HV Rack-Mounted Battery Systems

Modular Rack-Mounted Design for Flexible Expansion
The systems adopt a modular architecture that enables flexible configuration based on project-specific capacity and power requirements. Each battery module functions as an independent energy storage unit, allowing operators to scale up system capacity effortlessly by adding additional modules or full battery racks.

High-Voltage Architecture for Improved System Efficiency
High-voltage battery architecture provides distinct economic and technical advantages for commercial and industrial installations. Compared to traditional low-voltage configurations, high-voltage systems operate at lower currents during charging and discharging, significantly reducing resistive energy losses and maximizing round-trip efficiency.

Safe and Reliable Lithium Iron Phosphate Technology
Utilizing state-of-the-art lithium iron phosphate chemistry, our systems offer exceptional thermal stability, structural integrity, and resistance to thermal runaway.

Intelligent Battery Management System
The integrated multi-tier battery management system continuously monitors, logs, and protects core operating parameters, including cell voltage, pack current, internal temperatures, State of Charge, and State of Health.

High Reliability and Extended Service Life
Engineered for mission-critical energy environments, these systems combine premium-grade prismatic cells, rugged mechanical enclosures, and strict operational algorithms to ensure uninterrupted uptime.

Streamlined Installation and Maintenance
The standardized rack-mounted structure facilitates rapid mechanical placement and electrical busbar connection. Individual modules can be serviced independently without bringing down the entire high-voltage string.