Data center busbar system

Abstract

The invention relates to the field of power supply and distribution, in particular to a data center busbar system. The data center busbar system comprises a start end box, a power supply system main busbar, a plurality of jack boxes, an equipment cabinet and a main-control box, wherein the start end box is used for original power supply of the system; the power supply system main busbar is connected with the start end box; the multiple jack boxes are connected to the power supply system main busbar; the upper portion of the equipment cabinet is provided with PDU plug devices, and the PDU plug devices are connected to the jack boxes in a plug mode; the data in the jack boxes are transmitted to the main-control box in a wired or wireless mode. Compared with the prior art, the plug positions of the jack boxes of the data center busbar system can be selected at will, connection is reliable, the jack boxes can be used after being plugged, the equipment cabinet is internally provided with the PDU plug devices to supply power to all units in the equipment cabinet, and power is taken by directly plugging the upper ends of all the units into plugs below the jack boxes; safety of a power distribution system can be protected and controlled, and real-time monitoring and data acquisition can be further conducted on the power distribution system.

Description

technical field [0001] The invention relates to the field of power supply and distribution, in particular to a data center busbar system. Background technique [0002] In the data center and / or data room design, the power supply and distribution system for the network cabinets generally uses the top cabinets for power supply and distribution. Since the current data center power distribution system is mostly configured with UPS cabinets and headhunting cabinets connected to the cabinets through cables, the number and capacity of branches can be adjusted. The fixed power connector insertion port has an interface evenly spaced (usually every 600mm or 1200mm). The power supply system of the data center in the prior art has the following disadvantages: 1. The cable laying period is long and difficult. Due to the messy configuration of the power distribution system, it is difficult to manage later, difficult to adjust the position, difficult to overhaul, and inconvenient to maint...

AI Technical Summary

Problems solved by technology

The power supply system of the data center in the prior art has the following disadvantages: 1. The cable laying period is long and difficult. Due to the messy configuration of the power distribution system, it is difficult to manage later, difficult to adjust the position, difficult to overhaul, and inconvenient to maintain; 2. It is impossible to monitor the power distribution of the cabinet system in a timely manner. Have And the power distribution of the system is not balanced enough; 3. The space of the headhunting cabinet is limited, and the adaptability to changes is poor. The dense laying of cables is easy to accumulate temperature rise and pose a fire hazard; 4. The laying of cables under the raised floor affects the cooling effect; 5. It is difficult to change the voltage type of the cabinet; 6. It is difficult to change the capacity of the cabinet

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