Top 10 Battery Manufacturing Countries by Announced 2030 Capacity
Where announced battery cell capacity is concentrated for 2030
Battery cell manufacturing capacity measures how many gigawatt-hours of lithium-ion cells factories could produce in a year if projects reach their stated nameplate level. The indicator is central to electric vehicles, grid storage and industrial electrification because battery supply affects cost, localisation, supply security and the speed of clean-technology deployment.
This ranking compares countries by 2030 announced and forecasted lithium-ion battery cell manufacturing capacity, measured in GWh per year and assigned to the country where the cell plant is located. It does not move capacity to the headquarters country of the company that owns or co-owns the factory. The Top 10 country values come from Benchmark Mineral Intelligence data as of July 2024, published through Visual Capitalist / Voronoi and Benchmark Source. IEA data is used for market context, not for changing the country ranking values.
These values describe a nameplate capacity pipeline, not actual 2030 production. Projects can be delayed, resized, cancelled, sold, merged into other plans or reclassified before 2030. The table should be read as a map of planned industrial scale rather than guaranteed output, utilisation or battery demand.
China remains in a separate category, with 2030 forecasted capacity close to 6.3 TWh.
The United States is the only other country in the Top 10 above one terawatt-hour of announced 2030 capacity.
Values refer to annual lithium-ion cell nameplate capacity, not battery pack assembly, storage installations or EV sales.
The source snapshot reflects planned and forecasted manufacturing capacity with material execution risk.
What the upper end of the ranking shows
The distribution is highly concentrated. China is not simply first; it is the anchor of the global lithium-ion battery cell system, supported by CATL, BYD, CALB and a dense domestic supply chain for cathodes, anodes, LFP chemistry, pack integration and EV assembly. The United States is the second major pole, with expansion linked to federal incentives, local-content rules and joint ventures between automakers and Korean or Japanese battery manufacturers.
Europe appears as a multi-country manufacturing network rather than a single national hub. Germany, Hungary, France, Sweden, Poland, Spain and the United Kingdom all feature in the Top 10, but none approaches the scale of China or the United States individually. Canada stands out because its projects connect cell manufacturing with North American supply-chain localisation, critical minerals and the automotive corridor.
The ranking also shows why announced capacity must be treated differently from operating production. European battery pipelines include projects with different financing strength, customer commitments and technology readiness. Northvolt-related capacity in the historical pipeline carries higher execution risk after Northvolt AB filed for bankruptcy in Sweden in March 2025.
Top 10 countries by announced battery cell capacity
The table ranks countries by forecasted lithium-ion battery cell manufacturing capacity for 2030. It does not rank battery technology quality, production cost, utilisation, raw-material security, domestic battery demand or ownership of the companies behind the factories.
| Rank | Country | Capacity | Manufacturing context |
|---|---|---|---|
| 1 | China | 6,268 GWh | CATL, BYD, CALB and a deeply integrated domestic cell, materials and EV supply chain. |
| 2 | United States | 1,261 GWh | Tesla, LG Energy Solution, SK On, Panasonic and automaker joint ventures supported by localisation incentives. |
| 3 | Germany | 262 GWh | European auto cluster with Tesla, Volkswagen-linked capacity and battery projects exposed to sector restructuring. |
| 4 | Hungary | 210 GWh | CATL, SK On, Samsung SDI and other investments make Hungary a major export-oriented EU battery hub. |
| 5 | Canada | 204 GWh | North American localisation tied to critical minerals, auto manufacturing and large cell projects with varying execution risk. |
| 6 | France | 162 GWh | ACC, Verkor and ProLogium-related plans place France inside Europe’s core battery industrial-policy corridor. |
| 7 | Sweden | 157 GWh | Nordic pipeline capacity centred on Northvolt-related assets, now subject to higher uncertainty after Northvolt AB’s bankruptcy filing. |
| 8 | Poland | 148 GWh | LG Energy Solution gives Poland one of Europe’s most established large-scale lithium-ion cell bases. |
| 9 | Spain | 136 GWh | ACC/Stellantis and Envision AESC-related plans support southern Europe’s emerging EV battery corridor. |
| 10 | United Kingdom | 136 GWh | Tata Agratas and AESC-linked capacity support domestic EV supply for the UK auto industry. |
Source snapshot: Benchmark Mineral Intelligence data as of July 2024, published by Visual Capitalist / Voronoi and Benchmark Source. Values are rounded to whole GWh. IEA sources are used for global manufacturing context rather than country-level rank changes.
