ABSTRACT
In power systems, parameters such as outage of components and continual load growth may pave the way to problems like dynamic and static inconsistencies like adequacy and security consequences of disturbances. For dealing with such predicaments, deployment of Custom Power Devices is the major widely adopted approach. Anyhow, these devices must be positioned in an optimal location with setting for extracting the most possible benefits. Hence, this paper introduces an Adaptive Step vector based Dragonfly Optimisation (ASDA) to solve the location and sizing issues of D-STATCOM focusing on reactive power compensation. Moreover, the solutions are encoded with two bound constraints to deal with both the localising and sizing issues like minimisation of power loss and Voltage Stability Index (VSI).
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No potential conflict of interest was reported by the author(s).
Nomenclature
Additional information
Notes on contributors
V. Tejaswini
V. Tejaswini received her B.Tech (Electrical and Electronics Engineering, 2014) from JNTUH , M.Tech (Power Systems, 2016) from JNTUH. She is currently pursuing her PhD (Power Systems Engineering) in Sathyabama Institute of Science andTechnology (Deemed to be University), Chennai, Tamilnadu, INDIA. Her areas of interest include Distribution system studies, Meta Heuristic Techniques in Power Systems and Economic operation of Power Systems.
D Susitra
Dr. D. Susitra received her B.E (Electrical Engineering), M.Tech , PhD (Electrical Engineering – Power Electronics & Drives). Her areas of interest include Special Electrical machines, Electrical drive and Control, Power Electronic Converters, Modeling of Electrical Machines, Artificial Intelligence Techniques. Presently she is working as Professor in Sathyabama Institute of Science and Technology (Deemed to be University), Chennai, Tamilnadu.