Germany’s Madagascar Graphite Engagement Signals Europe’s Push to Break China’s Grip on Battery Materials

Germany’s growing involvement in Madagascar’s graphite sector underscores how Europe is recalibrating its critical-minerals strategy for the battery era. As electric mobility, grid storage and advanced manufacturing expand, graphite is emerging as a key raw material—one that investors and policymakers view as strategically harder to replace than many other inputs.

Molo mine draws German scrutiny as supply-chain risk sharpens

At the center of this effort is the Molo graphite mine in southern Madagascar, operated by Canadian-listed NextSource Materials. The project recently drew attention after technical experts from Germany’s Federal Institute for Geosciences and Natural Resources (BGR) carried out an on-the-ground assessment. The evaluation formed part of a broader review of Madagascar’s graphite potential and its relevance to European industrial security.

The renewed German interest reflects mounting concern about China’s dominant position across the graphite value chain. While lithium often takes the spotlight in battery discussions, graphite remains the primary anode material in lithium-ion cells and is far more difficult to swap at industrial scale.

Why graphite matters: processing dominance creates a vulnerability

China not only leads natural graphite production but also controls a large share of downstream processing steps required for battery-grade material, including purification, spheroidization and coating. That concentration is viewed as a structural vulnerability for Europe’s automotive and energy-storage industries—particularly because securing non-Chinese raw material does not automatically solve dependence on Chinese processing capacity.

Germany faces additional exposure given its role in European automotive manufacturing through major companies such as Volkswagen, BMW and Mercedes-Benz. As electric vehicle production grows, stable access to battery-grade graphite outside China has become a strategic priority. The urgency increased after export controls and licensing requirements on selected graphite products were introduced in 2023, pushing Europe to accelerate supply-chain diversification efforts.

The EU Critical Raw Materials framework raises the bar

Europe’s policy direction has been formalized through the EU Critical Raw Materials Act, which aims to ensure that no single external country supplies more than 65% of EU consumption of any strategic mineral. Under this framework, graphite has moved from being treated as a niche industrial input toward a core pillar of European industrial planning tied directly to EV production, renewable energy systems and broader decarbonization goals.

Madagascar positioned as a non-Chinese source with near-term production

Madagascar is increasingly recognized as one of the most important non-Chinese sources of natural flake graphite. Industry estimates referenced in recent geological analyses suggest the country briefly became Africa’s largest graphite producer in 2024, with output around 85,000 tonnes before moderating in 2025.

Within that context, Molo stands out because it is already producing rather than remaining at exploration stage. The project has an estimated design capacity of about 17,000 tonnes annually, though current output is closer to 11,000 tonnes due to operational constraints. From a European supply-security perspective, existing production can be especially valuable because many alternative global projects are still years away from commercial readiness.

BGR involvement links scientific assessment with funding decisions

BGR’s role adds a policy dimension beyond geology. As Germany’s scientific authority on geological resources and supply-risk analysis, its assessments are closely connected to industrial strategy and public financing decisions. A favorable evaluation of Madagascar’s graphite sector could help unlock German—and potentially broader EU-backed—funding mechanisms intended to strengthen secure critical-minerals supply chains.

Europe wants full control—from extraction through processing

Europe’s approach is increasingly focused on building an integrated industrial chain that covers extraction, refining and processing—not just securing mine output. This matters for graphite because battery-grade anode material requires multiple energy-intensive stages such as purification and coating.

Current market structure heightens the challenge: China controls an estimated 70%–90% of global graphite processing capacity. That means much of the world can remain dependent on Chinese infrastructure even when raw material originates elsewhere. As a result, European strategy is shifting toward integrated supply-chain development involving allied countries, African producers and domestic processing capacity within Europe.

A wider geopolitical contest—and carbon accounting pressures

Madagascar-linked projects are also becoming part of a broader geopolitical competition involving Europe alongside the United States, Japan and South Korea—all seeking reduced dependence on Chinese-controlled supply chains. For Madagascar specifically, this competition can strengthen bargaining power over time and could eventually increase emphasis on local beneficiation or domestic processing requirements, reshaping global trade flows for natural flake graphite.

Carbon accounting considerations are adding another layer to sourcing decisions under evolving EU Battery Regulation frameworks. Natural graphite from Madagascar may offer a lower lifecycle carbon footprint compared with synthetic graphite, which is described as significantly more energy-intensive to produce. As carbon transparency becomes more central in battery supply chains, emissions performance is increasingly influencing procurement choices alongside cost and security.

A broader shift in Europe’s industrial policy

The Madagascar graphite push reflects a wider transformation in European industrial policy—one that extends beyond EV assembly and gigafactory construction into upstream resource control, strategic mineral partnerships and rebuilding processing capabilities outside China. Germany’s engagement with Madagascar therefore represents more than a mining development story: it signals a geopolitical repositioning in which lithium, nickel, copper and graphite are becoming as strategically important to Europe’s economic security as traditional energy commodities once were.