LFP vs NMC Battery Market Share: China’s Global Lead
A region-level analysis of the 2025 EV battery market, built from IEA chemistry-share data, BloombergNEF pack-price data and company results as reported by the IEA.
ABOUT THIS RESEARCH
This report synthesizes the International Energy Agency's Global EV Outlook 2026, its 2025 edition (as reproduced by trade outlets) for earlier-year regional shares, BloombergNEF's 2025 battery price survey, and company results as reported by the IEA. Unlike single-statistic coverage of "LFP share," NMSC lines up chemistry share, supplier origin and policy access region by region, so buyers, OEMs and procurement teams can see where the LFP shift actually lands.
Chemistry Trade-off, 2025–2026
NMSC comparison shows LFP leading on price and NMC leading on energy density. Left: average pack price, USD/kWh, 2025 (all segments). Right: latest cell energy density, Wh/kg (up to), 2026.
Average pack price, USD/kWh
LFP pack averaged 36.7% below NMC
NextMSC calculation: (128 − 81) ÷ 128. The IEA cites "more than 40%".
Latest cell energy density, Wh/kg (up to)
NMC cells reach 29.3% higher energy density
NextMSC calculation: (265 ÷ 205) − 1. Best-case cells, not fleet averages.
Price bars and density bars use separate scales. Compare within each panel only.
nextmsc.com/industry-deep-dive/lfp-vs-nmc-battery-share-by-region-2026
2026 Market Pulse Metrics
At-a-glance benchmarks for the regional chemistry split, each traceable to an agency or survey source.
IEA GLOBAL LFP SHARE
>55%
EV batteries deployed, 2025, up from nearly 50% in 2024.
IEA NICKEL SHARE OUTSIDE CHINA
~80%
Almost 80% of EV batteries deployed outside China in 2025; the remainder LFP.
CHINA LFP SHARE, 2024
~¾
Almost three-quarters of China's domestic battery demand, per the IEA's 2025 edition (secondary source).
US LFP SHARE, 2025
~½ of 2024
IEA: almost halved from a low base after tariffs and tax-credit sourcing rules.
NMSC-MODELED LFP PRICE GAP
36.7%
BNEF averages of $81 vs $128 per kWh, incl. storage. The IEA cites "more than 40%".
CHINESE PRODUCERS IN THE EU
>50%
IEA: share of EU EV battery deployment in 2025, almost double the 2023 share.
Executive Summary
The state of the split
In 2025, LFP supplied over 55% of EV batteries deployed worldwide, yet almost 80% of those deployed outside China used nickel-containing chemistries such as NMC. China accounts for 60% of global deployment, so on NMSC's back-calculation its own LFP share must be at least roughly 77%. This is not primarily a cost story. Which chemistry a region uses depends on who can supply it, whether policy lets buyers purchase it, and what application it serves. Chinese producers supplied almost 75% of global electric car battery deployment, and the US, where they hold just over 5%, is the one major market where LFP moved backwards. By "regional position" we mean the combination of chemistry share, supplier origin and policy access observed in each region, not an industry-standard index.
The 2025 share and price spectrum
- >55%. The IEA's global LFP share of EV batteries deployed in 2025, from nearly 50% in 2024. Treat it as a China-weighted result, not a description of any other region.
- ~80%. Nickel-containing share of EV batteries deployed outside China in 2025, with LFP making up the remainder. This is the IEA's own complement and the basis for NMSC's China back-calculation.
- 36.7% (modeled) to more than 40% (IEA). The LFP pack-price discount to NMC. BNEF's all-segment averages of $81 and $128 give 36.7%; the IEA cites more than 40% and notes the figure partly reflects stationary storage, where LFP dominates. It is not an EV-only gap.
AT A GLANCE: 2025 SPECTRUM
Why this matters for buyers: The EU's LFP growth is largely Chinese supply, with nearly all of it imported, about 30% as batteries and nearly 70% inside imported EVs. The US cut its LFP share almost in half while reallocating over 50 GWh of battery capacity toward LFP, largely for stationary storage. In other emerging economies, LFP powered about two-thirds of electric car sales in 2025, double the 2023 share. A buyer outside China is therefore choosing a supply route as much as a chemistry.
2026 Regional Exposure Index
The shift to LFP does not land evenly across regions. The market has effectively split into three exposure tiers. The IEA figures below are direct statistics; the China LFP share in Tier 1 is an NMSC-modeled lower bound.
TIER 1: LFP-DEFAULT MARKET
China: the baseline
The IEA's 2025 edition reported LFP at almost three-quarters of China's domestic battery demand in 2024, about 80% for batteries sold in November and December 2024 (secondary source). The 2026 figures imply a similar or higher share for 2025. China is also where scale economics show up: CATL reported an 18% operating margin in 2025.
