Deye ESS HV BOS-A Battery Storage Module 7.68 kWh | BOS-A-Pack 7.68

The Deye ESS HV BOS-A Battery Storage Module (7.68 kWh) is a high-voltage lithium iron phosphate (LiFePO₄) battery module designed for the Deye BOS-A energy storage system. It provides reliable and scalable energy storage for residential, commercial, and industrial photovoltaic installations.

This modular battery unit forms the core building block of the BOS-A system. Multiple battery modules can be installed in a rack configuration to increase the total energy capacity, enabling flexible system sizing based on energy demand. The scalable design makes the system suitable for solar self-consumption, backup power systems, and advanced energy management solutions.

Core Electrical Characteristics

1. Nominal energy capacity of 7.68 kWh per battery module
2. High-voltage battery architecture for efficient ESS operation
3. Stable power output for solar energy storage applications
4. Optimized energy storage performance for photovoltaic systems
5. Compatible with Deye BOS-A high-voltage battery systems

Battery Technology and Performance

1. Advanced Lithium Iron Phosphate (LiFePO₄) battery chemistry
2. High safety standards with excellent thermal stability
3. Long cycle life with reliable charge and discharge performance
4. High efficiency for daily solar energy storage cycles
5. Stable performance across varying operating conditions

Modular Energy Storage Design

1. Rack-mounted modular battery architecture for flexible system expansion
2. Multiple battery modules can be combined to increase total storage capacity
3. Designed for scalable residential and commercial ESS installations
4. Efficient rack integration for professional solar installations
5. Supports large-capacity photovoltaic energy storage systems

Monitoring and System Integration

1. Integrated communication with BOS-A battery management system
2. Real-time monitoring of battery performance and system status
3. Designed for integration with Deye hybrid and high-voltage inverters
4. Supports advanced energy management and ESS control systems
5. Seamless integration into modern photovoltaic installations

Durability and Safety

1. Robust enclosure designed for long-term operation
2. Integrated battery protection mechanisms
3. Reliable performance in residential, commercial, and industrial environments
4. Designed according to international ESS safety standards

Typical Applications

1. Residential solar energy storage systems
2. Commercial photovoltaic energy storage installations
3. Large-scale battery energy storage systems (ESS)
4. Solar self-consumption optimization
5. Backup power and hybrid energy storage systems