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In 2026, the construction of global AI data centers will continue to accelerate. A single super-large-scale computer room is often equipped with tens of thousands of servers, which poses extremely high requirements for the low-voltage power distribution system. Stainless steel distribution cabinets, with their high structural strength, fire resistance, corrosion resistance and maintenance-free features, are becoming the core choice in the low-voltage power distribution link of AI data centers.

This double-layer split stainless steel charging pile distribution box separates the main distribution compartment from the dedicated installation compartment for charging piles completely independently. The upper layer is for power distribution and the lower layer is for charging, physically isolating strong and weak electricity.

A batch of white outdoor rainproof distribution boxes (which have been wrapped with plastic film and are waiting to be loaded into cabinets; another batch of red indoor distribution boxes have been packed one by one with pearl bubble wrap. Two real photos captured the actual state of the two shipments of goods sent by Ouyue Electric to the Canadian market in the packaging area.

A Metal Distribution Box is increasingly recognized as a critical component in ensuring safe and stable electrical operation across multiple industries. This type of enclosure is designed to protect circuits, improve system organization, and support long-term operational reliability.

This is a real scene from the mass production process of a batch of outdoor rainproof distribution boxes by Ouyue Electric. Two real photos respectively record two key stages: the sheet metal structure of the box body and the electrical assembly of the entire machine.

This product achieves independent separation of the upper and lower compartments with an integrated metal partition board. Stainless steel fixed studs are pre-installed at the four corners, simplifying the complete assembly process from a structural perspective.