Temperature-rise test automation system and method for electric power equipment using prediction algorithm

摘要

The present invention relates to a system and method for automating a temperature rise test of an electric power device using a prediction algorithm, and more particularly, to a power supply for supplying power to an electric power device, which is a temperature rise test object; a transformer for converting and supplying the current of the power source into a current corresponding to the rated current of the power device; a current transformer for supplying current for control by transforming the current applied to the power device; a current measuring device connected to the current transformer to measure the current applied to the power device; a temperature recorder that records heat generated in the power device in real time through a temperature sensor, such as a thermocouple, installed on a measurement unit target, which is a main energizing part of the power device; a control unit receiving a current value signal from the current measuring device and receiving the temperature value signal measured by the measuring unit from the temperature recorder to control an output current of the transformer and an OFF operation of the switch; and a transformer driving unit for controlling the transformer according to a control command from the control unit; to a system and method for automating a temperature rise test of an electric power device using a prediction algorithm comprising a.