48-CELL 16S3P DESIGN
48 matched 3.2V 314Ah LiFePO4 cells deliver high usable capacity in a compact cabinet format.
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| Battery packs | |
| Rated Voltage | 51.2V |
| Rated Capacity | 942Ah |
| Combination | 16S3P |
| Cells model | 48pcs 314Ah cell |
| Consistent discharge current | ≤200A |
| Max. pulse discharge current | ≤200A |
| Charge Temperature | 0~45℃ |
| Discharge Temperature | -20~60℃ |
| Communication | RS232/RS485/CAN |

51.2V 942AH LIFEPO4 ENERGY STORAGE BATTERY
A high-capacity all-in-one LiFePO4 battery system for larger residential and light commercial energy storage. The 16S3P design combines 48 cells, intelligent protection, active balancing and flexible parallel expansion.
MOON 48kWh is engineered for dependable energy storage where capacity, current capability and system visibility all matter.
48 matched 3.2V 314Ah LiFePO4 cells deliver high usable capacity in a compact cabinet format.
Active balance support helps maintain voltage consistency across the battery cell group.
Designed for up to 200A continuous discharge to support demanding inverter loads.
Supports parallel connection of up to 16 battery packs for scalable storage capacity.
Electrical, mechanical and environmental parameters based on the MOON 48kWh product specification.

The integrated cabinet design keeps a 942Ah battery bank organized and easier to position during installation and maintenance.
Dedicated visual sections make the connection points, on-device display and APP monitoring capabilities easy for customers to understand.

The front connection area organizes battery communication and power interfaces in one practical location.

The battery display provides a convenient local reference for essential operating information during setup and routine checks.

Use the supported Bluetooth APP and WiFi-ready monitoring connection to view battery information more conveniently.

For projects that need more usable capacity, multiple MOON battery packs can be connected in parallel through the system communication architecture.
The integrated BMS monitors key operating conditions and provides interface options for battery, inverter and monitoring-system communication.
RS485 and CAN communication interfaces are designed to support integration with compatible inverter systems. Confirm the correct communication protocol and cable configuration with DOCAN before installation.
BRAND LABELS ARE PROVIDED AS A COMPATIBILITY REFERENCE. FINAL COMMUNICATION SUPPORT DEPENDS ON INVERTER MODEL, FIRMWARE, PROTOCOL AND SYSTEM CONFIGURATION.
Store more solar energy for evening use, backup preparation and household load support.
High capacity and flexible expansion for remote power systems and independent living.
Suitable for projects that require higher energy capacity with system monitoring interfaces.
Use protective packaging and follow the product manual during handling, installation and storage.


SAFETY NOTICE: Use a suitable charger and follow the product manual. Do not short circuit, disassemble, expose to fire or store the battery in wet or high-temperature environments. Installation should be performed by qualified personnel.
Contact the DOCAN team for availability, compatible inverter communication and project-level configuration support.