48V Lithium Battery Rack 100AH

Modular Design & Scalability:

Rack-Mounted Organization: Constructed from heavy-gauge steel or aluminum, the rack features standardized slots or bays to securely house 48V LiFePO4 battery modules (typically 50AH–500AH per unit). A single rack can hold 4–16 batteries, with total capacity ranging from 9.6kWh (4×50AH) to 384kWh (16×500AH), depending on configuration.

Expandable Capacity: Multiple racks can be daisy-chained or stacked (with proper structural support) to scale up to megawatt-hour (MWh) levels, making it suitable for large-scale projects like solar farms, data centers, or microgrids. Parallel/series connection options allow voltage adjustment (e.g., 48V, 96V, 192V) to match system requirements.

Enhanced Safety & Protection:

Structural Security: The rack's rigid frame prevents battery movement during operation or vibrations, reducing the risk of short circuits from loose connections. Ventilated panels or built-in fans dissipate heat, maintaining optimal operating temperatures (25–35°C) to extend battery lifespan.

Integrated Safety Systems: Compatible with centralized Battery Management Systems (BMS) that monitor each battery's voltage, current, and temperature. Alarms trigger for anomalies (overcharging, overheating), and emergency shutdown mechanisms prevent thermal runaway-critical for large battery banks.

Space Efficiency & Accessibility:

Compact Footprint: Designed to maximize vertical space, the rack stands 1.8–2.2m tall with a width/depth of 0.6–1m, fitting into utility rooms, server closets, or dedicated energy storage enclosures. This saves 30–50% floor space compared to scattered battery setups.

Easy Maintenance Access: Removable side panels and front-facing terminals allow quick inspection, replacement, or wiring adjustments. Labeled bays simplify identification of individual batteries, streamlining troubleshooting.