48V Rack Mounted Lithium LifePo4 Batteries

Designed for more than residential energy storage.

The 48V rack-mounted architecture supports a wide range of power applications requiring dependable, scalable, and compact battery storage.

Suitable for:

• telecom base stations
• UPS backup systems
• data centers
• solar energy storage
• small commercial ESS
• industrial backup systems
• off-grid applications

One platform for diversified deployment requirements.

Standardized design simplifies system integration.

Built with a standard rack-mounted form factor for easier installation, maintenance, transportation, and future expansion.

Ideal for:

• telecom cabinets
• equipment rooms
• server racks
• battery rooms
• distributed power systems

Helping installers reduce deployment complexity and improve operational efficiency.

Storage capacity that grows with your system.

Energy projects often evolve over time.

Whether supporting network expansion, increasing backup runtime, or growing solar storage requirements, the modular battery architecture allows flexible capacity scaling through parallel deployment.

Start with the configuration your project needs today and expand storage capability as operational demand increases.

Designed for both compact systems and larger multi-battery installations.

Integration flexibility for real-world projects.

System deployment should not be limited by inverter selection.

The battery platform is designed to support integration with a wide range of inverter brands and power conversion environments.

Flexible communication compatibility enables smoother deployment across customized system architectures.

Simply provide inverter communication protocol requirements for integration support.

Suitable for:

• hybrid inverters
• off-grid inverters
• low-voltage ESS platforms
• solar + storage systems
• customized energy applications

The modular rack-mounted structure helps simplify system deployment and long-term maintenance.

The platform supports:

• Faster rack integration
• Simplified wiring layout
• Easier future expansion
• Cleaner installation environments
• Reduced maintenance workload

The system is optimized for scalable distributed residential ESS deployment.

• Telecommunications Infrastructure
• UPS & Critical Backup Systems
• Distributed Solar Storage
• Industrial & Commercial Backup
• Remote & Independent Power Systems
• Residential Energy Storage Solutions
• hybrid solar systems