USING DEVICES TO ELIMINATE UNSYMMETRY IN ELECTRICAL NETWORKS AND ACHIEVE ENERGY SAVING

Abstract

The abstract explores the intricate challenges and potential solutions related to asymmetry in Uzbekistan's contemporary industrial landscape, encompassing diverse sectors such as cotton processing, textiles, and ceramics. With a focus on the rural industrial landscape, where water pumps drive electricity needs, the text delves into the resulting issues like line imbalance and transformer overloads. Various methods for mitigating asymmetry in 0.4 kV distribution networks are discussed, emphasizing the complexity, cost, and efficiency considerations. The text concludes by highlighting the imperative role of automatic correction systems in achieving symmetry, optimizing operational efficiency, and ensuring uninterrupted production in light industry complexes. The discussed technical methods prove effective in neutralizing asymmetry in electrical energy networks, contributing to enhanced consumer potential and operational continuity