Engineers from Rice University make advancements in prelithiation and unravel the mechanism of lithium trapping. The potential of silicon anode batteries to transform energy storage solutions is pivotal in addressing climate objectives and fully realizing the capabilities of electric vehicles. N

Engineers from Rice University make advancements in prelithiation and unravel the mechanism of lithium trapping. The potential of silicon anode batteries to transform energy storage solutions is pivotal in addressing climate objectives and fully realizing the capabilities of electric vehicles. N

  • o_o@lemmy.fmhy.mlEnglish
    0·
    1 year ago

    That would be a welcome increase in the longevity of future battery tech. But is it a scalable option?

    • Gwaer@lemmy.worldEnglish
      1·
      1 year ago

      According to the article it’s scalable. Hopefully that’s accurate. They need to hurry up and replace my bones with batteries to power all my cyberware.