A 13-layer battery rack is a specialized storage system designed to hold multiple battery units, typically in a vertical, stacked configuration. These racks are often used in environments requiring high-density energy storage, such as data centers, telecommunications facilities, or backup power systems. Key features of a 13-layer battery rack: Capacity: A 13-layer rack can hold up to thirteen 3U (3 rack unit) battery modules, either lithium-ion or VRLA (Valve Regulated Lead Acid) batteries. Construction: They are typically constructed from robust materials like steel to ensure stability and durability under heavy loads. Open Design: The open design of the rack promotes airflow, which is crucial for thermal management and preventing overheating of the batteries. Cable Management: Many racks include features for cable management, such as cutouts or designated areas, to simplify wiring and connections. Adjustable Feet: Adjustable feet allow for stable placement on uneven surfaces. Standard Mounting: They are often designed to accommodate standard 19-inch battery units, making them compatible with a wide range of battery types. Compact Footprint: Despite their capacity, they are designed to have a relatively compact footprint, optimizing space utilization. Specific examples of 13-layer battery racks: Deye 13-Layer Rack: This rack, designed for high-voltage batteries, can accommodate 12 high-voltage batteries and a dedicated control box. It is built with sturdy materials and is designed for seamless integration and simplified installation. Outreach Power Indoor Open Cabinet Battery Rack: This rack features a robust steel frame and an open cabinet design for optimal ventilation and easy access to the batteries. Important considerations: Professional Installation: It's crucial to have battery racks installed by qualified professionals to ensure proper wiring, safety, and compliance with local regulations. Warranty: Ensure that the rack is covered by a comprehensive warranty to protect your investment.