KAJIAN PENGUJIAN ISOLATOR TUMPU PADA TEGANGAN MENENGAH DENGAN SIMULASI PENGARUH POLUTAN DAN CUACA
Total View This Week0
Total View This Week0
Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
ButarButar, Mita Florentin
Koerniawan, Tony
Christiono, Christiono
Koerniawan, Tony
Christiono, Christiono
Subject
Teknik Elektro
Datestamp
2022-09-29 07:31:32
Abstract :
In this study is analyzing the leakage current and discharge voltage as well as the characteristics of porcelain pin post insulators due to the influence of weather modeling and pollutants. It is known that the pollutants tested were salt, dust, and moss. The weather modeling tested is normal and rainy. When there are pollutants and rain, it can cause a conductive layer on the surface of the insulator so that an electric current can flow through the surface of the insulator which is called leakage current. The method used are withstand and discharge test. The results of this study pollutant and water conductivity level affect the surface of the insulator so that it affects the value of leakage current and discharge voltage. In the withstand test, the insulator resistance was tested at 20 kV with 60 seconds under normal and rain with salt pollutants unable to withstand leakage currents of 0.74 mA and 0.75 mA. In the discharge test of the pin post insulator, the lowest discharge voltage in normal conditions with salt pollutants and rain with salt pollutants with values of 21.79 kV and 21.056 kV and leakage current values of 0.912 mA and 0.892 mA.
In this study is analyzing the leakage current and discharge voltage as well as the characteristics of porcelain pin post insulators due to the influence of weather modeling and pollutants. It is known that the pollutants tested were salt, dust, and moss. The weather modeling tested is normal and rainy. When there are pollutants and rain, it can cause a conductive layer on the surface of the insulator so that an electric current can flow through the surface of the insulator which is called leakage current. The method used are withstand and discharge test. The results of this study pollutant and water conductivity level affect the surface of the insulator so that it affects the value of leakage current and discharge voltage. In the withstand test, the insulator resistance was tested at 20 kV with 60 seconds under normal and rain with salt pollutants unable to withstand leakage currents of 0.74 mA and 0.75 mA. In the discharge test of the pin post insulator, the lowest discharge voltage in normal conditions with salt pollutants and rain with salt pollutants with values of 21.79 kV and 21.056 kV and leakage current values of 0.912 mA and 0.892 mA.
Download
book
BibTex
Latex, Jabref
cloud_download
Original Resource
url resource Institution
