Copper Demand Emerges as a Data-Center Infrastructure Constraint in Market Outlook
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A market and investment review links rising hyperscale data-center capital expenditure and power-grid reinforcement in the US and Europe to stronger copper demand. The review frames copper as a growing input-cost and supply-chain consideration for AI and hyperscale infrastructure rather than announcing a specific data-center project.
- The item is a market outlook, not an announcement of a specific data-center development.
- The review estimates that next-generation hyperscale facilities may require up to 50,000 metric tons of copper, versus 5,000–15,000 tons for conventional data centers.
- It links copper demand to both hyperscale and AI data-center CAPEX and grid modernization in the US and Europe.
- S&P Global forecasts cited in the review project 50% growth in total copper demand by 2040 and a tripling of AI- and data-center-related demand.
- Copper availability and pricing could become a more significant conditional risk for electrical and cooling infrastructure procurement.
The review identifies expansion by Alphabet, Amazon, Microsoft and Meta Platforms, alongside grid modernization in the US and Europe, as major potential drivers of copper demand. It argues that the material intensity of next-generation hyperscale facilities, combined with the power infrastructure needed to serve their load growth, could tighten the link between data-center deployment schedules and copper availability.
According to the review, next-generation hyperscale data centers can require up to 50,000 metric tons of copper per facility. This is not presented as a standard requirement across the sector: conventional data centers are cited as using between 5,000 and 15,000 tons. Copper is used across power-distribution infrastructure, switching equipment and cooling systems, making it relevant to both facility electrical design and the supporting grid build-out.
The article states that Alphabet, Amazon, Microsoft and Meta Platforms are collectively spending $735 billion in capital expenditure in the current year, with a significant share directed toward data centers. The exact calendar period is not specified, nor is the allocation of this total between data centers and other investment categories. Separately, it cites a McKinsey projection that data-center investment could reach $7 trillion by 2030.
The review also cites an S&P Global forecast that overall copper demand could rise 50% by 2040, while demand from AI and data centers could triple over the same period. These are forecasts rather than completed-project metrics, but they point to a potential procurement challenge as data-center construction and electricity-network reinforcement proceed in parallel.
For operators, developers and infrastructure suppliers, the implication is conditional: if the cited investment plans and demand forecasts are realized, copper purchasing may become a more material component of project cost and supply-chain exposure. The effect could be most pronounced in power infrastructure and liquid-cooling deployments, while mining constraints and long lead times for new supply could contribute to price volatility.
Copper is a critical material for data-center power distribution, switching equipment and cooling systems. If projected data-center investment and grid-upgrade activity materialize, copper procurement could become a more significant cost and supply risk for infrastructure builds, particularly in electrical systems and liquid cooling.
- — / 3 октября 2026 г. · АнглийскийПервоисточник →
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