51.2v 100AH Lifepo4 Battery Rack

Sturdy, Durable Construction for Battery Protection
Built with high-grade materials to support and shield 51.2V LiFePO4 batteries (typically 40–60kg per unit):

Metal Frame: Crafted from 1.2–1.5mm thick cold-rolled steel or aluminum alloy, with a corrosion-resistant powder-coated finish (available in black or gray) to withstand humidity, dust, and minor impacts. The frame supports a static load of 300–500kg (depending on size), ensuring stability even when fully loaded with 4–6 batteries.

Reinforced Supports: Equipped with crossbars and vertical struts spaced to match standard 51.2V battery dimensions (e.g., 60×40×15cm), preventing battery shifting during installation or operation. Edge protectors (plastic or rubber) prevent scratches on battery casings, preserving their integrity.

Load-Bearing Design: Tested to meet industrial safety standards (e.g., IEC 62133 for battery storage), with anti-tip feet or wall-mount anchors (for vertical models) to avoid tipping in high-traffic areas or during seismic activity.

Modular & Space-Saving Layout
Optimized for compact or scalable installations, adapting to different space and capacity needs:

Standardized Sizing: Available in two primary configurations to fit common use cases:

Rack-Mounted (19-Inch): Designed for data centers, commercial server rooms, or utility closets, with a 19-inch width (compatible with industry-standard equipment racks) and height options (6U–12U, 1U=4.45cm). Each rack can hold 2–4 51.2V LiFePO4 batteries, integrating seamlessly with existing solar inverters or energy management systems.

Free-Standing/Vertical: For residential garages, utility rooms, or off-grid cabins-floor-standing models (width 80–120cm, depth 50–60cm) hold 4–6 batteries, while wall-mounted vertical racks (depth 20–30cm) save floor space by utilizing wall areas, ideal for small homes or apartments.

Expandable Design: Interlocking brackets allow multiple racks to be connected side-by-side or stacked (for rack-mounted models), letting users add capacity as their energy needs grow (e.g., 2 racks = 8–12 batteries, doubling storage).