Built for standard 19-inch rack systems, the 51.2V 314Ah battery module provides high-capacity storage within a structured, space-efficient layout. Its rack-friendly design supports orderly installation, straightforward maintenance, and future capacity growth as energy requirements evolve. Delivering consistent output with integrated safety management, it serves as a dependable building block for large-scale residential backup, commercial energy storage, and hybrid power systems requiring long-duration performance and flexible system architecture.
Designed for high-capacity energy storage, the 51.2V 314Ah rack-mounted battery integrates seamlessly into standard 19-inch cabinets, keeping electrical rooms structured and space-efficient. Its robust LiFePO4 chemistry delivers consistent output for long-duration backup, load shifting, and continuous operation in commercial and industrial environments. The modular architecture allows straightforward expansion by adding parallel units, enabling system designers and facility operators to adapt capacity as power requirements increase while maintaining orderly installation and reliable performance.
The 51.2V 314Ah rack-mount LiFePO4 module is engineered for flexible deployment across residential backup, commercial projects, and remote off-grid systems. Its 19-inch form factor installs neatly in standard cabinets, helping keep wiring and service access orderly. Scaling is straightforward: expand storage by adding additional units to match rising demand. Built for integrators and project procurement, it provides dependable energy for essential loads, overnight consumption, and site reliability—delivering stable support when utility power is limited or unavailable.
The module is built specifically for standard 19-inch rack systems, allowing for clean organization, easy maintenance, and efficient use of space in server rooms or power cabinets.
Expansion is highly straightforward. The modular design enables you to connect additional units in parallel to dynamically scale storage capacity as your energy requirements evolve.
The system utilizes robust LiFePO4 (Lithium Iron Phosphate) chemistry, providing exceptional thermal stability, enhanced safety, and consistent power delivery for long-duration backup needs.
Yes, it is engineered for flexible deployment across large-scale residential backups, commercial energy storage systems, industrial load shifting, and remote off-grid configurations.
Yes, each module is equipped with an integrated battery management system that provides critical monitoring, balances cells, and manages safety parameters during continuous operation.