Solutions for EV
Fast Charging

Reducing grid loads and demand charges.

Support multiple vehicle charges without expensive electric system upgrades.

Blue Pack^™ Critical Power Battery

The Natron Blue Pack battery is a 25kW, 48 volt building block for systems up to 812 volts. Standard configurations are 10-string for 480 volt critical power applications and 14-string configuration for 672 volt industrial applications. It is designed for extremely rapid charge/discharge, providing between 50,000 & 100,000 discharge cycles depending on application. It is incapable of thermal runaway and operates at extremely wide temperature ranges. Having twice the power of lithium-ion, it’s a safer alternative that is also responsibly and ethically sourced. This battery is designed for applications including Data Centers, UPSs, Telecom, EV Fast Charging, Fuel Cells, Motive/GSE, Industrial Power/Decarbonization, Grid Services – Peak Shaving, Dark Starting, Grid Forming, etc.

Specs at a glance

Applications from 48v to 812v
Designed for backup power, EV fast charging, decarbonization and peak shaving
Full recharge capability in 15 minutes or less, ready immediately

See all specs (PDF)

Natron Sodium-ion Battery Modules

Natron technology will be deployed with EV Fast Chargers on the University of California San Diego campus under a CEC grant. The batteries act as a reservoir of energy that can be tapped on demand to charge vehicles, much like the fuel storage tanks at gas stations. Natron’s battery recharges rapidly, and is ready to charge vehicles faster than any other battery technology.

Rapid RechargeMeans more vehicles charged per day

up to

%

Reduction in load to grid

Cycles for long project lifetimes

Product Info

Better performance through better chemistry

Natron’s patented Prussian blue electrodes store and transfer sodium-ions faster, more often, and with lower internal resistance than any other commercial battery. With zero strain during charge / discharge, 10x faster cycling, and an over 50,000 cycle-life Natron’s sodium-ion batteries represent the future of industrial mobility.