Partial discharge (PD) detection and diagnosis based on the ultra-high frequency (UHF)
signals is one of the most widely adopted methods to evaluate the internal insulation status …

Power transformers are essential for the distribution and transmission of electricity, but they
are prone to degradation due to faults early on. Partial Discharge (PD) is the most significant …

Implementation of the smart transformer concept is critical for the deployment of IIoT-based
smart grids. Top manufacturers of power electrics develop and adopt online monitoring …

To monitor the insulation deterioration of power equipment and realize prompt fault warning
systems in air-insulated substations, in this study, we propose a multiple signal classification …

In this study, first, a comparison on the application of electromagnetic time reversal (EMTR)
and time difference of arrival (TDoA) in partial discharge localization in power transformers …

Partial discharge (PD) localization is important for monitoring and maintaining high-voltage
equipment, which can help to prevent accidents. In this work, an acoustic localization sensor …

This paper presents partial discharge (PD) localization in power transformers using the
acoustic time reversal (ATR) method. The ATR method comprises three steps (a) …

The time-reversal (TR) technique has been developed to solve inverse problems and to
reconstruct sources. However, much work on the topic so far has not considered the …

In our previous study, we introduced the concept of electromagnetic kurtosis and
incorporated it into the electromagnetic time-reversal process for source reconstruction. In …

The localization of partial discharges (PD) is important to monitor the conditioning of high
voltage insulator materials. One of the key components in power grids is the high power …