Chart: announced battery capacity by country
On the full Top 10 scale, China and the United States dominate the view. A second comparison isolates countries ranked 3–10, where Germany, Hungary and Canada form the leading cluster below the two largest national pipelines.
Methodology
The ranking uses 2030 announced and forecasted lithium-ion battery cell manufacturing capacity by country. Capacity is assigned to the country where the cell plant is located. Company headquarters, technology origin, customer location and battery demand are not used to reassign capacity across borders.
Calculation logic
Country capacity equals the sum of forecasted nameplate lithium-ion battery cell manufacturing capacity of plants located in that country in the selected 2030 capacity snapshot.
Unit and conversion
The unit is GWh per year. One TWh equals 1,000 GWh, so China’s 6,268 GWh corresponds to about 6.27 TWh of annual nameplate capacity.
Included activity
The ranking covers battery cell manufacturing capacity. It does not include cathode-only plants, anode-only plants, pack assembly without cell production, recycling plants or battery storage installations.
Snapshot limits
Forecasted capacity depends on final investment decisions, permitting, grid access, financing, equipment delivery, offtake agreements, skilled labour and EV demand.
The July 2024 Benchmark Mineral Intelligence snapshot is used because it provides a comparable 2030 country-level view of the lithium-ion cell manufacturing pipeline. The 2030 horizon is the main planning year for EV supply chains, industrial policy and gigafactory investment decisions, but it also increases uncertainty because many facilities are still planned, under construction or conditional on financing and customer contracts.
Values are rounded to whole GWh. Equal rounded values are kept as separate country rows in the source order. The table should not be interpreted as a guarantee that the same amount of batteries will be produced or sold in 2030, because utilisation rates can be materially lower than nameplate capacity.
IEA’s Global EV Outlook 2025 provides broader context: global battery cell manufacturing capacity reached more than 3 TWh in 2024, and announced capacity could exceed 9 TWh by 2030 if all announced projects are completed. That context reinforces the central limitation of this ranking: nameplate capacity, demand and actual output are separate measures.
Complete Top 10 table with controls
Use the controls to compare countries by region and announced 2030 battery cell capacity. The original rank remains based on GWh capacity from highest to lowest.
| Rank | Country | Capacity | Main cell makers / project context |
|---|---|---|---|
| 1 | China | 6,268 GWh | CATL, BYD, CALB and other domestic battery cell manufacturers. |
| 2 | United States | 1,261 GWh | Tesla, LG Energy Solution, SK On, Panasonic and automaker joint ventures. |
| 3 | Germany | 262 GWh | Tesla, Volkswagen-related capacity and Northvolt-linked plans with restructuring exposure. |
| 4 | Hungary | 210 GWh | CATL, SK On, Samsung SDI and EVE Energy-linked investment near the European auto market. |
| 5 | Canada | 204 GWh | North American localisation linked to critical minerals and auto-battery investment; some pipeline capacity remains execution-sensitive. |
| 6 | France | 162 GWh | ACC, Verkor and ProLogium-related gigafactory plans. |
| 7 | Sweden | 157 GWh | Northvolt-related pipeline capacity included in the original snapshot but subject to elevated uncertainty after bankruptcy proceedings. |
| 8 | Poland | 148 GWh | LG Energy Solution and an established European lithium-ion manufacturing base. |
| 9 | Spain | 136 GWh | ACC/Stellantis and Envision AESC-related projects. |
| 10 | United Kingdom | 136 GWh | Tata Agratas and AESC-linked capacity for domestic EV supply. |
Table values are announced and forecasted 2030 lithium-ion battery cell manufacturing capacity in GWh per year. They are not actual 2030 output, utilisation or battery demand.
What the ranking says about the battery industry
China is the system-level leader
China’s lead is structural: it combines cell manufacturing scale with materials processing, LFP know-how, large domestic EV demand and vertically integrated manufacturers.
