REDUCTION OF LOSS, VOLTAGE PROFILE AND STABILITY IMPROVEMENT OF D-STATCOM BY DETERMINING THE OPTIMAL SIZE AND LOCATION

    This project is designed based on optimal size and location. Distribution systems are always suffering from some important problems such as system loss, voltage profile, and stability. Many attempts have been made to improve these issues. The present research proposes using a D-STATCOM in distribution systems to reduce system loss and improve voltage profile and stability. Three indices have been considered in the problem formulations to achieve the aforementioned objectives. To implement the proposed method, a D-STATCOM is modeled in power flow calculations to compensate the reactive power and improve the system performance. Three algorithms i)Particle Swarm Optimization Algorithm (PSO), ii) Genetic Algorithm and iii) Hybrid(GA+PSO) Algorithm are used with Backward-Forward power flow method to solve this optimization problem. Two IEEE standard systems, IEEE 33-bus, and 69-bus systems have been selected to implement the proposed method. The effectiveness of this approach is shown by simulation video using Matlab /Simulink.

Reference Paper-1: Distribution System Loss Reduction, Voltage Profile, and Stability Improvement by Determining the Optimal Size and
Location of D-Statcom

Author’s Name: 
Mustafa Okatia and, Mohammadreza Aminianb
Source: International Academic Institute for Science and Technology
Year: 2007

Request source code for academic purpose, fill REQUEST FORM or contact +91 7904568456 by whatsapp or sales@verilogcourseteam.com, fee applicable.

SIMULATION VIDEO DEMO-IEEE 33 BUS SYSTEM                                                                                                                      


SIMULATION VIDEO DEMO-IEEE 69 BUS SYSTEM                                                                                                                      

                                                                                                                                                                


PREVIOUS PAGE|NEXT PAGE