A review of techniques for RSS-based radiometric partial discharge localization

Upton, David W. and Mistry, Keyur K. and Mather, Peter J. and Zaharis, Zaharias D. and Atkinson, Robert C. and Tachtatzis, Christos and Lazaridis, Pavlos I. (2021) A review of techniques for RSS-based radiometric partial discharge localization. Sensors, 21 (3). 909. ISSN 1424-8220 (https://doi.org/10.3390/s21030909)

[thumbnail of Upton-etal-Sensors-2021-A-review-of-techniques-for-RSS-based-radiometric-partial-discharge]
Text. Filename: Upton_etal_Sensors_2021_A_review_of_techniques_for_RSS_based_radiometric_partial_discharge.pdf
Final Published Version
License: Creative Commons Attribution 4.0 logo

Download (4MB)| Preview


The lifespan assessment and maintenance planning of high-voltage power systems requires condition monitoring of all the operational equipment in a specific area. Electrical insulation of electrical apparatuses is prone to failure due to high electrical stresses, and thus it is a critical aspect that needs to be monitored. The ageing process of the electrical insulation in high voltage equipment may accelerate due to the occurrence of partial discharge (PD) that may in turn lead to catastrophic failures if the related defects are left untreated at an initial stage. Therefore, there is a requirement to monitor the PD levels so that an unexpected breakdown of high-voltage equipment is avoided. There are several ways of detecting PD, such as acoustic detection, optical detection, chemical detection, and radiometric detection. This paper focuses on reviewing techniques based on radiometric detection of PD, and more specifically, using received signal strength (RSS) for the localization of faults. This paper explores the advantages and disadvantages of radiometric techniques and presents an overview of a radiometric PD detection technique that uses a transistor reset integrator (TRI)-based wireless sensor network (WSN).