Reproducibility check. Inputs, all IEA Global EV Outlook 2026 (observed 8 Oct 2026): global LFP over 55%; China 60% of deployment; almost 80% nickel-containing outside China. Calculation: (55 − 0.4 × 22) ÷ 0.6 = 77.0, or 78.3 if outside-China LFP is 20%. The result is a lower bound because "over 55%" is a threshold, and it is a modeled estimate, not an IEA statistic.
TIER 2: IMPORT-DEPENDENT LFP MARKETS
European Union, with Southeast Asia and Brazil
EU LFP held roughly steady at more than 10%, but the IEA reports nearly all of it came from China. Southeast Asia and Brazil are similar: LFP exceeded 50% of electric car batteries in 2024 (secondary source), through imports of Chinese vehicles. The share is meaningful, but the supply route is single-sourced.
TIER 3: POLICY-GATED MARKET
United States
The IEA attributes the fall to higher tariffs on Chinese imports and stricter sourcing requirements linked to the EV tax credit available until the third quarter of 2025. New LFP capacity, which belongs to companies such as LG Energy Solution and Ford, largely targets stationary storage, one-third of US battery deployment. Panasonic Energy supplies over 40% of batteries in US-produced electric cars.
Figure 1. Regional Deployment Weight vs. Chinese-Producer Share, 2025
Left: share of global EV battery deployment, 2025 (%). Right: Chinese producers' share of regional EV battery deployment, 2025 (%)
nextmsc.com/industry-deep-dive/lfp-vs-nmc-battery-share-by-region-2026
The 4 Pillars of the 2026 Regional Split
Four categories of evidence, an agency chemistry dataset, a commercial price survey, agency supply-chain and policy indicators, and secondary-sourced earlier-year data, confirm the same directional picture at varying levels of confidence. Every figure traces to a named indicator in the lithium-ion battery market or an IEA outlook release, not an unattributed estimate.
PILLAR 1
IEA chemistry-share data (EV batteries deployed)
The IEA's Global EV Outlook 2026 is the primary source for chemistry shares. Chemistry share is measured on battery capacity of new EVs registered, so it is not a revenue or vehicle-count share, and it groups nickel chemistries together.
Source: International Energy Agency and NextMSC analysis. "~50%" is the IEA's "nearly 50%".
nextmsc.com/industry-deep-dive/lfp-vs-nmc-battery-share-by-region-2026
PILLAR 2
BloombergNEF 2025 battery price survey
BNEF's survey, published 9 December 2025, is a commercial research provider's figure, used here through its own press release. Its LFP and NMC averages span EV and stationary-storage use, which is why NMSC treats the LFP discount as a mix-affected figure.
Source: BloombergNEF and NextMSC analysis. USD per kWh. The all-application average was $108/kWh, down 8%.
nextmsc.com/industry-deep-dive/lfp-vs-nmc-battery-share-by-region-2026
PILLAR 3
IEA supply-chain concentration and policy indicators
The same IEA chapter documents who supplies each region and which rules constrain it. Cell capacity exceeded 4 TWh at the end of 2025, with China holding over 80% and the EU and US 6–7% each. Production of LFP cathode materials and precursors remains almost entirely in China, and the IEA notes China's October 2025 export controls on battery materials were paused for one year.
Source: International Energy Agency and NextMSC analysis. "~75%" is the IEA's "almost 75%" and "~5%+" is "just over 5%".
nextmsc.com/industry-deep-dive/lfp-vs-nmc-battery-share-by-region-2026
PILLAR 4
Earlier-year regional shares (secondary-sourced)
The IEA's 2025 edition provided the 2024 China and emerging-market figures, but this report reached them only through trade outlets reproducing the IEA's text, not the primary page itself. Treat the figures below as secondary-sourced.
Source: International Energy Agency (via trade-press reproduction) and NextMSC analysis. The last tile is from the IEA 2026 outlook.
nextmsc.com/industry-deep-dive/lfp-vs-nmc-battery-share-by-region-2026
Figure 2. Pack-Price Spectrum by Segment and Chemistry, 2025
USD per kWh, annual average
nextmsc.com/industry-deep-dive/lfp-vs-nmc-battery-share-by-region-2026
Taken together, the indicators above are directionally consistent with a market in which LFP's price lead is real but its regional reach is set by supply access and policy. Agency chemistry data, a commercial price survey and supply-chain indicators point the same way over the same window. We have not modeled a formal relationship between price and regional share, and readers should treat it as directional evidence rather than a proven causal chain.
How Producers Responded: Six Profiles From the Same Shift
Every producer in this market faced the same price, materials and policy pressure in 2025–2026. How each one earned margin, absorbed policy risk or repositioned capacity reveals genuinely different competitive postures. All figures are as reported by the IEA citing company filings; NextMSC did not re-open the filings.
