Compensation de la puissance réactive dans les charges non-linéaires et aléatoires

Abstract

This thesis focuses on the optimization of reactive power compensation in industrial electrical networks, particularly those subjected to non-linear and random loads. Following a theoretical study of static compensation devices, we have developed robust calculation methods for filter- compensators (D.C.F). Our work, based on comparative and statistical analysis, allows for the adjustment of technical parameters to reduce voltage distortion, improve wave quality, and minimize installation costs. These solutions provide efficient and economically viable tools for the metallurgy and energy sectors.