Power distribution cabinet for workshop

Abstract

The invention discloses a power distribution cabinet for a workshop. The power distribution cabinet comprises a cabinet body and a commercial power source input module; the power distribution cabinet is characterized in that the commercial power source input module is connected with a commercial power inverter switching module; a DC power supply input module is arranged below the commercial power source input module; the DC power supply input module and an AC power supply input module are connected with a plurality of power UPS modules respectively; and a monitor capable of detecting respective performance separately is connected between the commercial power source input module and the power UPS modules. An electric switch is arranged on an output circuit of the monitor and is in control connection through an infrared module, so that remote control is achieved and the security performance is improved; and a multi-path switching circuit module is arranged on a storage battery pack and is connected with a current collection module, and the current collection module is connected to an MCU master controller, so that the performance condition of the storage battery pack is convenient to timely monitor.

Description

technical field [0001] The invention relates to the technical field of power distribution cabinets, in particular to a power distribution cabinet for workshops. Background technique [0002] As an indispensable power distribution auxiliary equipment for automatic production, the power distribution cabinet is self-evident. Because there are many cables entering and leaving the power distribution cabinet, the existing power distribution cabinet looks very messy and it is difficult to find it quickly. Corresponding to the location of the cables; especially for cables with large current loads, because the cables are relatively thick, it is difficult to put them in the wire slots of the existing power distribution cabinets. Most of the power distribution cabinets in the prior art use uninterruptible power distribution cabinets with their own batteries. Therefore, multiple battery packs are installed in the power distribution cabinet. It is well known that each storage battery has...

AI Technical Summary

Problems solved by technology

[0002] As an indispensable power distribution auxiliary equipment for automatic production, the power distribution cabinet is self-evident. Because there are many cables entering and leaving the power distribution cabinet, the existing power distribution cabinet looks very messy and it is difficult to find it quickly. Corresponding to the location of the cables; especially for cables with large current loads, because the cables are relatively thick, it is difficult to put them in the wire slots of the existing power distribution cabinets

Most of the power distribution cabinets in the prior art use uninterruptible power distribution cabinets with their own batteries. Therefore, multiple battery packs are installed in the power distribution cabinet. It is well known that each storage battery has internal resistance, and the internal resistance of the battery Resistance is an important performance indicator of the battery, and the existing power distribution cabinets have low degree of automation, lack of management, and poor economy, resources cannot be comprehensively utilized, installation service coordination is difficult, operation and maintenance are inconvenient, and information is difficult to share and operate , the system lacks scalability, and there is not enough design space for the space environment of the power distribution cabinet, such as access control, temperature and humidity, smoke, etc.

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