Deye 3U-HRACK HV Battery Rack for BOS-G

The Deye 3U-HRACK High-Voltage Battery Rack for BOS-G Series offers a robust, professional solution for consolidating high-voltage energy storage system components. This standard 19-inch metal rack is meticulously engineered to optimize the installation and management of Deye BOS-G series batteries across residential, commercial, and industrial PV applications.

• Designed as a standard 19-inch metal rack, specifically for high-voltage (HV) energy storage systems.
• Houses up to 12 HV battery modules and one HV Battery Cluster Control Box, forming a complete 13-layer/unit solution.
• Fully compatible with Deye BOS-G Series and similar HV batteries.
• Built from powder-coated high-strength steel for superior durability and corrosion resistance.
• Features an IP20 enclosure rating, making it perfectly suited for indoor installations.
• Supports a maximum system capacity of up to 61.44 kWh per rack (when fully equipped with 12 x 5.12 kWh BOS-GM5.1 modules).
• Offers rack-mounted installation for a professional setup, with an optional door available.
• Provides a scalable design, allowing flexible configuration and straightforward future expansion.
• Includes pre-configured slots for quick and secure mounting of all components.
• Its tall, narrow design is highly space-efficient, minimizing floor space usage while maximizing storage density.
• Integrates seamlessly with an intelligent Battery Management System (BMS) for comprehensive protection and robust CAN2.0/RS485 communication.
• Composed of non-toxic, non-polluting components, aligning with eco-friendly standards.
• Boasts precise dimensions of 530 × 602 × 2219 mm (W × D × H) for structured integration.
• Weighs approximately 51 kg when empty, ensuring stability and ease of handling during installation.

With its robust construction, optimized design, and substantial capacity, the Deye 3U-HRACK stands as an indispensable component for any high-voltage energy storage setup. It provides a professional, secure, and scalable foundation, ensuring efficient power management and simplifying future system expansions across diverse applications.