Performance Evaluation of IRPT Controlled Dstatcom for Nonlinear Load

With the increased demand for energy, increasing the efficiency of the electricity is now a primary priority to be fulfilled at the distributors’ end. Because of the emergence of more fragile variations in power electronic conductors, end-user devices have become considerably more susceptible to power quality. For the conservation of electrical quality, the word power quality is often used in the transmission, distribution, consumption, and generation of AC electric power. As a result of these power quality concerns degrading end users’ equipment performance, there is a need to address issues connected to power quality in order to obtain improved efficiency of equipment and thus improve the overall performance of the system. DSTATCOM is one of the technologies employed in this academic study, and it appears to be an emerging tool for reactive control, load handling, and static current and resonance flow (if necessary). The reactive power is sent to the PCC on the line through a VSC 3 leg 6 pulse conversions. MATLAB Simulink is used to evaluate the suggested technique, and the test results are analysed.