Author : Said Fouad Mohamed Mekhemar
CoAuthors : Elroby, M.M.H., Hassan, M.A.M.
Source : Heliyon
Date of Publication : 09/2019
Abstract :
In this study, the PMUs are placed to operate in normal and islanded cases taking into account power systemobservability, reliability, Communication Infrastructure (CI), and latency time associated with this CI. Moreover,the economic study for additional new data transmission paths is considered as well as the preexistingCommunication Devices (CDs) and the availability of predefined locations of some PMUs in some buses. ThePMUs placement and their communication network topology and link channel capacity are co-optimized simul-taneously. Two different approaches are applied to optimize the objective function; the first approach is combinedfrom Binary Teaching Learning Based Optimization Algorithm (BTLBOA) and the Minimum Spanning Tree (MST)algorithm, while the second approach is based on BTLBOA. The proposed approaches are examined using IEEE118-bus systems
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