The United States is the only clear second pole
The U.S. forecast is far below China’s but much larger than any single European country, reflecting policy support and automaker-battery maker partnerships.
The middle of the ranking is shaped by industrial geography. Germany and Hungary sit near major European vehicle production networks, while France, Sweden, Poland, Spain and the United Kingdom represent different models of battery development: state-backed industrial corridors, established foreign-owned manufacturing bases, greenfield gigafactories and domestic automotive supply protection.
Hungary shows why battery manufacturing capacity is not simply a function of GDP size. A relatively small economy can rank high if it attracts large foreign battery investments and sits close to automotive assembly plants. Canada shows a different route: its position is tied to North American supply-chain security, mineral resources, government incentives and the desire to reduce dependence on overseas battery imports.
The lower end of the Top 10 is more sensitive to project changes. Sweden, Spain and the United Kingdom have meaningful pipeline positions, but their final 2030 capacity will depend on financing, customer commitments, permitting, energy costs, local political support and whether the underlying projects reach commercial scale.
How to use this capacity ranking
For investors, the ranking points to where future battery clusters may create demand for equipment, cathode and anode materials, formation systems, factory software, energy infrastructure, logistics and recycling. The most important markets are not only places where battery demand grows, but places where manufacturing ecosystems can support continuous, high-yield production.
For automakers, local cell capacity matters because batteries are the most expensive component of an EV and are increasingly affected by local-content rules, tariff exposure, carbon accounting and supply-security requirements. A nearby battery cell base can reduce logistics risk, but only if factories reach quality, cost and utilisation targets.
For governments and analysts, forecasted GWh should be compared with actual commissioning, utilisation rates, power prices, workforce availability, raw-material access and technology mix. A large pipeline is valuable, but underused or delayed capacity does not create the same industrial advantage as stable operating factories.
FAQ
What does announced battery manufacturing capacity mean?
It is the annual nameplate capacity that battery cell factories are expected to have by 2030 in the selected source snapshot. It is not the same as actual production, battery sales, utilisation or demand.
Why is China so far ahead?
China combines very large domestic EV demand, global cell manufacturers such as CATL and BYD, LFP technology scale, materials processing and a mature manufacturing ecosystem. That combination creates a capacity base no other country currently matches.
Is the United States catching up?
The United States has the second-largest forecasted country capacity, helped by federal incentives and joint ventures between automakers and established Asian cell producers. The gap with China remains large, especially in total scale and upstream supply-chain depth.
Why are European countries listed separately instead of one EU total?
The ranking is country-based. A battery plant in Hungary, Germany, France or Poland serves the wider European market, but its manufacturing capacity is still located in a specific country.
Can announced capacity be cancelled or delayed?
Yes. Battery projects depend on permits, financing, offtake contracts, equipment delivery, energy costs, labour availability, EV demand and company balance sheets. Some projects are likely to be resized or delayed before 2030.
Is GWh the same as the number of batteries?
No. GWh measures the energy capacity of cells that factories can produce each year. The number of EV battery packs depends on pack size. A 60 kWh vehicle battery uses far less cell capacity than a large truck battery or a grid-scale storage system.
Does the ranking show who owns the battery industry?
No. It shows where battery cell capacity is located. Many plants are owned or co-owned by companies headquartered elsewhere, especially Korean, Japanese and Chinese manufacturers operating overseas.
Sources
-
Visual Capitalist — Ranked: The Top Lithium-Ion Battery Producing Countries by 2030
Used for the published Top 10 country table based on Benchmark Mineral Intelligence forecasted GWh capacity data. -
Voronoi — Top Lithium-Ion Battery Producers by 2030
Used to identify the July 2024 Benchmark Mineral Intelligence data snapshot behind the published country-capacity ranking. -
Benchmark Source — Lithium ion’s leading producers in 2030
Used for source-side context on China’s scale, the United States pipeline and the 2030 capacity concentration among major cell manufacturers. -
International Energy Agency — Global EV Outlook 2025: Electric vehicle batteries
Used for global manufacturing-capacity context, the distinction between capacity and demand, and regional concentration in battery cell production. -
Northvolt — Northvolt files for bankruptcy in Sweden
Used to qualify execution risk around Northvolt-related pipeline capacity after the March 2025 bankruptcy filing in Sweden.
