Why AI, Data Centers, and the Clean Transition Need Metals

Authors: Minna Juhola, Aleksi Maunumäki Read time: 3 min

The discussion around artificial intelligence, data centers, and the clean transition often focuses on computing power, energy consumption, and technological innovation. Less attention is paid to the foundations that make these developments possible: the critical minerals and metals required to build and operate the infrastructure underpinning an increasingly electrified and digital economy.

Demand for critical minerals is growing rapidly as multiple global trends converge. Electric vehicles, battery manufacturing, renewable energy production, defence investments, and large-scale digital infrastructure developments all rely on secure and sustainable supplies of raw materials. According to industry estimates highlighted in Finland’s mining sector discussions, batteries, defence technology, energy production, and data center projects are among the key drivers of future mineral demand.

Europe’s Race for Critical Raw Materials

The importance of critical minerals has moved beyond industrial policy and become a strategic question for Europe. The EU Critical Raw Materials Act (CRMA) reflects growing concerns about supply chain resilience and dependency on a limited number of supplier countries.

The regulation aims to strengthen Europe’s position across the critical raw materials value chain by increasing domestic extraction, processing, and recycling capacity. For project developers, investors, and industrial operators, this creates significant opportunities for new mining, processing, circular economy, and battery materials projects across Europe.

Finland’s Unique Position

Finland is exceptionally well positioned to support Europe’s demand for critical minerals.

The country combines significant geological potential, a stable operating environment, extensive renewable energy production, and a highly developed mining ecosystem. Moreover, Finland’s strength is not limited to mining alone. The country has established capabilities across the entire value chain, including exploration, extraction, processing, refining, and battery materials production. Several operators combine mining and advanced processing activities within the same industrial ecosystem.

The mining sector is supported by a broad network of technology providers, engineering companies, equipment manufacturers, and industrial partners, creating an integrated ecosystem capable of supporting large-scale investments.

Data Centers Need More Than Electricity

Finland has become an increasingly attractive destination for data center investments, thanks to access to renewable power, grid stability and availability, and favourable operating conditions. However, data centers themselves depend heavily on metals and mineral-intensive supply chains.

Servers, batteries, transmission infrastructure, cooling systems, and grid connections all require significant quantities of metals. The expansion of AI infrastructure therefore creates indirect demand for mining and processing projects alongside investments in energy infrastructure and digital assets.

The relationship between digital infrastructure and mining is becoming increasingly interconnected. As AI expands, demand for both computing capacity and the raw materials enabling that capacity is expected to continue growing.

What This Means for Project Developers and Investors

The convergence of AI, electrification, battery manufacturing, defence investments, and industrial policy is reshaping the investment landscape.

Projects that can contribute to resilient European supply chains, battery materials production, and critical raw materials processing are likely to attract increasing attention from strategic investors, industrial partners, and financiers. At the same time, successful project development requires navigating a complex landscape of permitting, financing, environmental regulation, stakeholder engagement, and evolving EU regulation.

For Finland, the opportunity extends beyond mining itself. The greatest value may lie in strengthening the integrated value chain that connects mineral resources with advanced processing, battery materials, industrial manufacturing, and the digital infrastructure powering the future economy.

Our dedicated Data Centers & Digital Economy and Mining & Metals Teams advise clients on all issues related to data centers and the raw materials critical to their operation.