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Manufacturing Capacity and EV-Battery Self-Sufficiency
Europe has moved rapidly from being almost entirely dependent on imported battery cells to building a sizeable domestic manufacturing base. Yet “capacity” and “self-sufficiency” are not the same thing. Nameplate gigafactory capacity may grow quickly on paper, while effective output depends on commissioning, yields, utilisation, supply-chain inputs, and the ability to place product in the market at competitive cost.
This page summarises the latest consolidated evidence on where Europe stands today and what the numbers imply.
This page summarises the latest consolidated evidence on where Europe stands today and what the numbers imply.
Manufacturing capacity: what “Europe can make” today
Recent consolidated tracking indicates that Europe reached around 230 GWh of nominal battery cell production capacity in 2025. This figure refers to nameplate (installed/declared) capacity, not necessarily actual production volumes. It is still a meaningful indicator: it shows that Europe now has an industrial footprint large enough to cover a substantial share of its own demand—at least in principle—provided plants run at high utilisation and supply chains do not constrain production.
"The largest capacities are in Poland and Hungary. Poland is home to Europes oldest and largest battery manufacturing facility, the LGES facility in Wroclaw with an estimated 86 GWh capacity. Hungary is home to large plants from SK Innovation and Samsung SDI and has attracted significant investment from CATL and Eve Energy." (ref. Bruegel.com)
Source:
A parallel indicator: storage deployment momentum
On the energy-system side, battery storage deployment is accelerating. In 2025 the EU installed 27.1 GWh of new battery storage capacity, and total EU battery storage capacity reached 77.3 GWh by end-2025 (based on a 2026 market review release). These deployment dynamics matter because they add a second demand pull beyond automotive, and they also test grid connection, permitting, and revenue models for storage assets.
Sources: SolarPower Europe press release and S&P Global coverage.
"The largest capacities are in Poland and Hungary. Poland is home to Europes oldest and largest battery manufacturing facility, the LGES facility in Wroclaw with an estimated 86 GWh capacity. Hungary is home to large plants from SK Innovation and Samsung SDI and has attracted significant investment from CATL and Eve Energy." (ref. Bruegel.com)
Source:
- Energy Institute (New Energy World) — EU battery storage installations hit 27.1 GWh in 2025…
- Bruegel - European Clean Tech Tracker - Batteries
A parallel indicator: storage deployment momentum
On the energy-system side, battery storage deployment is accelerating. In 2025 the EU installed 27.1 GWh of new battery storage capacity, and total EU battery storage capacity reached 77.3 GWh by end-2025 (based on a 2026 market review release). These deployment dynamics matter because they add a second demand pull beyond automotive, and they also test grid connection, permitting, and revenue models for storage assets.
Sources: SolarPower Europe press release and S&P Global coverage.
Demand: how much Europe needs
On the demand side, the EU’s total battery consumption was expected to almost reach 400 GWh in 2025, with e-mobility as the main driver (around 60% in 2025 in that analysis). This provides the key context for interpreting the 252 GWh capacity figure: even with major build-out, demand is growing fast.
Source: JRC (RMIS) analysis on lithium-based battery supply chain challenges.
Source: JRC (RMIS) analysis on lithium-based battery supply chain challenges.
EV-battery self-sufficiency: what share is still imported
Even if “the majority” of EV battery demand can be met regionally, Europe still relies on imports for a significant share. Imports meet more than 45% of EV battery demand in Europe (2025), meaning Europe is not at all self-sufficient yet in practice.
Source: IEA — Global EV Outlook 2024, Trends in electric vehicle batteries.
What this implies (in plain terms)
Source: IEA — Global EV Outlook 2024, Trends in electric vehicle batteries.
What this implies (in plain terms)
- Europe is closer to covering its own EV battery needs than it was a few years ago.
- But full autonomy has not been reached: at least one-fifth of EV battery demand is still met through imports (and the imported share can vary by chemistry, supplier, and country).
Data references used for the price estimate
What the two bars mean (method)
- China average pack price (2025): $84/kWh (BloombergNEF).
- Europe pack prices ~56% higher than China (2025) (BloombergNEF statement on regional differentials).
- USD→EUR conversion used in the chart: ECB exchange rate 1 EUR = 1.1798 USD (5 Feb 2026), applied as an approximate conversion factor (1 USD ≈ 0.848 EUR).
- Why China is a key import origin for the EU: ACEA notes the EU imported ~€27bn of batteries in 2023 and that China accounted for 87% of total imports (among the top Asian sources).
What the two bars mean (method)
- “Imported from China” = China’s average pack price ($84/kWh) converted to euros.
- “Made in Europe” = China price × 1.56 (i.e., 56% higher), converted to euros.
The “autonomy” caveat: upstream and ownership dependencies
Self-sufficiency is not only a question of cell capacity. Two structural dimensions matter:
A) Upstream dependenciesEven with cell manufacturing, Europe can remain dependent on external suppliers for refining and processing of critical materials and for key precursors (e.g., anode/cathode active materials). In other words: Europe can assemble, but still rely heavily on imported inputs.
B) Ownership and control of production capacityIndustry fact sheets underline that the EU represents only 7% of global battery production, and that only about 15% of EU battery production capacity is managed by companies headquartered in Europe—a reminder that industrial footprint does not automatically translate into European control over technology, IP, and strategic decision-making.
Source: ACEA — Fact sheet: EU battery supply chain and import reliance.
A) Upstream dependenciesEven with cell manufacturing, Europe can remain dependent on external suppliers for refining and processing of critical materials and for key precursors (e.g., anode/cathode active materials). In other words: Europe can assemble, but still rely heavily on imported inputs.
B) Ownership and control of production capacityIndustry fact sheets underline that the EU represents only 7% of global battery production, and that only about 15% of EU battery production capacity is managed by companies headquartered in Europe—a reminder that industrial footprint does not automatically translate into European control over technology, IP, and strategic decision-making.
Source: ACEA — Fact sheet: EU battery supply chain and import reliance.
How to read the numbers correctly
When assessing Europe’s position, a few distinctions prevent misleading conclusions:
- Nominal capacity vs. actual output: nameplate capacity can overstate short-term supply if plants are ramping up or operating below full utilisation.
- Cells vs. packs vs. vehicles: a “European-made EV” may still contain imported cells; conversely, European-made cells may be exported.
- Demand growth vs. capacity growth: fast EV adoption can keep import reliance high even while domestic capacity expands.
- Chemistry and segment mix: Europe may be closer to self-sufficiency in some segments/chemistries than others.
What to watch next
- Plant utilisation and ramp-up: whether Europe’s nominal capacity translates into sustained output at competitive cost.
- Materials bottlenecks: growth of cathode/anode active material production and refining capacity inside Europe.
- Import share trend: whether the “>20% import share” for EV batteries falls meaningfully over the next 12–24 months.
- Storage demand growth: grid-scale and behind-the-meter storage are expanding, adding pressure and opportunity for domestic supply.
- Industrial policy direction: measures that incentivise local content or strategic value-chain presence can materially change investment decisions.
