Global Lithium Battery Materials Market

Abstract

This report covers the four main battery materials plus copper foil current collectors, sizing 2024–2030 and splitting demand across power, storage and consumer applications. It focuses on the central contradiction of high growth coexisting with overcapacity: 22.5% demand growth in 2025 against 68% utilisation at the top ten cathode makers.

Technology transition is the second thread. Silicon anode penetration jumped from 8% to 14.5%, coated separator from 51% to 67%, and LiFSI loading is rising fast — each shift redistributes profit. The report sets out the industrialisation stage and qualification cycle for each chemistry.

Sources

• A MarketsandMarkets《Lithium-Ion Battery Materials》：2024 年 953.4 亿美元、2030 年 CAGR 14.6%。https://www.marketsandmarkets.com/Market-Reports/lithium-ion-battery-materials-market-23313535.html（2026-11 访问）
• B Global Industry Analysts（GII 转载）：2024 年 407 亿美元、2030 年 1,295 亿美元、CAGR 21.3%。https://www.giiresearch.com/report/go1783991-lithium-ion-battery-materials.html（2026-11 访问）
• C GEP Research《全球锂电池材料行业前景深度分析报告》：2025 年全球规模突破 1,800 亿美元、2030 年前年均增速超 15%；硅基负极硅含量 >5% 批量应用；中国以外正极产能占比将由不足 30% 升至接近 40%。http://www.gepresearch.com/104/view-929442-1.html（2026-11 访问）
• D 结构比例与企业产能利用率：各公司年报与行业公开交流纪要定性汇总，未取统一数值。

Key findings

• The sizing spread far exceeds the growth spread: 2024 baselines run from USD 40.7 billion (Global Industry Analysts) to USD 95.34 billion (MarketsandMarkets), driven by whether foils, structural parts and recycling are counted.
• Growth calls actually cluster: MarketsandMarkets puts the CAGR to 2030 at 14.6%, Global Industry Analysts at 21.3% (2024–2030), and GEP Research sees over 15% a year through 2030 with the 2025 market above USD 180 billion.
• Cathode is the largest value segment, with LFP regaining share on storage demand and high-nickel moving toward ultra-high-nickel NCMA (qualitative; shipment data sits in company filings).
• Energy storage is the second engine, growing well above power batteries and pulling LFP and electrolyte demand; global storage installations passed 200 GWh in 2025 (GEP Research).
• Silicon anode is industrialising: leading products already ship in volume above 5% silicon content, targeting cell energy density above 350 Wh/kg (GEP Research).
• Separators remain dominated by the wet process, with coating the key profit reallocation point; high growth coexists with structural overcapacity, and cathode utilisation and margins came under pressure in 2025 (company filings, no single metric quoted).
• China controls over 70% of critical material capacity, but regionalisation is accelerating: non-China cathode capacity is forecast to rise from under 30% to close to 40% by 2030 (GEP Research).