In this paper, the main features of a new advanced integrated approach to the problem of numerically predicting the distribution of the magnetic flux density generated by power lines is presented. This approach is based on an accurate model which takes into account both the three-dimensional structures of the power lines and the land altimetry. Two non-commercial computer programs have been developed in this framework, aimed to fulfd the needs of environmental control institutions and overhead line designers. In fact, they respectively allow to i) carry out thorough Environmental Impact Assessment (ETA) studies on new power lines and ii) assist the designer to calculate, in real time, the effects of his design options on the magnetic field levels.
Magnetic Fields from Overhead Power Lines: Advanced Prediction Techniques for Environmental Impact Assessment and Support to Design
Andreuccetti D;Zoppetti N;
2003
Abstract
In this paper, the main features of a new advanced integrated approach to the problem of numerically predicting the distribution of the magnetic flux density generated by power lines is presented. This approach is based on an accurate model which takes into account both the three-dimensional structures of the power lines and the land altimetry. Two non-commercial computer programs have been developed in this framework, aimed to fulfd the needs of environmental control institutions and overhead line designers. In fact, they respectively allow to i) carry out thorough Environmental Impact Assessment (ETA) studies on new power lines and ii) assist the designer to calculate, in real time, the effects of his design options on the magnetic field levels.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
