STUDY OF SOME INSULATING OILS AGING BY THERMAL CYCLING

The By gravimetric measurements and coupled thermal analysis techniques (DTG+TG+DTA) the aging of different sorts of insulating oil was studied by thermal cycling between -400C and 850C. The experimental results showed that, during the thermal cycling of the investigated mineral oils, their co...

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Main Authors: LINGVAY I., OPRINA G., CUCOȘ A., RADU E., VOINA A
Format: Article
Language:English
Published: University of Oradea 2016-09-01
Series:Journal of Sustainable Energy
Subjects:
Online Access:http://www.energy-cie.ro/archives/2016/nr_3/v7-n3-2.pdf
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spelling doaj-df30f343a92844a08980d843e9389dc12020-11-24T22:25:07ZengUniversity of OradeaJournal of Sustainable Energy2067-55342067-55342016-09-01738590STUDY OF SOME INSULATING OILS AGING BY THERMAL CYCLINGLINGVAY I.0OPRINA G.1 CUCOȘ A.2 RADU E.3VOINA A4National Institute for R&D in Electrical Engineering ICPE-CA, RomaniaNational Institute for R&D in Electrical Engineering ICPE-CA, RomaniaNational Institute for R&D in Electrical Engineering ICPE-CA, RomaniaNational Institute for R&D in Electrical Engineering ICPE-CA, RomaniaNational Institute for R&D in Electrical Engineering ICPE-CA, RomaniaThe By gravimetric measurements and coupled thermal analysis techniques (DTG+TG+DTA) the aging of different sorts of insulating oil was studied by thermal cycling between -400C and 850C. The experimental results showed that, during the thermal cycling of the investigated mineral oils, their composition changes due to the volatilization of the volatile fractions (mass losses between 3.9% and 5.8%), unlike the investigated vegetable oil that showed a mass increase of approx. 0.66%. It has also been found that the mineral oils can be ensure a safe operation, without significant changes up to a maximum of 1000C, as long as investigating vegetable oil can be used without degradation risk up to 2000C. http://www.energy-cie.ro/archives/2016/nr_3/v7-n3-2.pdfelectro insulating oilsagingthermal cyclingthermo oxidationvolatilization.
collection DOAJ
language English
format Article
sources DOAJ
author LINGVAY I.
OPRINA G.
CUCOȘ A.
RADU E.
VOINA A
spellingShingle LINGVAY I.
OPRINA G.
CUCOȘ A.
RADU E.
VOINA A
STUDY OF SOME INSULATING OILS AGING BY THERMAL CYCLING
Journal of Sustainable Energy
electro insulating oils
aging
thermal cycling
thermo oxidation
volatilization.
author_facet LINGVAY I.
OPRINA G.
CUCOȘ A.
RADU E.
VOINA A
author_sort LINGVAY I.
title STUDY OF SOME INSULATING OILS AGING BY THERMAL CYCLING
title_short STUDY OF SOME INSULATING OILS AGING BY THERMAL CYCLING
title_full STUDY OF SOME INSULATING OILS AGING BY THERMAL CYCLING
title_fullStr STUDY OF SOME INSULATING OILS AGING BY THERMAL CYCLING
title_full_unstemmed STUDY OF SOME INSULATING OILS AGING BY THERMAL CYCLING
title_sort study of some insulating oils aging by thermal cycling
publisher University of Oradea
series Journal of Sustainable Energy
issn 2067-5534
2067-5534
publishDate 2016-09-01
description The By gravimetric measurements and coupled thermal analysis techniques (DTG+TG+DTA) the aging of different sorts of insulating oil was studied by thermal cycling between -400C and 850C. The experimental results showed that, during the thermal cycling of the investigated mineral oils, their composition changes due to the volatilization of the volatile fractions (mass losses between 3.9% and 5.8%), unlike the investigated vegetable oil that showed a mass increase of approx. 0.66%. It has also been found that the mineral oils can be ensure a safe operation, without significant changes up to a maximum of 1000C, as long as investigating vegetable oil can be used without degradation risk up to 2000C.
topic electro insulating oils
aging
thermal cycling
thermo oxidation
volatilization.
url http://www.energy-cie.ro/archives/2016/nr_3/v7-n3-2.pdf
work_keys_str_mv AT lingvayi studyofsomeinsulatingoilsagingbythermalcycling
AT oprinag studyofsomeinsulatingoilsagingbythermalcycling
AT cucosa studyofsomeinsulatingoilsagingbythermalcycling
AT radue studyofsomeinsulatingoilsagingbythermalcycling
AT voinaa studyofsomeinsulatingoilsagingbythermalcycling
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