Recurrent Neural Network Based Harmonic Reduction and AI Based Voltage Stability Compensation in Distribution Feeder System

The Flexible AC transmission system devices are used to address power quality problems for distributed generating systems in hopes of reducing the problem. This article has a detailed overview of the problems with electricity quality. The power quality challenges are covered first in this paper, then the fundamental criteria are covered. This paper proposes an effective Distribution Static Synchronous Compensator of control approaches for reducing power quality. Techniques for monitoring power superiority and potential fixes for problems with power quality for power structures are thoroughly investigated. In this proposed the control approaches contains 2 Voltage source converter (VSC) circuits. The DC link voltage across the proposed DSTSTCOM is maintained constant with the help of ANN controller. The output of simulated MATLAB and the corresponding waveform are attained. The suggested converters is generating to reduce the settling value of 0.15s.