Oxide Nanostructured Coating for Power Lines with Anti-Icing Effect

This paper presents the results of the development of a technology to obtain a nanostructured coating for the protection of overhead wires and the possibility of their application in the electric power industry. The paper provides an analysis of available data on methods of combating ice in differen...

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Published inCoatings (Basel) Vol. 12; no. 9; p. 1346
Main Authors Blinov, Andrey Vladimirovcih, Kostyukov, Dmitry Aleksandrovich, Yasnaya, Maria Anatolevna, Zvada, Pavel Aleksandrovich, Arefeva, Lyudmila Pavlovna, Varavka, Valery Nikolaevich, Zvezdilin, Roman Aleksandrovich, Kravtsov, Alexander Aleksandrovich, Maglakelidze, David Guramievich, Golik, Alexey Borisovich, Gvozdenko, Alexey Alekseevich, Lazareva, Natalia Viatcheslavovna, Kushch, Elena Nikolaevna, Goncharov, Vadim Nikolaevich, Kolodkin, Maxim Andreevich, Shariati, Mohammad Ali, Nagdalian, Andrey Ashotovich
Format Journal Article
LanguageEnglish
Published Basel MDPI AG 01.09.2022
Subjects
Analysis
Blackouts
Contact angle
Data acquisition
Data processing
Deicing
Electric properties
Electric utilities
Electricity
Hydrophobic surfaces
Mechanical properties
Nanoparticles
Nanostructure
Power lines
Protective coatings
Research methodology
Silica
Silicon
Silicon oxides
Software
Wire
Zinc oxides
United States
Germany
Russia
Czech Republic
United States > US
Online AccessGet full text

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Abstract This paper presents the results of the development of a technology to obtain a nanostructured coating for the protection of overhead wires and the possibility of their application in the electric power industry. The paper provides an analysis of available data on methods of combating ice in different countries, ways to protect the surface of metals from environmental influences, and new materials used for protection. We studied the possibility of using a protective nanostructured coating to protect overhead wires. A technology for obtaining a protective nanostructured coating based on silicon oxide and methods for applying it to the wire of overhead lines are proposed. The analysis of the elemental composition and surface morphology of overhead line wires with protective coating is carried out by scanning electron microscopy. The influence of the nanostructured coating on the high-frequency signal bandwidth and wire resistance using a PCIe-6351 data acquisition board, equipped with a BNC-2120 terminal module generating a frequency signal were determined using the National Instruments LabVIEW software package. The subject of the study was a 110 kV overhead power line with a protective coating developed in this work. By analyzing the calculation, we obtained the operating requirements of the developed nanostructured coating. As a result, we developed a protective coating satisfying the working conditions and investigated its properties. In the final phase of the experiment, we tested the electrical characteristics of overhead wires with the developed protective coating.
AbstractList This paper presents the results of the development of a technology to obtain a nanostructured coating for the protection of overhead wires and the possibility of their application in the electric power industry. The paper provides an analysis of available data on methods of combating ice in different countries, ways to protect the surface of metals from environmental influences, and new materials used for protection. We studied the possibility of using a protective nanostructured coating to protect overhead wires. A technology for obtaining a protective nanostructured coating based on silicon oxide and methods for applying it to the wire of overhead lines are proposed. The analysis of the elemental composition and surface morphology of overhead line wires with protective coating is carried out by scanning electron microscopy. The influence of the nanostructured coating on the high-frequency signal bandwidth and wire resistance using a PCIe-6351 data acquisition board, equipped with a BNC-2120 terminal module generating a frequency signal were determined using the National Instruments LabVIEW software package. The subject of the study was a 110 kV overhead power line with a protective coating developed in this work. By analyzing the calculation, we obtained the operating requirements of the developed nanostructured coating. As a result, we developed a protective coating satisfying the working conditions and investigated its properties. In the final phase of the experiment, we tested the electrical characteristics of overhead wires with the developed protective coating.
Audience Academic
Author Kushch, Elena Nikolaevna
Varavka, Valery Nikolaevich
Kolodkin, Maxim Andreevich
Zvada, Pavel Aleksandrovich
Zvezdilin, Roman Aleksandrovich
Kravtsov, Alexander Aleksandrovich
Maglakelidze, David Guramievich
Arefeva, Lyudmila Pavlovna
Shariati, Mohammad Ali
Kostyukov, Dmitry Aleksandrovich
Gvozdenko, Alexey Alekseevich
Nagdalian, Andrey Ashotovich
Blinov, Andrey Vladimirovcih
Yasnaya, Maria Anatolevna
Lazareva, Natalia Viatcheslavovna
Goncharov, Vadim Nikolaevich
Golik, Alexey Borisovich
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CitedBy_id crossref_primary_10_3390_coatings13030537
crossref_primary_10_1016_j_optlastec_2023_110394
crossref_primary_10_3390_mi14020363
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Snippet This paper presents the results of the development of a technology to obtain a nanostructured coating for the protection of overhead wires and the possibility...
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SubjectTerms Analysis
Blackouts
Contact angle
Data acquisition
Data processing
Deicing
Electric properties
Electric utilities
Electricity
Hydrophobic surfaces
Mechanical properties
Nanoparticles
Nanostructure
Power lines
Protective coatings
Research methodology
Silica
Silicon
Silicon oxides
Software
Wire
Zinc oxides
Title Oxide Nanostructured Coating for Power Lines with Anti-Icing Effect
URI https://www.proquest.com/docview/2716512589
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