Replacing Lithium’s Tradeoffs With Sodium’s Abundance.

No risk of fire during transportation or storage, and no fire propagation. Vent safely during failure.

Power on demand, not just stored energy. UNIGRID’s Power Cell Series delivers pulse discharge up to 30C for UPS and peak demand shaving.

LFP fails at 3,000–4,000 cycles, Our NCO technology delivers up to 10,000 cycles at 80% retention — 25-year asset life and decades of dependable ROI.

Reliable power without cooling requirements. Built to perform under cold and hot conditions (-40°C to 60°C, Fully Passive).

A delivery truck at -40 °C. Start it and the view zooms under the hood to its Na⁺ Fleet, front cut away: the key turns, the cells send current to the starter, and the engine catches.

• Sixty 3270 sodium-ion cells: 12 V, 60 Ah
• Rated to discharge down to -40 °C
• 960 cold cranking amps (rated at -18 °C)

An office building with solar on its roof keeps a Na⁺ Cleo rack in its basement. When the building fills up in the morning and its demand peaks, the Cleo supplies the peak through its inverter, so the grid draw stays under the demand limit. The roof’s solar tops it back up.

• Seven Power Module drawers in series: 42 kWh, 210 kW
• Each drawer holds thirty 70 Ah sodium-ion cells
• The wall chart shows grid demand held under the limit

Manufactured at commercial scale, our NCO production enables consistent quality, reliable performance, and readiness for large-volume deployment.

By producing our own cathode material, UNIGRID strengthens supply chain security while maintaining control over quality from powder to finished battery.

Our NCO cathode doesn’t release oxygen under heat, and its transition metal stays locked in place, even during thermal runaway. No fire, no propagation.

The industry standard for evaluating thermal runaway fire propagation in battery energy storage systems, independently tested to confirm our cells don’t propagate fire from one cell to the next.

The international safety standard for industrial lithium and sodium-ion cells, independently verified for safe operation under abnormal conditions like overcharge, short circuit, and crush.