24V-class B2B storage

24V LiFePO4 batteries for solar and mobile power systems.

A 24V battery architecture can reduce DC current compared with an equivalent 12V system. It only works when the charger, controller, inverter, loads, wiring and protection are designed for the final voltage range.

Reference platform: 25.6V 100Ah

The verified reference platform provides 2.56kWh nominal energy with 100A maximum continuous discharge. Its current supplier specification lists a 29.2V charge voltage, IP66 enclosure rating, Bluetooth communication, M8 terminals and up to 2S/4P approved connection architecture.

Read the full 24V 100Ah specification

When does a buyer need a 24V battery rather than a 12V battery?

Compare the system's sustained DC power, cable run and compatible components. At the same power, a higher-voltage battery generally reduces current, but the system must be intentionally built around the voltage. A 25.6V battery is not a plug-in replacement for a 12V bank.

RFQ checklist

Controller and charger voltage/current settings.
Inverter DC voltage and maximum input current.
Daily Wh demand, peak loads and autonomy target.
Required documents and destination market.

Continue with the off-grid solar battery guide or 24V 100Ah buyer guide.