Battery Anodes USA 2024

• Emerging trends in Battery Anode materials for next-generation EVsExplore innovative materials such as silicon-based anodes for greater energy density, lithium metal anodes for increased capacity, and solid-state batteries for enhanced safety and longevity.
• Developing Graphite Supply Chain from mines to Anode productionGain insights into the global graphite supply chain, including mining, refining, and production processes to optimize quality and sustainability, meeting the increasing demand for high-performance lithium-ion batteries.
• Advances in Silicon-Graphite Composites for enhanced cycling stabilityLearn how silicon-graphite composites manage expansion through nanostructuring, utilize advanced binders for electrode integrity, apply surface coatings for durability, and optimize composite ratios to balance silicon's capacity with graphite's stability.
• Role of Nanotechnology in developing Anode materials for future batteriesUnlock the potential of nanotechnology to improve anode materials by increasing surface area for enhanced electrolyte interaction, boosting conductivity for faster charging, increasing energy density, and strengthening structural stability to minimize anode degradation
• Case Studies on Innovative Battery Anode manufacturing processesDeliver cutting-edge machinery and scalable production methods to streamline manufacturing processes, ensuring consistent quality standards.
• Upcoming regulations and safety standards for Battery Anode performanceHear from key regulators and classification bodies to ensure compliance with EV battery regulations and industry standards.

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