Enhancement of available transfer capability using TCSC with hybridized model: Combining lion and moth flame algorithms

The practical computations of enhancing available transfer capability (ATC) are evolving in the recent times. Most of the presently available techniques for enhancing ATC are being implemented; however, in many cases, they do not consider the impact of communications taking place in between the “pow...

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Published in:Concurrency and computation 2022-09, Vol.34 (21), p.n/a
Main Authors: Singh, Joginder, Yadav, Naresh Kumar, Gupta, Saral Kumar
Format: Article
Language:English
Subjects:
Algorithms
ATC
ATC computation
ATC enhancement
Electric power systems
FACTS
Flexible AC power transmission systems
Optimization
Proposed LU‐MFO model
TCSC devices
Thyristors
Voltage collapse
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description The practical computations of enhancing available transfer capability (ATC) are evolving in the recent times. Most of the presently available techniques for enhancing ATC are being implemented; however, in many cases, they do not consider the impact of communications taking place in between the “power transfers, loop flows, non‐linearities, operating policies, and most importantly voltage collapse blackouts,” respectively. Thus, the current research work aims to introduce a new hybrid method to solve the chaos in ATC in power system. The thyristor‐controlled series compensation (TCSC) that belongs to series flexible alternating current transmission system device is utilized for enhancing ATC. The introduced algorithm is termed as Lion Updated Moth Flame Optimization (LU‐MFO) to select the corresponding line for TCSC device to be connected.
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subjects Algorithms
ATC
ATC computation
ATC enhancement
Electric power systems
FACTS
Flexible AC power transmission systems
Optimization
Proposed LU‐MFO model
TCSC devices
Thyristors
Voltage collapse
title Enhancement of available transfer capability using TCSC with hybridized model: Combining lion and moth flame algorithms
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