In recent years, the global aluminum industry has moved beyond simple capacity expansion and price wars, entering a ‘deep-water phase’ defined by resource control, green and low-carbon transitions, and technological barriers. As a critical strategic metal, aluminum is widely used in aerospace, electric vehicles, photovoltaics, and packaging, making supply chain security a growing priority for nations worldwide. Although China produces over 50% of the world’s aluminum, it remains heavily reliant on imported bauxite, exposing vulnerabilities in raw material security. Meanwhile, the U.S. and EU are accelerating efforts to rebuild domestic aluminum value chains under ‘de-risking’ strategies and imposing trade barriers—such as the EU’s Carbon Border Adjustment Mechanism (CBAM)—on high-carbon aluminum imports. Additionally, ‘green aluminum,’ produced using hydropower or other renewable energy sources, is gaining traction globally, with countries like Norway and Canada leveraging their clean energy advantages to capture premium markets. Going forward, competition in the aluminum sector will hinge less on scale and cost alone, and more on resource sovereignty, carbon footprint management, and technological innovation. The nation or region that successfully builds a green, efficient, and secure aluminum industrial system will likely dominate the emerging global aluminum landscape.
近年来，全球铝业竞争已从产能扩张和价格战，逐步进入以资源控制、绿色低碳转型与技术壁垒为核心的‘深水区’。作为关键战略金属，铝广泛应用于航空航天、新能源汽车、光伏及包装等领域，其供应链安全日益受到各国重视。中国虽为全球最大铝生产国，占全球产量逾50%，但高度依赖进口铝土矿，资源保障能力面临挑战。与此同时，欧美国家正加速构建本土铝产业链，推动‘去风险化’战略，并通过碳边境调节机制（CBAM）等政策工具，对高碳排铝产品设置贸易壁垒。此外，绿色铝——即采用水电或可再生能源冶炼的低碳铝——正成为国际市场新宠，挪威、加拿大等国凭借清洁能源优势抢占高端市场。未来，铝业竞争将不仅体现在规模与成本上，更聚焦于资源自主可控、碳足迹管理与技术创新能力。谁能率先实现绿色、高效、安全的铝工业体系，谁就将在全球铝业新格局中占据主导地位。
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