As Europe navigates its energy transition and the rollout of electric mobility, the critical question of material sourcing has emerged not as an external dependency but as an internal challenge. The continent faces a structural divide between Western and South-East Europe regarding the transformation of raw materials into essential components for electricity systems, vehicles, and industrial applications. This split is reshaping capital flows, industrial geography, and long-term competitiveness across the region.
Data indicates that Western Europe commands approximately 60–65% of the EU’s industrial demand for processed materials, particularly in battery cells, advanced steels, aluminum products, and industrial chemicals. Major economies such as Germany, France, Italy, and the Benelux countries are at the forefront of this demand. By 2030 alone, automotive production is expected to consume battery materials equivalent to 700–800 GWh per year. In contrast, South-East Europe represents less than 20% of EU end-market demand but is attracting significant investment in materials processing.
Since 2021, over €40–45 billion has been committed to new processing facilities in South-East Europe for battery cells and metal processing. This investment highlights a growing trend where countries like Hungary, Romania, and Bulgaria are becoming key players in the execution layer of material transformation. The ability to secure electricity at competitive rates—between €60–90 per MWh—along with faster permitting processes (averaging 3–5 years) contributes to this trend.
The strategic importance of transformation over extraction cannot be overstated. The production chain involves converting lithium carbonate into lithium hydroxide or nickel concentrate into battery-grade sulfate—processes that require substantial capital investments ranging from €300 million to over €2 billion. These transformations are vital for ensuring pricing power and supply reliability within the industry.
However, while Western Europe dominates demand and system design—holding more than 70% of EU institutional investment capacity—it has simultaneously witnessed a decline in its primary metals and chemical processing capacity by over 25%. High electricity costs exceeding €150–200 per MWh, coupled with carbon costs around €80–100 per tonne of CO₂, have hindered new projects from reaching financial closure.
This situation leads to an imbalance where Western Europe controls what is needed but lacks influence over how it is produced. In South-East Europe, approximately 55–65% of new large-scale processing assets are majority-owned by non-EU or non-local capital, predominantly from Chinese firms or multinational consortia. While local governments provide necessary infrastructure support, key strategic decisions regarding technology sourcing and pricing remain outside their control.
The implications extend beyond just material production; they affect Europe’s entire power sector. With grid expansion requiring annual investments between €80–100 billion, material availability has become a critical constraint on deployment speed. Western Europe’s reliance on processed inputs from South-East European facilities underscores the need for resilience in both energy policy and materials processing.
The mobility sector further illustrates these dynamics. A single 100 GWh battery plant, with CAPEX estimated at €7–8 billion, relies heavily on upstream refining processes dominated by Chinese entities that control significant shares of lithium hydroxide and other critical materials. This dependency exposes Europe’s electrification efforts to external market fluctuations.
A long-term perspective reveals that processing plants can yield stable cash flows over their operational lifetimes of 20–30 years. However, if ownership remains predominantly external, value capture will flow outward rather than benefiting local economies. South-East Europe risks becoming a subcontractor in transformation processes while Western Europe may evolve into a high-margin designer reliant on inputs controlled elsewhere.
The pressing question for European policymakers is no longer about expanding mining or recycling capacities; it centers on who controls the transformation points where materials are converted into power and industrial growth. If current trends continue unchecked, Western Europe will maintain its demand leadership while South-East Europe will serve as an execution hub under external influence. To ensure a truly autonomous green transition, coordinated efforts toward shared ownership models and recognition of processing capacity as strategic infrastructure are essential.
If not addressed promptly, this internal divide could deepen further, leading to a future where control over Europe’s industrial capabilities continues to slip away from its borders.
