Active Filter and Reactive Compensation Using Dstatcom Prakash, Manish Kumar Chandrakar

Abstract

The purpose of this study is to exploit the DSTATCOM demo model and the block Using MATLAB Simulation, the controller's parameters are tweaked. The primary goal of the study is to demonstrate how distribution statcom (DSTATCOM) may be used to lessen voltage variations such as sag and swell situations in distribution systems. Different DSTATCOM (distribution static compensator) topologies are examined in this paper. The distribution static compensator (DSTATCOM) is a shunt-connected device that may correct load current power quality issues. The installation of a shunt active filter on a power distribution system is the intended use. By regulating reactive power, the active filter also has the capacity to control the voltage on the distribution line. The dynamic performance of coupled harmonic damping and spectral analysis is investigated theoretically. As a result, harmonic damping makes it feasible to increase both the stability of the combined harmonic damping and the control loop for voltage regulation. In Matlab/Simulink, the system with the control strategy is implemented. Figures display the simulation findings. The primary goal of the study is to demonstrate how DSTATCOM may be used to lessen voltage swings in distribution systems, such as sag and swell circumstances.