<div id="readability-page-1">Room-temp lithium extraction: MIT's process dissolves silica first, yielding battery-grade lithium salts and other commodities at half the cost of traditional methods. Record battery density: Ganfeng's 500 Wh/kg solid-state cell could drastically extend EV range, though independent verification and scaling challenges remain. Global supply shift: These innovations may reduce reliance on China's refining capacity and accelerate onshore lithium production in the U.S. and beyond.</div>

贛鋒鋰業

<p>麻省理工學院（MIT）和贛鋒鋰業宣佈在鋰提取和電池技術方面取得突破。MIT 的常温工藝將成本降低了一半，而贛鋒的固態電池單元則擁有 500 Wh/kg 的創紀錄電池密度，可能延長電動車的續航里程。這些進展可能減少對中國鋰精煉的依賴，並提升美國及其他地區的國內生產</p>

麻省理工學院與贛鋒鋰業公佈了具有全球影響力的鋰技術突破