08:25 05-05-2026

Can Europe's affordable EVs survive battery raw material shortages?

European electric car market faces a new threat—not from weak demand or a shortage of chargers, but from battery raw materials. In China, a key player in the global battery supply chain, material scarcity is becoming more evident: estimates point to just 14.6 years of accessible lithium, 3.8 years of nickel, and virtually no domestic cobalt reserves.

The problem is acute because China's strength has never been vast natural resources, but rather its dominance in processing and supply control. Chinese companies have steadily acquired stakes in mines worldwide, including cobalt operations in the Democratic Republic of Congo and nickel in Indonesia. That model works, however, only while supply chains remain stable.

Europe is far more vulnerable than carmakers would like. For rare-earth magnets used in electric motors and wind turbines, Chinese dependency sits at around 98%. China also controls roughly 95% of global production of rare-earth oxides. When export restrictions on several critical materials were imposed in April 2025, some European manufacturers were already experiencing production stoppages due to component shortages.

Price shocks followed. At times, magnets cost six times more in Europe than in China. Neodymium and dysprosium jumped 40–50%, and certain battery ingredients rose even faster: lithium hexafluorophosphate surged 118%, lithium cobalt oxide 150%. Those increases don't always show up immediately in sticker prices, but they are firmly embedded in production costs.

The hardest hit is the affordable EV segment. The battery typically represents 35–40% of an electric car's cost, with rare-earth materials adding another 5–8%. Premium SUV makers can absorb some of the pain through margins and feature adjustments. But for models like the Dacia Spring, Citroën ë-C3, or the upcoming Renault Twingo E-Tech, there is almost no buffer—these cars are built around a low price point.

If raw material costs keep climbing, automakers face a bitter choice: raise prices, strip down specifications, push costs onto suppliers, or slow production of certain variants. For buyers, that means fewer affordable EVs in exactly the segment that was meant to bring electric mobility to the masses.

Brussels is trying to reduce the dependency. European plans call for mining at least 10% of its own critical raw material needs and capping reliance on any single country at 65%. At the same time, battery recycling is gaining traction: Volkswagen, Stellantis, Mercedes-Benz, and Renault are already investing in recycling and European material startups.

Yet there are no quick fixes. Industry estimates suggest most European automakers have locked in only about 16% of their supplies through long-term contracts. The remainder is exposed to market fluctuations, political decisions, and price volatility.

In the near future, the biggest risk for affordable electric cars won't be whether they can be engineered—it'll be whether their prices can be contained. Without a cheap, stable battery, a €20,000–€25,000 EV risks sliding from a mass-market promise back into a spreadsheet puzzle.