Power Flow Control and Congestion Management in a Transmission Network using Advanced Interline Power Flow Controller

Abstract

This paper presents the demonstrating of Advanced Interline Power Flow Controller (AIPFC) reasonable for consolidation in load flow program for the investigation of consistent state activity of power system. A methodical establishment on the hypothesis and practice of positive sequence power flow is introduced here. An effective Newton-Rapshon (NR) technique is utilized for unraveling the nonlinear logarithmic load flow conditions in the load flow issue. A bit by bit methodology for consolidation of AIPFC gadget inside the NR load flow calculation is depicted. The viability of the proposed model and union of the proposed load flow calculation is tried on standard IEEE 30 bus test system without and with AIPFC gadget. Programming for the arrangement of controllable branches with this proposed model is finished by utilizing MATLAB programming. Results are accounted for and considers are introduced to show and look at the productivity of AIPFC.