The article presents information concerning the electrical and thermal properties of nanoliquids in the context of their use in the insulating system of high voltage power transformers. It consists of six chapters. The first chapter is an introduction. The second chapter describes properties of the modern insulating nanoliquids created on the basis of mineral oil and nanoparticles. The third chapter is devoted to the measurement systems to the measure of the viscosity, thermal conductivity and density. The fourth chapter presents the methods of preparation of nanoliquids. In the fifth chapter the viscosity, thermal conductivity and density of mineral oil and nanoliquids were compared. Article ends with a summary
In November 2017, the first ±1100 kV high-voltage direct-current power transformer in the world, whi...
Nanotechnology provides an effective way to upgrade the thermo physical characteris- 12 tics of diel...
Amidst the new techniques facing the improvement of cooling and insulating efficiency and the design...
In this paper the results of the researches concerning thermal properties of insulting nanoliquids r...
The mineral oil or synthetic oil in conjunction with paper is mainly being applied as dielectric med...
Due to the increasing demand on developing good insulation, several researchers have performed exper...
For over a hundred years, mineral oils, because of their numerous positive characteristics and very ...
Nanofluids, formed by adding nanoscale particles to insulating oil, are stable and homogeneous suspe...
Insulation systems of electrical apparatus (fluid and solid) include transformer oil, insulating pap...
Transformer oil is conventionally used as an insulating liquid for the purpose of insulation and coo...
The expansion of forthcoming high voltage network and smart grid has upraised the desires on reliabi...
In many applications of high voltage engineering, electrical and thermal stresses increase due to an...
The article discusses thermal properties of synthetic ester admixed with nanoparticles. The analyzed...
High voltage (HV) transformer is one of the most important apparatus in power industries. With an in...
In November 2017, the first ±1100 kV high-voltage direct-current power transformer in the world, whi...
In November 2017, the first ±1100 kV high-voltage direct-current power transformer in the world, whi...
Nanotechnology provides an effective way to upgrade the thermo physical characteris- 12 tics of diel...
Amidst the new techniques facing the improvement of cooling and insulating efficiency and the design...
In this paper the results of the researches concerning thermal properties of insulting nanoliquids r...
The mineral oil or synthetic oil in conjunction with paper is mainly being applied as dielectric med...
Due to the increasing demand on developing good insulation, several researchers have performed exper...
For over a hundred years, mineral oils, because of their numerous positive characteristics and very ...
Nanofluids, formed by adding nanoscale particles to insulating oil, are stable and homogeneous suspe...
Insulation systems of electrical apparatus (fluid and solid) include transformer oil, insulating pap...
Transformer oil is conventionally used as an insulating liquid for the purpose of insulation and coo...
The expansion of forthcoming high voltage network and smart grid has upraised the desires on reliabi...
In many applications of high voltage engineering, electrical and thermal stresses increase due to an...
The article discusses thermal properties of synthetic ester admixed with nanoparticles. The analyzed...
High voltage (HV) transformer is one of the most important apparatus in power industries. With an in...
In November 2017, the first ±1100 kV high-voltage direct-current power transformer in the world, whi...
In November 2017, the first ±1100 kV high-voltage direct-current power transformer in the world, whi...
Nanotechnology provides an effective way to upgrade the thermo physical characteris- 12 tics of diel...
Amidst the new techniques facing the improvement of cooling and insulating efficiency and the design...