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电池材料技术

我们努力推动技术发展,赋能电气化世界。

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Innovating from Mine to Market Brochure

Albemarle is a trusted partner with automotive manufacturers and the battery value chain to deliver critical elements for lithium-ion batteries.

As the world continues to electrify, Albemarle is pioneering technologies that will drive greater energy density for increased range and reduced weight and volume as well as closed-loop solutions for the lithium supply chain.

Read the Brochure: Innovating From Mine to Market
Diagram labeled "anatomy of a lithium ion battery" depicting its structure with sections for cathode, anode, electrolyte, and porous separator, along with lithium ions and materials like lithium-metal oxide and lithium carbon (graphite).
我们的产品满足对清洁能源未来的需求,并在交通出行、能源和电子领域推动创新:
数字彰显锂电潜力
+320万吨
2030 年全球锂需求预计值
59%
2030 年电动汽车在全球汽车市场的预计份额
86%
到 2035 年,来自报废电动汽车的电池材料供应量
A scientist in safety goggles and gloves operates a sophisticated laboratory device with various dials and tubes, focusing intently on her task.
发展

释放电池各部分的价值

锂离子电池传统上由正极、石墨负极和液态电解质组成。

  • 锂金属负极材料是大幅提升能量密度的关键
  • 从易燃液态电解质转向半固态和固态结构可以提高安全性和性能
  • 锂材料的快速迭代创新预示着其还有很大的发展空间
A digital display of a vehicle’s battery level showing a full charge at 100%, with an icon of a fuel pump and a plug, framed by an eco and power gauge.
发展

电池材料提升电动汽车续航里程

得益于电池材料的发展,电动汽车的续航里程得到大幅提升,预计到 2030 年,其续航里程将平均提高 40%。举例来说,一辆电动汽车的续航里程原本仅为 185 英里,届时这一数字将跃升至 260 英里。

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