Application of K-Nearest Neighbor Machine Learning Algorithm in High Voltage Circuit Breaker Monitoring System by Analyzing Spring Mechanism Motor Current

Machine learning has been applied across various scientific fields and switching apparatus monitoring is no exception. Monitoring system is a crucial component of switching apparatus maintenance, as it ensures system reliability while minimizing both economic and time losses. This paper demonstrates how to interpret faults in the operation of a high-voltage circuit breaker spring motor mechanism. Furthermore, it describes the implementation of the K-Nearest Neighbor machine learning algorithm for fault detection by observing DC motor currents.

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Publication Details

Published
2025-04-21
DOI
https://doi.org/10.1109/smagrimet66590.2025.11030062
Primary Topic
Smart Grid and Power Systems
Type
article
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article

Application of K-Nearest Neighbor Machine Learning Algorithm in High Voltage Circuit Breaker Monitoring System by Analyzing Spring Mechanism Motor Current

Božidar Filipović-Grčić, Rafael Škrobar, Eduard Plavec, Ljiljana Milić
Smart Grid and Power Systems
article

Application of K-Nearest Neighbor Machine Learning Algorithm in High Voltage Circuit Breaker Monitoring System by Analyzing Spring Mechanism Motor Current

Božidar Filipović-Grčić, Rafael Škrobar, Eduard Plavec, Ljiljana Milić
article en

Abstract

Machine learning has been applied across various scientific fields and switching apparatus monitoring is no exception. Monitoring system is a crucial component of switching apparatus maintenance, as it ensures system reliability while minimizing both economic and time losses. This paper demonstrates how to interpret faults in the operation of a high-voltage circuit breaker spring motor mechanism. Furthermore, it describes the implementation of the K-Nearest Neighbor machine learning algorithm for fault detection by observing DC motor currents.

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