Improvement of high energy density and cycle characteristics of lithium secondary battery anode materials.
Hard carbon binder and high-capacity titanium oxide contributing to low resistance and heat resistance of electrodes.
★What are the development trends of anode materials essential for increasing the capacity of lithium-ion batteries!? ★Let's learn about the development trends of high-capacity titanium oxide anode materials!! ★What are the key points for optimal selection of anode carbon materials with excellent heat resistance and impact resistance!? ★What are the points for improving conductivity and high cycle stability through binders that greatly influence the performance of anodes!? ★What are the innovations in copper foil and punching sheets for anode current collectors that respond to deformation due to increased capacity!? 【Lecture Summary】 In the future, lithium secondary batteries are expected to see expanded use in large applications such as automotive power supplies and power storage/load leveling, where further increases in capacity and reductions in cost are required. This lecture will provide an overview of the development of high-capacity electrode materials for next-generation lithium secondary batteries, as well as recent research and development trends in high-potential oxide-based anode materials both domestically and internationally, along with efforts at AIST (National Institute of Advanced Industrial Science and Technology).
- Company：AndTech
- Price：10,000 yen-100,000 yen
