TL;DR
A Bruegel policy brief estimates that requiring EU-made battery cells could raise production costs by €2,100 for an EV with a 60-kWh battery. Consumers could face higher prices if automakers pass those costs on, but the final impact depends on policy details, subsidies and company decisions.
A September 22 policy brief from Brussels think tank Bruegel estimates that requiring batteries to use EU-made cells could add €2,100 to the cost of an electric vehicle with a 60-kWh battery, a bill that buyers could face if automakers pass on the added expense. The estimate concerns potential policy requirements, not a confirmed price increase or finalized EU rule.
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Bruegel’s calculation puts battery-cell costs at €50 to €85 per kilowatt-hour under an EU-made-cell requirement. Applied to a 60-kWh battery, the difference amounts to €2,100. The brief also estimates a proposed low-carbon steel requirement could add €200 per vehicle, while simplifying vehicle approval could save manufacturers about €61 per car.
Those figures describe estimated production-cost effects, not guaranteed changes to showroom prices. The report says the amount buyers might pay would depend on the final design of the rules, government subsidies and how much of any additional cost carmakers pass to customers. Buyers of lower-priced EVs could be more exposed because added costs make up a larger share of a cheaper vehicle’s price.
Bruegel frames local production as an industrial-policy trade-off: supporting European jobs and reducing dependence on China could raise vehicle costs in the near term. The brief argues protection should be temporary, giving European manufacturers time to develop less expensive electric cars rather than shielding them indefinitely from competition.
The Cost of Local Battery Rules
The potential surcharge matters because Europe is trying to expand its electric-car industry while keeping vehicles affordable enough to attract buyers. If manufacturers pass higher battery costs through to customers, the rules could make some EVs less accessible, particularly at the lower end of the market. If companies absorb the costs, their margins could face pressure instead; the source does not establish how manufacturers would respond.
The wider industry is also a significant employer. The report says the automotive sector supports around 14 million jobs. Protecting local suppliers and production could support that industrial base, but more expensive vehicles could weaken demand or leave buyers with fewer affordable options. The balance between those outcomes depends on policy design and on whether local battery production can become more competitive.
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Pressure on Europe’s EV Industry
The policy debate comes as European car production has fallen 19% since 2019, and buyers purchased 2.2 million fewer new cars in 2025 than in 2019, according to the supplied report. Bruegel also points to continued exports and roughly €3 billion in quarterly investment in battery and EV factories, alongside concern that Europe is losing technology, suppliers and overseas customers.
Building a competitive local battery industry has proved difficult. The report cites Northvolt’s failure, Porsche’s retreat from battery production at Cellforce and shelved ACC factory plans as examples of setbacks. It also says South Korean firms own 65% of Europe’s battery-cell manufacturing capacity, while Chinese companies own 55% of capacity under construction, indicating the role of outside investment and expertise in planned production.
Bruegel also discusses trade measures and competition. EU duties on Chinese electric cars can reach 35.3%, while plug-in hybrids are excluded from those duties. The brief says imports of battery-electric vehicles from China have flattened while hybrid imports have surged. It proposes that a temporary agreement with China limiting deliveries of electric cars and plug-in hybrids could give European manufacturers time to develop cheaper models, while acknowledging that fewer imports could mean higher prices for those vehicles.
“Protecting established manufacturers risks leaving consumers and taxpayers with the bill.”
— Bruegel policy brief, as described in the supplied report
Prices Depend on Final Policy
The policy brief’s figures are estimates, and the supplied material does not establish that the EU has adopted the battery-cell or low-carbon-steel requirements described. It is also unclear what standards, exemptions or timetable any final measures would include. Those details could change the estimated cost.
There is no confirmed estimate of the effect on actual retail prices. Subsidies, automaker pricing decisions and the ability of local factories to lower production costs would all affect what buyers pay. The source also does not specify how a proposed cap on Chinese vehicle deliveries would be negotiated or enforced, or how long any such arrangement would last.
Policy Design and Factory Costs
The next developments to watch are the shape and timing of any EU local-content or low-carbon-material requirements, and whether governments offer support that offsets added manufacturing costs. The policy brief also calls for any proposed limits on Chinese vehicle deliveries to have a clear end date, with restrictions potentially tightening if China broke an agreement.
For buyers, the key measure will be whether manufacturers can produce EU-made batteries at lower cost and whether added expenses appear in vehicle prices. Until rules and company responses are clear, €2,100 remains an estimated cost difference for a 60-kWh battery, not a confirmed surcharge on EV purchases.
Key Questions
Would every European electric car cost €2,100 more?
No. Bruegel estimates an additional €2,100 in battery costs for an EV with a 60-kWh battery if EU-made cells are required. The figure is not a confirmed retail-price increase and may not apply to every vehicle.
How did Bruegel reach the €2,100 estimate?
The brief estimates that battery-cell costs could rise from €50 to €85 per kilowatt-hour. The €35 difference multiplied by a 60-kWh battery equals €2,100.
Are the proposed EU requirements already in force?
The supplied report describes potential requirements and estimates their costs. It does not say that the battery-cell or low-carbon-steel measures have been finalized or adopted.
Could subsidies keep the extra cost away from buyers?
Possibly, but the final impact is unknown. Bruegel says the amount consumers pay would depend partly on government subsidies and on how much of the added cost automakers pass through.
Source: insideevs.com
