International Universities Power Engineering Conference, 2004
Developments in computational methods for solving boundary value problems, coupled with the advan... more Developments in computational methods for solving boundary value problems, coupled with the advances in computer hardware, has led to the commercial availability of very efficient computer aided engineering (CAE) tools. The aim of this work is to define a suitable criterion for the shape design optimization of HV shielding electrodes for reducing the radio interference. The experimental part of the
AbstractThe electromagnetic environment related to electric power installations is typically eva... more AbstractThe electromagnetic environment related to electric power installations is typically evaluated by numerical integration methods. Numerical techniques, although powerful, are not well suited for assessing the dependence of the field strength on elec-tric and geometric ...
The design of a magnetic shielding arrangement for an indoor substation is considered. The aim of... more The design of a magnetic shielding arrangement for an indoor substation is considered. The aim of the intervention is to reduce the magnetic field intensity inside a room above the substation. Stray fields are mitigated by using metallic screens and by rearranging LV cables in order to limit intervention costs. A three-dimensional electromagnetic analysis of stray fields is performed by
International Universities Power Engineering Conference, 2004
Developments in computational methods for solving boundary value problems, coupled with the advan... more Developments in computational methods for solving boundary value problems, coupled with the advances in computer hardware, has led to the commercial availability of very efficient computer aided engineering (CAE) tools. The aim of this work is to define a suitable criterion for the shape design optimization of HV shielding electrodes for reducing the radio interference. The experimental part of the
AbstractThe electromagnetic environment related to electric power installations is typically eva... more AbstractThe electromagnetic environment related to electric power installations is typically evaluated by numerical integration methods. Numerical techniques, although powerful, are not well suited for assessing the dependence of the field strength on elec-tric and geometric ...
The design of a magnetic shielding arrangement for an indoor substation is considered. The aim of... more The design of a magnetic shielding arrangement for an indoor substation is considered. The aim of the intervention is to reduce the magnetic field intensity inside a room above the substation. Stray fields are mitigated by using metallic screens and by rearranging LV cables in order to limit intervention costs. A three-dimensional electromagnetic analysis of stray fields is performed by
Uploads