Europe’s cell factories are growing, but not fast enough
The EU wants to reduce its dependence on imported batteries. Yet European cell production could still be far too small when the planned new localization requirements are due to take effect.
A study prepared by Mobility Global on behalf of the European Automobile Manufacturers’ Association, ACEA, expects supply to fall short even under a conservative demand scenario. Although annual cell production in Europe could rise to 306 GWh by 2032, demand would still exceed that figure.
The planned rules would not constitute a ban on selling vehicles with imported batteries. Instead, the key issue is which models are considered sufficiently European to qualify for certain subsidies and public procurement programs.
These are the requirements the EU is planning
The proposal is based on the Industrial Accelerator Act. It is intended to create stronger incentives for strategically important products to be manufactured within the EU and could take effect in 2027 or 2028.
| Timing | Planned battery requirement | Potential consequence |
|---|---|---|
| About six months after taking effect | Three components produced in the EU, including the battery cells | Models with predominantly imported batteries could fail to meet subsidy criteria |
| Three years later | Five European components, likely including the battery management system and active cathode material | Additional pressure on the entire European supply chain |
If the requirements take effect in 2028, the study says that around three million electric cars could fail to meet the conditions of the relevant subsidy programs solely because of a lack of European batteries. This would be particularly significant because the European EV market continues to grow, increasing demand for cells as well.
The gap is particularly large for electric trucks
The situation could become even more strained for medium- and heavy-duty commercial vehicles. For 2032, the study forecasts demand at approximately four times the European supply available for this segment.
The calculated shortfall amounts to 23 GWh. Electric trucks require large battery packs, meaning that even a comparatively small number of additional vehicles has a considerable impact on the cell capacity required.
LFP demand meets Europe’s focus on NMC
The problem is not limited to total volume. Many announced European factories are primarily designed to produce NMC cells, while manufacturers are increasingly using LFP batteries in more affordable electric cars.
LFP cells require neither nickel nor cobalt in their cathode material and are generally less expensive. China currently has a clear lead in this area, as demonstrated by the sharp increase in LFP’s share of the Chinese battery market.
High announced factory capacity does not automatically translate into equally high actual production. Financing, permits, technical ramp-up and the utilization of new plants remain major uncertainties. Shortages of cathode and anode materials could further restrict usable capacity.
What the requirements mean for the DACH market
Germany and Austria, which together with Switzerland make up the German-speaking DACH region, would be directly affected as EU members by subsidy conditions and procurement rules. Manufacturers would have to decide more carefully which models to equip with European batteries if there are not enough cells available for their entire production output.
For buyers, this could result in fewer variants qualifying for subsidies or higher prices. Limited supply combined with rising demand → European cells are initially more likely to become more expensive rather than cheaper. Switzerland would not be directly affected by EU subsidy rules, but it could indirectly experience price changes and shifts in model availability.
The case for stricter requirements
- Less dependence on individual Asian supply chains
- More investment, jobs and battery expertise in Europe
- Shorter transport routes and better oversight of production standards
Where the risks lie
- Requirements introduced too quickly could make affordable electric cars more expensive
- The lack of LFP capacity does not match demand in the entry-level segment
- Subsidy programs could cover fewer vehicles than policymakers intend
Billions in subsidies alone will not solve the problem
The EU is already trying to counteract the shortfall. A planned Battery Booster Facility is intended to mobilize up to €1.5 billion to ramp up European cell factories.
Nevertheless, the study’s findings should be viewed in light of who commissioned it. ACEA represents the European automotive industry and has long warned against localization requirements that are too strict or introduced too early. This does not automatically invalidate the underlying challenges involving cell chemistry, costs and material supplies, but the resulting policy demands are shaped by the industry’s interests.
European battery production remains strategically worthwhile. To prevent the requirements from slowing the growth of electric mobility, deadlines, available cell chemistries and factory capacity that is actually operational must be aligned. Political quotas create demand, but they cannot replace competitive factories or resilient supply chains.
