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BSM48314H has 3 levels BMS (battery management system), which can manage and monitor cells information including voltage, current and temperature.
| Brand: | BSM48314 Unit |
| Capacity (kWh): | 16.076 |
| Depth of Discharge: | 90% |
| Dimension(W* D* H,mm): | 895*500*235 |
| Cycle Life: | > 6000 (25°C) |
| Communication: | CANBUS/ModbusRTU/TCP/IP |
| Certification: | CE/IEC/UL/UN38.3/MSDS |
The BSM48314H 51.2V 314Ah high voltage lithium battery module is designed for residential and commercial energy storage systems, delivering stable performance, high energy density, and long cycle life. It supports flexible system expansion through modular design and integrates easily with high-voltage BESS solutions, making it ideal for solar energy storage, backup power, and peak shaving applications.
3-Level BMS Protection: Equipped with a three-level Battery Management System (BMS) for comprehensive monitoring and management of cell voltage, current, and temperature.
Cell Balancing Function: Automatically balances charging and discharging among cells to optimize performance and extend battery cycle life.
Scalable Design: Supports multiple units connected in series to expand capacity and power output, meeting larger energy storage and longer backup needs.
This high voltage lithium battery module is mainly used in residential and commercial energy storage systems. It stores solar energy, provides backup power, and helps reduce electricity costs through peak shaving.
Yes. The modular design allows multiple battery modules to be connected in series to build higher voltage and larger capacity energy storage systems for different project needs.
Yes, the 51.2V 314Ah lithium battery module is designed for solar energy storage applications. It works with inverters and BESS systems to store excess solar power for later use.
High voltage battery modules offer higher efficiency, lower current loss, and better system performance. They are ideal for large residential, commercial, and industrial energy storage projects.
This battery module features long cycle life and stable performance. With proper system design and operation, it can support long-term energy storage applications for many years.
