A Case Study for Transformer Diagnosis via Partial Discharge Measurement Device Capable of High-Speed Sampling

Effective management and maintenance of transformers are critical for ensuring power system stability. Continuous monitoring and diagnosis of these devices are essential to maintaining operational integrity. Various diagnostic techniques can be employed, including developing and implementing online...

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Bibliographic Details
Main Authors: Baek, DaeRyeong, Koo, Jae-Hong, Ju, Hyung-Jun, Oh, Seung-Ryle, Lee, Jong-Geon
Format: Conference Proceeding
Language:English
Subjects:
Bandwidth
Instruments
Monitoring
On-site diagnostic
Performance evaluation
portable diagnostic device
Power system reliability
Power system stability
Sensors
Testing
Time-frequency analysis
Transformer defects
Transformers
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Description
Summary:Effective management and maintenance of transformers are critical for ensuring power system stability. Continuous monitoring and diagnosis of these devices are essential to maintaining operational integrity. Various diagnostic techniques can be employed, including developing and implementing online devices tailored to assess performance. The primary objective is to design diagnostic instruments and introduce designed methodologies for these devices. It is imperative to validate the reliability of these instruments through rigorous testing with fault samples, ensuring robust and dependable operation. Diagnostic devices engineered according to on-site specifications facilitate early detection of faults, thereby enhancing overall system reliability and stability.
ISSN:2644-271X
DOI:10.23919/CMD62064.2024.10766101