Analysis of the peak load of 10 kV line "Vučko" from the 35/10 kV transformer station Jahorina

The paper shows the calculation of the peak power of a certain consumption area, the simultaneous peak load during the period of the highest consumption of electricity on the 10 kV line "Vučko". A large number of the most diverse consumers participate in the formation of the peak load of consumption, that is, the peak load of the elements of the electrical distribution system. The load on consumers is generally variable over time. A detailed analysis of these data provides the continuity (reliability) of the power supply. The obtained calculation results in the amount of 3.62 MVA represent the highest peak load of the given transformer area. By comparing the calculation results with the remote reading of the peak load that the electricity supplier has, an accuracy of 95% is obtained. The calculation example itself represents a reliable way to determine the peak load where there is no remote reading.

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Publication Details

Published
2025-03-19
DOI
https://doi.org/10.1109/infoteh64129.2025.10959258
Primary Topic
Mining Techniques and Economics
Type
article
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article

Analysis of the peak load of 10 kV line "Vučko" from the 35/10 kV transformer station Jahorina

Nada Cincar, Aleksandar Simović, Sonja Jovičić, Božidar Divčić et al.
Mining Techniques and Economics
article

Analysis of the peak load of 10 kV line "Vučko" from the 35/10 kV transformer station Jahorina

Nada Cincar, Aleksandar Simović, Sonja Jovičić, Božidar Divčić, Dejan Govedarica
article en

Abstract

The paper shows the calculation of the peak power of a certain consumption area, the simultaneous peak load during the period of the highest consumption of electricity on the 10 kV line "Vučko". A large number of the most diverse consumers participate in the formation of the peak load of consumption, that is, the peak load of the elements of the electrical distribution system. The load on consumers is generally variable over time. A detailed analysis of these data provides the continuity (reliability) of the power supply. The obtained calculation results in the amount of 3.62 MVA represent the highest peak load of the given transformer area. By comparing the calculation results with the remote reading of the peak load that the electricity supplier has, an accuracy of 95% is obtained. The calculation example itself represents a reliable way to determine the peak load where there is no remote reading.

University of East Sarajevo (BA), Verlab (Bosnia and Herzegovina) (BA)
Affordable and clean energy
Openalex Percentile: Top 92%
Mining Techniques and Economics
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