IDENTIFICATION AND OPTIMIZATION OF THE SEQUENCE OF PARALLEL CONDUCTORS USING AN AUTOMATIC TOOL

Abstract

This paper presents a tool for the acquisition, processing and the automatic identification and optimization of a multi-conductor system. The tool registers the waveforms of the current in each subconductors, then magnitude and phase for each one are computed. By means of a simple indicator the subconductors sequence is identified and, finally, the optimal sequence that should be adopted for the minimization of the current unbalance and the magnetic stray field is automatically proposed. The paper analyzes the performance of the identification procedure testing it with several simulations and some experimental results on real cases.