STATCOM controller is a novel power transmission governing device which provides complete dynamic control management of Electrical power transmission system network's at various operating parameters. This research investigation of a STATCOM device offers a progressive governance for the control and operation of a STATCOM Controller which has been coupled in the GCC interconnection between the United Arab Emirates and Kuwait. The principal aim of this investigative work is to reconnoitre the encounters of power transmission network and operational control. The investigation will also inspect the positive impact of employing a STATCOM within progressive control algorithm to design and regulate three operating boundaries of compensation factors for transmission network. The investigation results denote that the STATCOM is a robust contestant to improve the operations for electrical power transmission systems.

The UPFC is a state-of-the-art control device that has the ability to enhance electrical power system network operation more precisely and effectively. This device encompasses of shunt and series parts to readjust capacitive and inductive compensation of the network based on their ratings to dynamically control the operating parameters of the transmission-network. These dynamic parameters comprise of phase angles, line impedance and line voltage. During the detailed investigation, a set of equations are introduced to compute UPFC operations/control behaviour on shared two bus system networks. In fact, the EMTP and Matlab models are introduced and customized to determine and validate UPFC effectiveness with precision. In this investigation, a pragmatic approach demonstrated and provided roadmap for the planning and control electrical engineer to evaluate UPFC operational behaviour and its significant impact on Electrical power transmission network operations. This device has the ability to address all types of time based contingencies in order for a seamless operation.