Oil-immersed transformer is an important equipment of the power system with superior
insulation performance and good cooling effect, so it is widely used in the power system …

In the present paper, the electromagnetic-fluid-thermal-mechanical stress coupling process
in an oil-immersed transformer is numerical studied with finite element method. The …

Transformer winding hot‐spot temperature (HST) is one of the important factors affecting
transformer oil–paper insulation deterioration. This study presents a three‐dimensional …

Big Data advancements motivate researchers to develop and improve intelligent models to
deal efficiently and effectively with data. In this scenario, time series forecasting obtains even …

This work presents an enhanced thermal modeling for dry-type three-phase transformers,
addressing the heat exchange mechanisms through conduction, radiation, and convection …

The exploitation of PCB integrated magnetic components in the high power field brings new
challenges due to the compactness of the design and the poor thermal performance of …

Thermal conditions of power transformers in abnormal operating conditions such as
harmonic loads can be considered as a critical case. In this study, thermal analysis of …

To insure the health of power transformers insulation, its heat distribution in different
operating conditions must be determined. In extended thermal equivalent circuits (TECs) …

This study is for the case where the available data of power transformer oil–paper insulation
is limited to a small amount furfural data, to solve the problems in oil–paper insulation …

A proposal of the dynamic thermal rating (DTR) applied and optimized for low-loaded power
transformers equipped with on-line hot-spot (HS) measuring systems is presented in the …