CATL: scale and margin
CATL's operating margin was 10–15% in each year from 2020 to 2024 and reached 18% in 2025. Its revenue was about 40% larger than that of LGES, Samsung SDI, SK On and Panasonic Energy combined, and almost 35% of its first-half 2025 revenue came from overseas, up from 30% a year earlier.
LG Energy Solution: policy-dependent profit
LGES reported EBIT above $400 million in 2024, but about −$650 million excluding US tax credits, and about −$200 million without credits in 2025. Capital expenditure fell from about $9 billion in 2024 to about $7.5 billion in 2025.
Panasonic Energy: the US nickel incumbent
Panasonic supplied over 40% of the batteries in US-produced electric cars sold worldwide in 2025. Its battery business margin was 10% in 2024 and 14% in 2025, in a market where Chinese producers hold just over 5%.
US capacity: repurposed toward LFP
Over 50 GWh of US battery capacity, belonging to companies such as LGES and Ford, was reallocated toward LFP in 2025, largely for stationary storage. Non-Chinese LFP is being built first for storage, not passenger EVs.
SK On: recurring losses
The IEA reports recurring operating losses at SK On and notes Korean producers could face further stress as their US exposure meets scaled-back automaker electrification plans.
Hunan Yuneng: the LFP material exception
The IEA reports LFP material producers in China are sustaining losses, with the exception of Hunan Yuneng, the world's largest LFP material supplier. Losses across material makers could drive consolidation and firmer prices.
2026 Producer & Policy Action Matrix
Every confirmed producer and policy action referenced in this report, with the stated driver and effective date.
| Producer / Policy | Action | Effective | Stated Driver (source) |
|---|---|---|---|
| US EV tax credit | Credit with stricter sourcing rules available until Q3 2025 | Through Q3 2025 | IEA links US LFP share falling by almost half to tariffs and these sourcing rules |
| China export controls | Controls on cathode materials, precursors, anode materials and LFP components announced, then paused for one year | Oct 2025 | IEA; status after the pause not independently checked |
| DRC cobalt | Export ban converted to quotas | 16 Oct 2025 | IEA; cobalt prices doubled over the past year |
| BloombergNEF | Reported pack prices down 8% to $108/kWh; LFP $81, NMC $128 | 9 Dec 2025 | BNEF 2025 Lithium-Ion Battery Price Survey |
| US producers (LGES, Ford and others) | Over 50 GWh of capacity reallocated toward LFP | 2025 | IEA: largely for stationary storage |
| LG Energy Solution | Capex cut from about $9bn to about $7.5bn | 2024 to 2025 | IEA citing company reports; EBIT negative without US credits |
| CATL | Operating margin 18%; overseas revenue almost 35% of H1 2025 | 2025 | IEA citing CATL results and interim report |
| Panasonic Energy | Battery business margin 14% (10% in 2024) | 2025 | IEA citing company results |
| Chinese producers in the EU | Over half of EU deployment, through imports and local production such as CATL's German plant | 2025 | IEA; almost double their 2023 share |
| Chinese LFP material makers | Sustained losses except Hunan Yuneng | 2026 assessment | IEA; consolidation or firmer pricing possible |
Methodology & Data Limitations
This report separates agency and survey data from NextMSC calculations. Chemistry shares come from the International Energy Agency (IEA) Global EV Outlook 2026; pack prices come from the BloombergNEF 2025 battery price survey; company figures are as reported by the IEA. Earlier-year regional shares reached only through trade-press reproductions of the IEA's 2025 edition are labelled secondary. Modeled figures are NextMSC arithmetic on the cited inputs and are not official statistics.
Data limitations
- IEA chemistry shares are based on battery capacity of new EVs registered and exclude two- and three-wheelers; they are not revenue shares.
- The IEA groups nickel chemistries together in the text reviewed, so NMC-specific regional shares are not available and are not inferred.
- BNEF's LFP and NMC prices are all-segment averages including stationary storage; no EV-only chemistry price is published in the sources reviewed.
- IEA thresholds such as "over 55%" are reproduced with their qualifiers; Figure 1 bar lengths use the stated threshold value.
- Where figures conflict, both are shown: BNEF's averages give a 36.7% LFP discount while the IEA reports more than 40%.
