Add to ORKGAbstract. A new approach for predicting the reliability indices based on the numerical analysis of nonuniform temperature fields of power transformer is reported. The failure rates of a power transformer in a real thermal mode of device under natural convection were compared with statistical data.. The necessity of unsteady temperature field consideration was shown to enchance the reliability prediction
AbstractIt has been proven that the introduction of the systems for continuous control of the power ...
As a hub for transforming voltage and exchanging power in the power system, transformers play an inc...
Abstract – In this paper, a method for multi-physics analysis of the temperature-dependent propertie...
A new approach for predicting the reliability indices based on the numerical analysis of nonuniform ...
Transformer failure analysis has been an important field of study in the power system as transformer...
Temperature is a key factor for failure analysis of power transformers. Conventionally, transformer ...
Abstract: This paper analyses transformer loss of life attending to the realistic variability of bot...
A comparison of the intensities of the failure of a power unit with the real thermal regime of the d...
Life expectancy of power transformers is limited by the integrity of insulating cellulosic paper wou...
This article explores the measurement of temperature in transient states, utilizing the principles o...
Temperature, especially the hot spot temperature (HST) and top oil temperature (TOT), has played the...
International audienceMain factors constraining transformers' thermal loss of life (LOL) are load an...
Transformers are among the most important equipment in electrical power systems, where their operati...
Power and Generator Transformers are important and expensive elements of a power system. Inadvertent...
The degradation of electrical insulation in transformers is more often due to thermal stress. In thi...
AbstractIt has been proven that the introduction of the systems for continuous control of the power ...
As a hub for transforming voltage and exchanging power in the power system, transformers play an inc...
Abstract – In this paper, a method for multi-physics analysis of the temperature-dependent propertie...
A new approach for predicting the reliability indices based on the numerical analysis of nonuniform ...
Transformer failure analysis has been an important field of study in the power system as transformer...
Temperature is a key factor for failure analysis of power transformers. Conventionally, transformer ...
Abstract: This paper analyses transformer loss of life attending to the realistic variability of bot...
A comparison of the intensities of the failure of a power unit with the real thermal regime of the d...
Life expectancy of power transformers is limited by the integrity of insulating cellulosic paper wou...
This article explores the measurement of temperature in transient states, utilizing the principles o...
Temperature, especially the hot spot temperature (HST) and top oil temperature (TOT), has played the...
International audienceMain factors constraining transformers' thermal loss of life (LOL) are load an...
Transformers are among the most important equipment in electrical power systems, where their operati...
Power and Generator Transformers are important and expensive elements of a power system. Inadvertent...
The degradation of electrical insulation in transformers is more often due to thermal stress. In thi...
AbstractIt has been proven that the introduction of the systems for continuous control of the power ...
As a hub for transforming voltage and exchanging power in the power system, transformers play an inc...
Abstract – In this paper, a method for multi-physics analysis of the temperature-dependent propertie...