Independent research & reference
The science of battery materials, from the olivine crystal to the complete cell.
Explore the researchOlivine cathodes · LFP & LMFP · Energy storage
Technical reference
Featured / Battery Materials
How iron redox, olivine structure and electrode engineering determine LFP voltage, capacity, transport and stability, with clear material-to-cell distinctions.
Read the technical article ↗Research collections
Structure, transport and electrode design
02The chemistry and engineering of LFP
03Voltage, composition and reaction kinetics
04How materials work together in a cell
05Sodium storage and phosphate frameworks
06Electrolytes, contact and interfaces
07Mechanisms behind capacity and power loss
08From cell performance to system requirements
Materials & cell science
How carbon connects LFP particles to an electrode’s electronic network, why coating quality matters and which transport limitations a coating cannot resolve.
Read articleUnderstand ageing in LFP/graphite cells by separating cathode behaviour, graphite interfaces, lithium inventory loss and the effects of storage and cycling.
Read articleExamine how an olivine cathode works inside a solid-state composite, separating electronic contact, ion conduction, interfacial reactions and cell-level evidence.
Read articleThe domain’s scientific history
The domain originally served the 2014 conference on olivines for rechargeable batteries. Our independent reference pages document the conference series and connect readers with original records.
Explore the conference history ↗Go to the evidence
A. K. Padhi et al. · Journal of The Electrochemical Society
Wonchan Hwang et al. · Journal of Materials Chemistry A
Shin-ichi Nishimura et al. · Nature Materials
Verified event / October 2026
25–29 October 2026 · Calgary, Canada
