TELKOMNIKA Telecommunication, Computing, Electronics and Control
The effect of silica content to partial discharge characteristic of low-density polyethene and natural rubber blend as the electrical insulator
Dublin Core
Title
TELKOMNIKA Telecommunication, Computing, Electronics and Control
The effect of silica content to partial discharge characteristic of low-density polyethene and natural rubber blend as the electrical insulator
The effect of silica content to partial discharge characteristic of low-density polyethene and natural rubber blend as the electrical insulator
Subject
Bio-nano composite
Insulating material
Nanoparticles
Partial discharge
Silica
Insulating material
Nanoparticles
Partial discharge
Silica
Description
The dielectric properties of low-density polyethylene natural rubber (LDPE-
NR) biopolymeric insulating materials can be improved by adding the silica
nanoparticles in a certain percentage of weight (w%). In the present study, four
types of bio-nano polymeric samples were prepared. To each sample, the
nanosilica particles with wt% 1.5%, 3%, 4.5% and 6%. As one characteristic
of dielectric, the partial discharge (PD) characteristics, each sample has been
tested for 1 hour under AC high voltage field, and the pulses were counted for
each sample and grouped into positive and negative pulses. The PD pattern
was also plotted based on X-Y axes, namely Φ-q-n pattern. It was found that
the number of positive and negative partial discharge (PD) pulses for each
silica sample after 60 minutes of testing varied for all samples. It is also found
that samples with a higher percentage of nanosilica had fewer PD pulses. The
PD pattern in lower w% of silica was identified in the 90 degrees mostly in
containing This indicates that w% of nanosilica particles can improve the PD
resistance or the insulation quality of LDPE-NR insulation materials.
NR) biopolymeric insulating materials can be improved by adding the silica
nanoparticles in a certain percentage of weight (w%). In the present study, four
types of bio-nano polymeric samples were prepared. To each sample, the
nanosilica particles with wt% 1.5%, 3%, 4.5% and 6%. As one characteristic
of dielectric, the partial discharge (PD) characteristics, each sample has been
tested for 1 hour under AC high voltage field, and the pulses were counted for
each sample and grouped into positive and negative pulses. The PD pattern
was also plotted based on X-Y axes, namely Φ-q-n pattern. It was found that
the number of positive and negative partial discharge (PD) pulses for each
silica sample after 60 minutes of testing varied for all samples. It is also found
that samples with a higher percentage of nanosilica had fewer PD pulses. The
PD pattern in lower w% of silica was identified in the 90 degrees mostly in
containing This indicates that w% of nanosilica particles can improve the PD
resistance or the insulation quality of LDPE-NR insulation materials.
Creator
Aulia, Eka Putra Waldi, Darwison, Dwi Gustiono, Novizon, M. Heru Setiawan, M. A. Hafizi
Source
http://journal.uad.ac.id/index.php/TELKOMNIKA
Date
Sep 24, 2020
Contributor
peri irawan
Format
pdf
Language
english
Type
text
Files
Collection
Citation
Aulia, Eka Putra Waldi, Darwison, Dwi Gustiono, Novizon, M. Heru Setiawan, M. A. Hafizi, “TELKOMNIKA Telecommunication, Computing, Electronics and Control
The effect of silica content to partial discharge characteristic of low-density polyethene and natural rubber blend as the electrical insulator,” Repository Horizon University Indonesia, accessed October 31, 2025, https://repository.horizon.ac.id/items/show/3690.
The effect of silica content to partial discharge characteristic of low-density polyethene and natural rubber blend as the electrical insulator,” Repository Horizon University Indonesia, accessed October 31, 2025, https://repository.horizon.ac.id/items/show/3690.