BOS-G-PDU-2

The Deye BOS-G-PDU-2 (Power Distribution Unit) is an essential component designed for BOS-G series lithium battery energy storage systems, providing safe, stable, and efficient power distribution between battery modules, hybrid inverters, and the overall solar energy system. It acts as the central connection and control interface that ensures multiple battery modules work together seamlessly in a structured and well-protected energy storage setup.

Engineered for commercial, residential, and industrial solar installations, the BOS-G-PDU-2 is used in high-capacity battery banks where multiple lithium modules are connected in parallel. It helps organize wiring, improve system safety, and ensure stable current flow between batteries and inverters.

Central Power Distribution and Control

The BOS-G-PDU-2 serves as the main hub for managing energy flow within a battery storage system.

Core Functions

• Central connection point for multiple BOS-G battery modules
• Stable DC power distribution to hybrid inverters
• Efficient current balancing across battery banks
• Safe electrical routing between system components
• Organized wiring for large energy storage systems

This makes it an essential component for professional solar installations where safety and structure are critical.

Designed for BOS-G Battery Systems

The PDU-2 is specifically designed to work with Deye BOS-G PRO battery modules, ensuring full compatibility and optimal system performance.

System Integration Benefits

• Seamless integration with BOS-G lithium batteries
• Supports modular expansion of battery banks
• Ensures proper communication and power flow
• Designed for rack-mounted energy storage systems
• Improves system organization and scalability

It plays a key role in building structured and expandable lithium battery storage systems.

Enhanced Safety and Protection

Safety is a major priority in the design of the BOS-G-PDU-2.

Protection Features

• High-voltage DC insulation protection
• Overcurrent handling capability
• Secure terminal connections
• Anti-loosening connector design
• Fire-resistant material construction
• Stable current distribution to prevent overload

These safety features help reduce installation risks and ensure long-term system reliability.

Improved System Efficiency

The BOS-G-PDU-2 helps optimize the performance of the entire energy storage system by ensuring balanced and efficient power flow.

Efficiency Benefits

• Reduces power losses in wiring
• Improves battery bank performance
• Ensures consistent current distribution
• Enhances inverter compatibility
• Supports stable charging and discharging cycles

This results in better overall energy efficiency and system stability.

Modular and Scalable Design

The unit is designed to support growing energy storage systems.

Expansion Features

• Supports multiple battery module configurations
• Ideal for scalable BOS-G systems
• Easy integration into large battery racks
• Simplifies system expansion and maintenance
• Compatible with parallel battery setups

This makes it suitable for both small commercial setups and large industrial installations.

Professional Installation Design

The BOS-G-PDU-2 is built for clean and organized installation in professional environments.

Physical Features

• Rack-mounted design
• Compact and durable structure
• Clearly labeled connection points
• Easy cable management layout
• Industrial-grade construction

Its structured design improves installation speed and reduces wiring errors.

Applications

The Deye BOS-G-PDU-2 is used in:

• Residential solar battery systems
• Commercial energy storage installations
• Industrial solar power plants
• Hybrid inverter systems
• Off-grid solar projects
• Telecom backup power systems
• Large-scale battery banks
• Energy storage integration projects

Key Benefits

• Centralized battery power distribution
• Improved safety and protection
• Better system organization
• Enhanced energy efficiency
• Supports modular expansion
• Strong compatibility with BOS-G batteries
• Professional rack installation design
• Reliable long-term performance