Applications of internet of things (IOT) to improve the stability of a grid connected power system using interline power flow controller

摘要

Using Internet of Things (IoT) technology in the clever network is an essential method to fast active the information of control Grid-system. Also, the grid system is valuable aimed at the compelling administration of the power framework foundation. This paper deals with a logical approach to design an Interline Power Flow Controller (IPFC) for a grid-connected several-line power scheme to improve the scheme strength and to improve the congestion management in a grid by considering the power flow among the multi-line, IPFC goes to a sequence of paying flexible alternating current transmission system (FACTS) device and it takes the capability toward control the power stream in multi-line transfer organizations.. The Distributed Interline Power Flow Controller involves the series and shunt converters in different transmission lines that are between related utilizing a run of the DC connector. In the transmission line, is the IPFC considered for the compensation and control of power flow in a multi-line transmission system. Every converter can give plan reactive compensation offits line also with the frequency. As the converters can exchange dynamic power through their essential DC interface, it can similarly give a frequency of the current. The highest objective is to improve the power flow in transmission lines and also to maintain the system stability at the buses, and it is achieved by developing an IPFC controller along with genetic algorithm. A Simulink model of an Interline Power Flow Controller based several-machine framework alongside genetic algorithm is developed, and its outcomes were compared with the conventional scheme for tuning the proposed controller to confirm their effectiveness and robustness. It also explains the optimization technique in multi-machine power system with an IPFC using GA. Concentrated on the normal for the development and improvement of the brilliant matrix, this paper presented the use of IoT in web-based checking framework of grid-connected power system using IOT. (C) 2020 Elsevier B.V. All rights reserved.