GPRS and Remote Meter Reading are used in the Design and Implementation of a Simultaneous Line Loss Electricity Consumption Information Collection System

The goal of this study is to provide solutions for the issues of power load imbalance, line loss management, and identification that arise in smart distribution zones. First, a new [Formula: see text]/[Formula: see text] inverted sequence and reverse sequence automatic identification method is suggested to use an over-zero synchronous gearbox. This method addresses the shortcomings of the current power information acquisition system in handling three-phase load imbalance and line loss identification. The power information acquisition system serves as the foundation for the method. Telling the concentrator to provide particular signals determines if there is an [Formula: see text]/[Formula: see text] inverted phase and inverted phase sequence reversal based on feedback data. The significance of the power information gathering system is emphasized once again to minimize line loss in the intelligent power distribution region. Novel ways to line loss management are proposed. Enhancing the security and efficiency of power systems is greatly dependent on this study, which offers a valuable resource for power system intelligence and management.