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Cobalt & EV: LFP chemistry has shifted the supply risk, not eliminated it

Seguimiento del caso : Cobalto y VE: el riesgo de suministro fantasma· Episodio 3/5

TransitionReservado a suscriptores Jun 23, 2026 at 21:444Añadir a favoritos

Cobalt & EV: LFP chemistry has shifted the supply risk, not eliminated it
Homa Appliances · Unsplash

The rise of cobalt-free LFP batteries seemed to resolve dependence on the DRC-but a global analysis reveals that the risk remains intact for high-end EVs and that technological substitution has simply redistributed vulnerabilities.

Context

The global EV industry has massively adopted cobalt-free LFP (Lithium Iron Phosphate) batteries since 2020-2021, driven by Tesla (standard range lineup) and BYD ("Blade" batteries). This shift appeared to "solve" dependence on Congolese cobalt. However, OilPrice’s June 22, 2026 report highlights that recent supply chain disruptions and the persistence of cobalt in high-density NMC batteries reveal a residual structural vulnerability that markets are underestimating.

Data

  • Tesla (standard range) + BYD "Blade": switch to LFP since 2020-2021 - cobalt-free
  • Cobalt in NMC 811 / 622: still dominant for long-range EVs and premium segments (Mercedes EQS, BMW iX, Audi e-tron GT)
  • DRC: ~70% of global cobalt production (USGS 2025) - extreme geographic concentration
  • Cobalt prices: high volatility 2022-2024, slight stabilization in 2025-2026 but structurally under pressure
  • Cobalt recycling: growth in secondary flows but volumes insufficient to offset 2030 demand projections (IEA Critical Minerals Report)
  • Primary source: OilPrice, June 22, 2026; USGS Mineral Commodity Summaries 2025

Analysis

The LFP transition has effectively reduced exposure in the mass market. But it has created a de facto bifurcation: long-range EVs (premium SUVs >600 km, heavy electric trucks) remain dependent on high-nickel NMC and its cobalt. Concentration in the DRC and geopolitical tensions-chronic political instability (M23, Russian military presence), reinforced Chinese industrial presence in mines-maintain a structural risk not reflected in current prices.

The mechanism is one of false resilience: players solved the cobalt issue for the low-end but shifted it to the premium segment, precisely where margins are highest and economic dependence most critical. The rise of recycling (second-life batteries, hydrometallurgy) is real, but integration speed remains insufficient for projected 2030 volumes (+300% cobalt demand in IEA’s NZE scenario).

Historical parallel: dependence on lead in 1970s paints-gradually substituted but with a long tail of residual risk in old stocks. Here, cobalt in existing and deploying NMC fleets represents this "long tail."

Probabilistic Scenarios

  • Scenario 1 - Continued shift to LFP/LFMP (50%): cobalt-free chemistries gain further share, including in premium (CATL LFMP 700+ km), structurally reducing cobalt demand. DRC risk erodes over 5-7 years, but NMC volumes still in deployment maintain residual exposure.
  • Scenario 2 - Localized supply crisis (35%): a political or logistical disruption in the DRC (mine closures, cobalt export taxes) triggers a price spike, penalizing non-LFP premium OEMs and potentially electric commercial vehicles.
  • Scenario 3 - NMC rebound (15%): if energy densities required (700+ km range, ultra-fast charging) remain out of LFP’s reach at competitive costs, NMC-and cobalt-demand rebounds post-2027.

Portfolio Implications

Position non-DRC cobalt producers as partial hedges rather than core holdings: Glencore (GLEN, LSE)-world’s top cobalt producer with diversified exposure; juniors in Australia, the Philippines, and Morocco. For OEMs, favor those most advanced in LFP/sodium diversification (BYD, Tesla) over those still reliant on premium NMC (Mercedes, BMW). ESG: the EU’s CSDDD (Corporate Sustainability Due Diligence Directive) mandates due diligence on DRC cobalt supply chains starting in 2026.

Risks & Blind Spots

Faster-than-expected technological substitution (cobalt-free solid-state batteries-Toyota, QuantumScape, SES AI) could render the cobalt thesis obsolete before 2030. Symmetric downside risk: oversupply of artisanal cobalt not captured in official statistics. Structural ESG risk: child labor in DRC artisanal mines (ASM)-growing regulatory and supply chain accountability pressure.

To Monitor

  • Monthly DRC cobalt production (Cobalt Institute)
  • Solid-state battery progress (Toyota, QuantumScape)
  • CSDDD implementation in the EU and first supply chain audits
  • LME cobalt prices
  • DRC cobalt export quotas or taxes
  • LFP vs. NMC market share in the premium SUV segment
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Lucia FerrazÉconomiste transition & matières critiques (São Paulo)
Elle suit les matières premières de la transition : lithium, cuivre, uranium, terres rares.
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Comentarios (4)

Inicia sesión para unirte a la conversación.

J.P.R. 24 Jun 2026 · 16:11

LFP réduit le cobalt, pas le risque géopolitique sur le lithium. La diversification des sources reste la seule vraie solution.

Bálint_89 24 Jun 2026 · 04:44

LFP csökkentette a kockázatot, de a nyersanyagfüggőség csak áttevődött - a VE-s álom még mindig törékeny.

eco_visionario 23 Jun 2026 · 21:44

La dependencia del litio en LFP es solo otro cuello de botella; China domina el 80% del refinado (USGS 2025). El riesgo no desaparece, se traslada.

le_sceptique_financier 23 Jun 2026 · 12:25

Permettez-moi de douter... Si le cobalt quitte la RDC pour le lithium chilien, on a juste changé de dictature minière. Le risque n’a pas bougé, il a mis les voiles.

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