AI数据中心的用电需求正在创造能源危机。一个AI训练集群的峰值功率是同等规模传统数据中心的3到5倍[1]，而电网扩容的瓶颈显而易见：变电站从立项到投产需要3到5年，燃气轮机订单已排到2030年[1]。在这种背景下，固体氧化物燃料电池（SOFC）作为现场电源方案应运而生，凭借90-120天的交付周期和模块化设计，为紧急的能源需求提供了可行的解决方案[1]。
SOFC市场已经形成明确的商业闭环。行业领导者BE Energy全球市占率超过65%，2025年总backlog达200亿美元[1]。Oracle与新墨西哥州达成合作，于2026年4月签署最高2.8GW主服务协议，园区将完全由SOFC供电[1]；美国电力公司（AEP）则在2026年1月将一份900MW、26.5亿美元的20年长期协议从期权转为确定性合同[1]。这些大型订单显示SOFC已从试验方案转变为数据中心的标准配置。
然而，SOFC的产能扩张面临供应瓶颈。每GW SOFC消耗约45吨钪，而全球年产量约240吨但需求已超310吨[1]，中国掌控全球钪资源主导权。这推高了关键材料价格——国内氧化钇从6月初的每吨41,000元升至57,500元，涨幅约40%；海外市场涨幅甚至超5000%[1]。相关上市公司股价应声上涨：国瓷材料从6月初的51.6元升至6月29日盘中的112.88元翻倍，东方锆业从6月初的13.01元升至7月2日盘中的26.85元也翻倍上升[1]。预计2030年北美数据中心场景的SOFC系统需求将触及761.6亿元[1]，中国企业在SOFC供应链和材料领域的机遇正在显现。
The surge in electricity demand from artificial intelligence data centers has created an unprecedented supply challenge, prompting the adoption of solid oxide fuel cells (SOFC) as an on-site power solution. Peak power consumption for an AI training cluster is three to five times higher than that of a comparable traditional data center [1], while conventional grid expansion faces significant delays—substations require three to five years from approval to operation, and gas turbine orders are already booked through 2030 [1].
SOFC technology has emerged as a viable alternative, offering delivery cycles of 90 to 120 days with modular design that supports incremental expansion in 200-kilowatt units [1]. BE Energy, the global market leader with over 65 percent market share, has accumulated a backlog worth 200 billion dollars as of 2025 [1]. Major tech companies have committed to substantial contracts: Oracle signed a principal services agreement for up to 2.8 gigawatts in April 2026, with a 2.45-gigawatt facility in New Mexico to be powered entirely by SOFC systems [1]. American Electric Power (AEP) also secured a 900-megawatt capacity under a 2.65-billion-dollar, 20-year agreement that transitioned to a firm commitment in January 2026 [1].
However, the rapid expansion of SOFC deployment faces critical supply constraints. Each gigawatt of SOFC capacity consumes approximately 45 tons of scandium, but global annual production stands at only 240 tons against projected demand exceeding 310 tons per year [1]. China controls the majority of global scandium resources, positioning domestic suppliers strategically. Yttrium oxide prices have risen from 41,000 yuan per ton in early June to 57,500 yuan by late June—a 40-percent increase domestically, with overseas markets experiencing gains exceeding 5,000 percent [1]. These supply dynamics have driven significant stock price movements: China Ceramics surged from 51.6 yuan in early June to 112.88 yuan by June 29, doubling in value, while Orient Zirconium climbed from 13.01 yuan in early June to 26.85 yuan by July 2, also doubling [1]. Projections indicate that North American data center scenarios will require approximately 76.16 billion yuan in SOFC system demand by 2030 [1].
