EU Battery Mandates Could Add €2,100 to EV Costs for Buyers
Bruegel warns localizing EU battery production raises costs by €35 per kWh, a trend US automakers like Tesla and GM must monitor for supply chain impacts.
European policymakers are considering mandates requiring locally produced battery cells for electric vehicles, a move that could increase production costs by €2,100 per vehicle. While this policy is specific to the EU, it offers a critical case study for US automakers and battery suppliers navigating the global transition to electric mobility.
What Happened
A September 22 policy brief from Brussels-based think tank Bruegel, highlighted by Euronews, calculates that requiring EU-made battery cells could raise production costs from €50 to €85 per kilowatt-hour. For a standard 60-kWh battery, this difference translates to an additional €2,100 per vehicle. The report notes that a separate proposal for low-carbon steel could add another €200, while simplifying vehicle approval processes might save manufacturers approximately €61 per car.
The actual price increase for consumers depends on how much of these added costs carmakers pass on, as well as the final structure of government subsidies. The report indicates that buyers at the most affordable end of the market would be disproportionately affected by these price hikes.
Why It Matters
Europe’s automotive sector is under pressure, with car production falling 19% since 2019 and new car purchases in 2025 totaling 2.2 million fewer than in 2019. The industry employs around 14 million people, driving the push for protectionist measures. However, localizing battery production has proven difficult; Northvolt’s failure, Porsche’s retreat from Cellforce manufacturing, and shelved ACC factories illustrate the challenge of matching Chinese production costs.
Currently, South Korean firms own 65% of Europe’s battery cell manufacturing capacity, while Chinese companies own 55% of capacity under construction. Bruegel argues that foreign investment and expertise remain critical for European factories to function. This reliance on global supply chains mirrors challenges faced by US manufacturers, who must balance domestic incentives like the Inflation Reduction Act with the realities of global battery sourcing.
Additionally, EU duties on Chinese EVs, which can reach 35.3%, have led to a surge in plug-in hybrid imports, as hybrids are excluded from the restrictions applied to fully electric vehicles. This dynamic suggests that policy gaps can significantly alter market share, a factor US automakers must consider when assessing the competitive landscape in both domestic and export markets.
The Bottom Line
Bruegel suggests that temporary limits on Chinese EV imports could provide European carmakers time to develop cheaper models, though such restrictions historically lead to higher consumer prices. Without significant subsidies or technological breakthroughs, the cost of protecting local industry may ultimately fall on EV buyers. For the US industry, the EU’s struggle highlights the high cost of localized battery supply chains and the importance of international cooperation and investment in battery technology.
