people from the same organization apply, the fee will be 69,300 yen.
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Lecture 3: Electrochemical capacitors, which enable rapid charge and discharge and have high reliability, are collectively referred to as secondary power sources and are classified into electric double-layer capacitors, redox capacitors, and hybrid capacitors. Hybrid capacitors use a high surface area activated carbon electrode that accumulates charge through a non-Faradaic reaction without oxidation or reduction on one of the electrodes, while the other electrode accumulates charge through a Faradaic reaction involving oxidation or reduction using oxides or carbon materials. Among hybrid capacitors, a system using activated carbon for the positive electrode and carbon materials or oxides that can dope and de-dope lithium ions, along with an organic electrolyte containing lithium salts for the negative electrode, has been technically established and is referred to as lithium-ion capacitors. This lecture will discuss the existing technologies related to lithium-ion capacitors and consider the potential of new materials that enable further market expansion through increased energy density and power density.
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Part 1: High Power and High Energy Technologies in Nano Hybrid Capacitors 5. New Capacitor Materials 6. Approaches to Improve Capacitor Energy Density 7. Directions for Next-Generation Capacitors 8. New Developments with Threefold Energy Density 9. Characteristics of Lithium-Ion Capacitors 10. Nanostructure Design of Lithium Titanate 11. Features of Nano Hybrid Capacitors 12. Lithium Titanate Capacitors Using Carbon Nanotubes 13. Third-Generation Capacitors with Over Seven Times Energy Density 14. Ultra High Energy Density Capacitors and High Power Batteries Part 2: Development Trends of Lithium-Ion Capacitors and Key Points for Pre-Doping, Longevity, and Safety Improvement 1. Principles and Characteristics of Lithium-Ion Capacitors 2. Lithium Pre-Doping Technology 3. Characteristics of Lithium-Ion Capacitors 4. Key Points for Longevity of Lithium-Ion Capacitors 5. Key Points for Improving Reliability and Safety of Lithium-Ion Capacitors 6. Development Trends of Lithium-Ion Capacitors 7. Application Developments of Lithium-Ion Capacitors 8. Future Developments Part 3: Improvement of Characteristics of Lithium-Ion Capacitors
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