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
Temperature is a key factor for failure analysis of power transformers. Conventionally, transformer ...
abstract: t temperature (HST) and top-oil temperature (TOT) are reliable indicators of the insulatio...
The flow of harmonic current encountered in nowadays electrical installations causes numerous unde...
Abstract. A new approach for predicting the reliability indices based on the numerical analysis of n...
A new approach for predicting the reliability indices based on the numerical analysis of nonuniform ...
Power and Generator Transformers are important and expensive elements of a power system. Inadvertent...
The transformer life and performance strongly depend on winding hot-spot temperature (HST). Various ...
Large power transformers are key components in power system networks and their correct functioning ...
Temperature is one of the limiting factors in the application of power transformers. According to IE...
Predictive maintenance of rectifier transformers in the aluminum smelting industry has become a majo...
This contribution presents an approach to determine the overload capabilities of oil-cooled power tr...
Electricity demand is increasing because of global decarbonisation efforts to reduce emissions that ...
Transformer failure analysis has been an important field of study in the power system as transformer...
Object of research: development of a technology for determining the temperature of the winding of a ...
Transformers are among the most important equipment in electrical power systems, where their operati...
Temperature is a key factor for failure analysis of power transformers. Conventionally, transformer ...
abstract: t temperature (HST) and top-oil temperature (TOT) are reliable indicators of the insulatio...
The flow of harmonic current encountered in nowadays electrical installations causes numerous unde...
Abstract. A new approach for predicting the reliability indices based on the numerical analysis of n...
A new approach for predicting the reliability indices based on the numerical analysis of nonuniform ...
Power and Generator Transformers are important and expensive elements of a power system. Inadvertent...
The transformer life and performance strongly depend on winding hot-spot temperature (HST). Various ...
Large power transformers are key components in power system networks and their correct functioning ...
Temperature is one of the limiting factors in the application of power transformers. According to IE...
Predictive maintenance of rectifier transformers in the aluminum smelting industry has become a majo...
This contribution presents an approach to determine the overload capabilities of oil-cooled power tr...
Electricity demand is increasing because of global decarbonisation efforts to reduce emissions that ...
Transformer failure analysis has been an important field of study in the power system as transformer...
Object of research: development of a technology for determining the temperature of the winding of a ...
Transformers are among the most important equipment in electrical power systems, where their operati...
Temperature is a key factor for failure analysis of power transformers. Conventionally, transformer ...
abstract: t temperature (HST) and top-oil temperature (TOT) are reliable indicators of the insulatio...
The flow of harmonic current encountered in nowadays electrical installations causes numerous unde...