借助先进的材料设计提高电池性能

锂离子电池从根本上改变了储能方式,从个人电子产品到正在进行的交通电气化。想要提高安全性、电池寿命和能量密度,就必须探索新的电池材料选择:新的电解液配方,以及新型阴极和阳极材料。研究还在探索能彻底改变电池材料设计的替代方案,例如固态电解质,甚至用钠、钙和镁等其他更丰富的金属来替代锂。

加速可持续能源的设计

BIOVIA Materials Studio 可用于研究材料设计中的最基本问题,并与电池单体和电池组仿真无缝连接 - 提供材料选择与电池性能之间的联系。 

BIOVIA Materials Studio 支持现有和新型电池及燃料电池材料的表征和开发。结合达索系统更广泛的产品组合,材料科学家能够加快设计出可持续、安全可靠的能源和储能技术。

阳极

  • 预测锂离子在阳极中的传输,以及充电和放电过程中,锂离子在阳极中的排列方式
  • 确定导致石墨烯脱落和整体阳极降解的过程
  • 探索控制固态电解质界面增长和稳定的因素
  • 确定电池性能下降的原子级机制,例如金属树突的形成

请进入 BIOVIA Materials Studio 用户社区,参加精彩的讨论!

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