Journal of Networking Technology

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Online ISSN: 0976-8998

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Journal of Networking Technology

Testing Network Reliability with Parallel Transformers and Network Components

Natasha Dimishkovska and Atanas Iliev
Faculty of Electrical Engineering and Information Technologies University of Skopje Rugjer Boshkovikj, Skopje 1000, North Macedonia

Abstract: The fuzzy logic for network reliability estimation is required for its simplicity, enabling its use in complex systems and the creation of models. We proposed a new power network reliability estimation model using fuzzy logic considering the daily power load. Moreover, we have outlined the case study of two parallel transformers. Using different unavailability issues, we have measured the network reliability of a system with many stations and network components.

Keywords: Network Reliability, Fuzzy Logic, SwitcHgear, Uncertainty Testing Network Reliability with Parallel Transformers and Network Components

DOI:https://doi.org/10.6025/jnt/2023/14/2/45-52

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References:

[1] Nahman, J. (1997). Fuzzy Logic Based Network Reliability Evaluation. Belgrade, Republic of Yugoslavia: Faculty of Electrical Engineering.
[2] Iliev, A., & Zlatanoski, M. (2004). Reliability Evaluation of Electric Substations Considering Uncertainty of The Input Data. Mako Cigre. Ohrid.
[3] Zimmermann, H.-J. (2001). Fuzzy Set Theoryand Its Applications, Fourth Edition. New York: Springer Seience+Business Media .
[4] Fotuhi, M., & Ghafouri, A. (2007). Uncertainty Consideration in Power System Reliability Indices Assessment Using Fuzzy Logic Method. IEEE Xplore.
[5] Sharma, M. K. (2017). Possibility and Probability Aspect to Fuzzy Reliability Analysis of a Network System. Global Journal of Pure and Applied Mathematics, pp. 3641-3655.
[6] Working Group A3.06. (2012). Final Report of the 2004-2007 International Enquiry on Reliability of High Voltage Equipment CIGRE.

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