Nickel-rich lithium-ion batteries: Overview
The energy-dense battery behind long-range EVs, and its fast-charging cousin
What this tile covers Higher-energy lithium-ion chemistries for EVs and electronics, plus fast-charging LTO. Share of use.01% share of world stored energy (2025)Share of the world's stored energy (energy capacity held, TWh, latest year 2019 to 2026) across the forms with figures, about 22,551 TWh; fuel stocks dominate. Battery and other stores count capacity, not state of charge (calculated) Same inputs as LFP: nickel-based chemistries are taken as about 52% of about 4.3 TWh of EV batteries in use (IEA shares of about 50% in 2024 and under 45% in 2025, higher earlier) plus about 0.07 TWh of stationary storage; about 2.30 TWh of 22,551 TWh. Phones and laptops are left out. Source: Global EV Outlook 2026: Electric vehicle batteries, IEA.
Key facts
| Duration | Hours |
Included from the reference tables
- NMC
- NCA
- LTO
Linked to the material world
Li LithiumNi NickelCo CobaltMn ManganeseCAM Battery cathode materialsAlso in Electrochemical
LFP Lithium iron phosphate batteriesSSB Next-generation lithium batteriesNa+ Sodium-ion batteriesPbA Lead-acid batteriesNiB Nickel-based batteriesVRF Flow batteriesNaS High-temperature batteriesFeAir Metal-air batteriesZn Other and primary batteriesExplore paths from here
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