Optimizing Power Flow with Hvdc Lines and Facts for Improved Power System Stability

The increasing expenses incurred in the establishment of transmission networks, in conjunction with the essential function these networks serve in reorganized settings, highlight the need of using Flexible AC Transit System devices. The ideal placement and capacity distribution for Thyristor-Controlled State Capacitor in networks of transmission are important factors that are covered in this research. The suggested approach develops an objective function with the dual goals of reducing losses and increasing server capacity. Both technological and economic viewpoints are used in the inquiry, and the results are described appropriately. The results of the simulation demonstrated the effectiveness of the suggested approach in terms of both technical and financial factors. The infrastructure's load index significantly improved as a result of this compensation, rising by 23.02%. In addition, the economic method reduced power losses and improved network load ability by using the simulation to identify the best placement and capacity that produced the most profit. The thorough outcomes highlight how well the suggested methods worked in a variety of case studies.