Open Access Open Access  Restricted Access Subscription Access
Open Access Open Access Open Access  Restricted Access Restricted Access Subscription Access

Understanding of XLPE Cable System Commissioning using Partial Discharge Measurements during AC HV Tests


Affiliations
1 Altanova Group (a Doble Company), India
2 Altanova Group (a Doble Company), United Kingdom
     

   Subscribe/Renew Journal


This paper is based on the work done by Altanova Group, India, and describes the process and procedures used in a Partial Discharge (PD) investigation on a cable circuit during the AC withstand test. The paper focuses on the two most common approaches employed, namely, soak tests and resonant tests. In the latter case, the paper describes two approaches to performing the measurements and the relative benefits of each. De-noising the acquired data using T-F map analysis is also described, and real-world examples are given in the two case studies. These detail EHV resonant tests, one performed where all the accessories were monitored simultaneously and another where each accessory was tested in turn before relocating the PD monitoring equipment to the next location. In both cases, the application of T-F maps shows how different PD sources, such as external corona, can be identified and hence segregated.

Keywords

HV AC Tests, Partial Discharge, T-F Map, XLPE Cables.
User
Subscription Login to verify subscription
Notifications
Font Size

  • IEC 60270. High-voltage test techniques- Partial discharge measurements; 2000.
  • Gouda O, El Faraskoury A. Experiences with on-site AC test combined with partial discharge measurements. CIRED, paper 0029; 2013.
  • Herrman U, Kluge A, Plath R. After-installation testing of HV/EHV extruded cable system – procedures and experiences. Jicable’07; 2007.
  • Sutton S, Plath R, Schroeder G. The St. John Wood – Elstree experience – Testing a 20km long 400kV XLPE-insulated cable system after installation”, Jicable’07; 2007.
  • Caprara A, Paschini L, Ciotti G. Partial discharge measurements during AC voltage test: a fast and effective method for the site commissioning of long EHV XLPE cable systems”, Jicable”19, Paris; 2007.

Abstract Views: 84

PDF Views: 0




  • Understanding of XLPE Cable System Commissioning using Partial Discharge Measurements during AC HV Tests

Abstract Views: 84  |  PDF Views: 0

Authors

Vasudev Patil
Altanova Group (a Doble Company), India
Arun Yargole
Altanova Group (a Doble Company), India
Fazle Masood
Altanova Group (a Doble Company), India
Imteyaz Siddiqui
Altanova Group (a Doble Company), India
Simon Sutton
Altanova Group (a Doble Company), United Kingdom

Abstract


This paper is based on the work done by Altanova Group, India, and describes the process and procedures used in a Partial Discharge (PD) investigation on a cable circuit during the AC withstand test. The paper focuses on the two most common approaches employed, namely, soak tests and resonant tests. In the latter case, the paper describes two approaches to performing the measurements and the relative benefits of each. De-noising the acquired data using T-F map analysis is also described, and real-world examples are given in the two case studies. These detail EHV resonant tests, one performed where all the accessories were monitored simultaneously and another where each accessory was tested in turn before relocating the PD monitoring equipment to the next location. In both cases, the application of T-F maps shows how different PD sources, such as external corona, can be identified and hence segregated.

Keywords


HV AC Tests, Partial Discharge, T-F Map, XLPE Cables.

References





DOI: https://doi.org/10.33686/prj.v18i1.222163