The electrical panel has the ability to predict failures through comparative analysis of temperature change trends.

Abstract

The invention relates to an electrical cabinet capable of predicting temperature changes through comparative analysis of temperature trends for the target electrical cabinet. More specifically, the invention relates to a power distribution cabinet capable of predicting faults through the analysis of temperature change trends, in which the cabinet has fault diagnosis and prediction functions based on environmental information data and the status of power distribution equipment, such as high-voltage cabinets, low-voltage cabinets, motor control cabinets, and control panels, and relating to power distribution equipment distributed in different regions. Electrolytic coils group power distribution equipment with similar environmental and status information, and achieve accurate and efficient fault diagnosis and prediction through comparative analysis of relative temperature change trends within the group, and also have the function of predicting the aging of power distribution equipment based on historical fault data and power distribution equipment information of the equipment, as well as the function of predicting aging for, especially, transformers.