A power cabinet based on intelligent monitoring

Abstract

The invention discloses a power cabinet based on intelligent monitoring, and the power cabinet comprises a cabinet body which comprises a housing and an accommodation space formed by the housing. Thefront surface of the housing is provided with a cover assembly. The power cabinet also comprises an intelligent device which is disposed in the power cabinet. The power cabinet provided by the invention can achieve the real-time monitoring of various internal environment factors. When the moisture or temperature of the internal environment exceeds a specified early warning value, the power cabinetcan notify a user of taking corresponding measures through an indicating lamp and a cellphone APP, so as to avoid the damages caused by the environment factors to an electronic product.

Description

technical field [0001] The invention relates to the technical field of electronic products, in particular to a power cabinet based on intelligent monitoring. Background technique [0002] The DC power cabinet is mainly used in large, medium and small power plants and substations, as the DC power supply required for high-voltage switch closing, relay protection, automatic control, accident lighting, lighting and audio signals under normal operation and accident status; it can also be used Used in metallurgy, railway, mining, petrochemical, post and telecommunications, communications, medical and health, banks, hotels, high-rise buildings and computer networks, etc. The DC power supply microcomputer-controlled DC power cabinet can be used in unattended, remote centralized monitoring power plants , DC power supplies in substations and other industries. [0003] The cabinet body of the conventional DC power supply cabinet is relatively closed. Because it supplies power to multi...

AI Technical Summary

Problems solved by technology

[0003] The cabinet body of the conventional DC power supply cabinet is relatively closed. Because it supplies power to multiple functional areas on a daily basis, the work intensity is high, and excess heat is easily generated and retained in the cabinet during the period, resulting in untimely heat dissipation in the cabinet, resulting in a high temperature environment and affecting Normal use of the power cabinet

Since the generated hot gas floats up inside the power cabinet, it is mainly concentrated on the top of the cabinet. Therefore, in principle, setting heat dissipation holes on the top is the most effective way of heat dissipation. However, if holes are opened on the top of the cabinet to dissipate heat, it will be easy. It is not advisable to cause dust to fall directly and affect the performance of internal electronic products or circuit equipment.

At present, some power cabinets also have a number of holes on the side wall of the cabinet body, and the dust is not easy to fall directly from the side, but relatively, its heat dissipation performance is relatively poor.

And there is no real-time monitoring of the temperature inside the power cabinet

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