Capacitive Sensor for Monitoring the Condition of Suspended High-Voltage Insulation

The purpose of the work is to develop the design of a sensor for monitoring the condition of high-voltage power lines suspended insulation. To achieve this goal, a diagnostic criterion was selected, the operating principle and design of the insulation monitoring sensor were determined. As a diagnost...

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Main Authors: Andreenkov E.S., Shunaev S.A.
Format: Article
Language:English
Published: Academy of Sciences of Moldova 2024-02-01
Series:Problems of the Regional Energetics
Subjects:
Online Access:https://journal.ie.asm.md/assets/files/06_01_61_2024.pdf
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author Andreenkov E.S.
Shunaev S.A.
author_facet Andreenkov E.S.
Shunaev S.A.
author_sort Andreenkov E.S.
collection DOAJ
description The purpose of the work is to develop the design of a sensor for monitoring the condition of high-voltage power lines suspended insulation. To achieve this goal, a diagnostic criterion was selected, the operating principle and design of the insulation monitoring sensor were determined. As a diagnostic criterion is considered a changing of voltage on the insulator plate due to a change in the distribution of electrical potential on the insulators, caused of damage in the insu-lators string. For the diagnostic system implementation was adopted a sensor based on a capaci-tive divider. The calculations confirm the possibility of registration a damaged element in a insu-lators string by getting of voltage change at the sensors output. The calculation results were veri-fied by modeling in the Multisim software. The parameters of the sensor were calculated, cor-rectness of it is confirmed by the results of laboratory measurements of the new insulators plate capacitances, as well as insulators destroyed as a result of operation. The most important results of the research are the selection of the optimal diagnostic criterion and researching of the pro-posed design sensor effectiveness for assessing the suspended insulation condition. The signifi-cance of the results obtained lies in the fact that the developed design of a sensor allows one to obtain prompt information about the presence of damage in the insulation. The use of the pro-posed sensor design will make possible creation a continuous diagnostic system and identify damage at an early stage, which will ensure timely maintenance.
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spelling doaj-art-2e9e22c42e2f4be88cebcc00a5e91ea32025-08-02T04:26:47ZengAcademy of Sciences of MoldovaProblems of the Regional Energetics1857-00702024-02-01611667410.52254/1857-0070.2024.1-61.06Capacitive Sensor for Monitoring the Condition of Suspended High-Voltage InsulationAndreenkov E.S.0Shunaev S.A.1Smolensk branch of National Research University "MPEI" Smolensk, Russian FederationSmolensk branch of National Research University "MPEI" Smolensk, Russian FederationThe purpose of the work is to develop the design of a sensor for monitoring the condition of high-voltage power lines suspended insulation. To achieve this goal, a diagnostic criterion was selected, the operating principle and design of the insulation monitoring sensor were determined. As a diagnostic criterion is considered a changing of voltage on the insulator plate due to a change in the distribution of electrical potential on the insulators, caused of damage in the insu-lators string. For the diagnostic system implementation was adopted a sensor based on a capaci-tive divider. The calculations confirm the possibility of registration a damaged element in a insu-lators string by getting of voltage change at the sensors output. The calculation results were veri-fied by modeling in the Multisim software. The parameters of the sensor were calculated, cor-rectness of it is confirmed by the results of laboratory measurements of the new insulators plate capacitances, as well as insulators destroyed as a result of operation. The most important results of the research are the selection of the optimal diagnostic criterion and researching of the pro-posed design sensor effectiveness for assessing the suspended insulation condition. The signifi-cance of the results obtained lies in the fact that the developed design of a sensor allows one to obtain prompt information about the presence of damage in the insulation. The use of the pro-posed sensor design will make possible creation a continuous diagnostic system and identify damage at an early stage, which will ensure timely maintenance.https://journal.ie.asm.md/assets/files/06_01_61_2024.pdfinsulatordiagnosticscapacitive dividercapacitorsensor.
spellingShingle Andreenkov E.S.
Shunaev S.A.
Capacitive Sensor for Monitoring the Condition of Suspended High-Voltage Insulation
Problems of the Regional Energetics
insulator
diagnostics
capacitive divider
capacitor
sensor.
title Capacitive Sensor for Monitoring the Condition of Suspended High-Voltage Insulation
title_full Capacitive Sensor for Monitoring the Condition of Suspended High-Voltage Insulation
title_fullStr Capacitive Sensor for Monitoring the Condition of Suspended High-Voltage Insulation
title_full_unstemmed Capacitive Sensor for Monitoring the Condition of Suspended High-Voltage Insulation
title_short Capacitive Sensor for Monitoring the Condition of Suspended High-Voltage Insulation
title_sort capacitive sensor for monitoring the condition of suspended high voltage insulation
topic insulator
diagnostics
capacitive divider
capacitor
sensor.
url https://journal.ie.asm.md/assets/files/06_01_61_2024.pdf
work_keys_str_mv AT andreenkoves capacitivesensorformonitoringtheconditionofsuspendedhighvoltageinsulation
AT shunaevsa capacitivesensorformonitoringtheconditionofsuspendedhighvoltageinsulation