Research Overview
Compare charge curves by material, then explore our three fields.
Every material has its own charge curve
- Capacity
- 205 mAh/g
- Avg. voltage
- 3.75 V
- Cycle life (80%)
- 1,200 cycles
- Note
- 80% nickel — high capacity, sloping voltage
| Material | Field | mAh/g | V | Cycles | Note |
|---|---|---|---|---|---|
| NCM811 | High-Energy Cathodes | 205 | 3.75 | 1,200 | 80% nickel — high capacity, sloping voltage |
| LFP | High-Energy Cathodes | 160 | 3.30 | 4,000 | LiFePO₄ — flat voltage, very long life |
| NaFeMnO₂ | Sodium-Ion Batteries | 140 | 3.05 | 900 | Fe–Mn sodium cathode — cobalt-free and cheap |
| Sulfide solid-state cell | Solid-State & Safety | 190 | 3.65 | 800 | Solid electrolyte cell — will not catch fire |
Curves and values are illustrative.
High-Energy Cathodes
Nickel-rich cathodes that do not crack after a thousand cycles.
- L1Crack-free single-crystal Ni-rich cathodesOngoing
- L2Automated search for cathode surface coatingsOngoing
Sodium-Ion Batteries
Cheap, cold-tolerant cells built from abundant sodium.
- N1Low-temperature hard-carbon anodesCompleted
- N2Iron-based layered oxide cathodesOngoing
Solid-State & Safety
Non-flammable solid electrolytes and early thermal-runaway warning.
- S1Moisture-stable sulfide solid electrolytesOngoing
- S2Gas sensors for early thermal-runaway warningPlanned