Normalization reference: regional exposure and pack prices
| Region | Share of global EV battery deployment | LFP position | Who supplies the batteries | NextMSC read |
|---|---|---|---|---|
| China | 60% | Almost three-quarters of domestic battery demand in 2024; about 80% of batteries sold in Nov–Dec 2024 Secondary | Domestic producers; Chinese producers hold almost 75% of global electric car battery deployment | LFP is the default. Implied 2025 share of at least roughly 77% Modeled |
| European Union | almost 15% | More than 10% of EV battery demand, similar to 2024 | Chinese producers over half of deployment; LFP imported ~30% as batteries, nearly 70% inside EVs | Import-dependent LFP market; nickel-led overall |
| United States | 10% | Share almost halved from a low 2024 base | Chinese producers just over 5%; Panasonic supplies over 40% of batteries in US-produced electric cars | Policy-gated. LFP capacity is being built, mainly for storage |
| Other EMDEs (ex-China) | 6% | About two-thirds of electric car sales, double 2023; above 50% in Southeast Asia, India and Brazil in 2024 Secondary | Chinese imports lead in Southeast Asia and Brazil; domestic production, notably Tata Motors, in India Secondary | Affordability pulls LFP; share of deployment projected near 15% by 2035 (STEPS) |
| World | 1.2 TWh | Over 55%, from nearly 50% in 2024 | Chinese producers almost 75% of electric car battery deployment | Outside China, almost 80% nickel-containing |
Source: IEA Global EV Outlook 2026; IEA Global EV Outlook 2025 as reproduced in trade press for 2024 China and EMDE shares (secondary source); NextMSC analysis. The four named regions sum to about 91% of global deployment; the remaining ~9% is a NextMSC subtraction.
nextmsc.com/industry-deep-dive/lfp-vs-nmc-battery-share-by-region-2026
| Indicator | 2025 value | What it measures | Tier |
|---|---|---|---|
| Average Li-ion pack, all applications | $108/kWh | Down 8% on 2024; record low | BNEF |
| Stationary storage pack | $70/kWh | Lowest segment; 45% below 2024 | BNEF |
| LFP pack, all segments | $81/kWh | Average across EV and storage use | BNEF |
| NMC pack, all segments | $128/kWh | Average across EV and storage use | BNEF |
| China average pack | $84/kWh | Lowest regional average | BNEF |
| LFP discount to NMC | 36.7% | (128 − 81) ÷ 128 | Modeled |
| NMC premium over LFP | 58.0% | (128 − 81) ÷ 81 | Modeled |
| LFP "cheaper than NMC" per IEA | >40% | IEA states part of this reflects storage, which mostly uses LFP | IEA |
| China pack price below N. America / Europe | 30% / 35% | Up from 20% / 25% in 2022, a 10-point widening each | IEA |
Source: BloombergNEF press release (9 Dec 2025); IEA Global EV Outlook 2026; NextMSC calculations.
nextmsc.com/industry-deep-dive/lfp-vs-nmc-battery-share-by-region-2026
Dataset Explorer
Filter the underlying indicator, company-action and capacity data compiled for this report.
| Category | Item | Value / Change | Date |
|---|
When Could the Regional Split Narrow? (NMSC Outlook)
The mechanisms for change are visible in the IEA's projections. EV battery deployment is expected to approach 3 TWh by 2030 in both the Current Policies and Stated Policies scenarios, and reach about 4 to almost 5 TWh by 2035. In the Stated Policies Scenario, other emerging economies rise from about 6% to about 15% of deployment, while under Current Policies the US share falls below 5%. Sodium-ion is not yet a factor, at just over 1% of lithium-ion cell capacity. NMSC outlook (a forecast, not an established fact): buyers, OEMs and procurement planners should plan around the regional split persisting through 2030. This is a judgment based on supply concentration and policy gates, not a published projection of chemistry shares.
Source by region, not by global share
A global LFP majority describes China. Outside China, plan chemistry and supplier choices region by region.
Separate EV and storage price signals
The headline LFP discount mixes EV and storage pricing. Ask suppliers for EV-specific quotes before using it in a cost model.
Watch the policy calendars
China's export-control pause and US tax-credit eligibility rules can change supply access faster than costs change.
Track lithium pass-through and cathode losses
Lithium more than doubled year on year in early 2026, and loss-making material producers could consolidate and lift prices.
Data cut-off: October 8, 2026 • Corrections and source challenges: contact NMSC research.
About the Author
Liza Phukan
— Liza Phukan is Research Associate at Next Move Strategy Consulting, where she has covered emerging industries and market research across sectors for 3.5 years. Her work includes analyzing industry developments, validating market data, and developing structured business content from research findings. She uses secondary research and data-validation practices to turn complex market information into clear decision-useful market analysis for business audiences and support report development and B2B.
About the Reviewer
Debashree Dey
— Debashree Dey is Assistant Manager at Next Move Strategy Consulting, where she supports cross-vertical market content and communications across diverse industries for 6 years. Her professional background includes senior content writing, communications, and published manuscript authorship, with experience developing audience-focused business narratives and maintaining clear, consistent messaging. Her role supports research-led content development and editorial quality across NextMSC publications.