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This paper delves into the analysis of faults in three-phase transmission lines using MATLAB/SIMULINK as a powerful tool for system design.The study employs simulation techniques to thoroughly investigate various fault scenarios, evaluating their impact on system dynamics and reliability.Through detailed modeling, the paper aims to enhance understanding of fault detection, protection strategies, and system response under different conditions.MATLAB/SIMULINK's capabilities enable the creation of realistic simulations, providing valuable insights for engineers in optimizing system design and protective measures.The findings contribute to the development of robust and resilient three-phase transmission systems, aligning with the broader industry objective of creating efficient and dependable power distribution networks.This research not only advances the knowledge base in fault analysis but also provides practical guidance for engineers engaged in designing and maintaining reliable power transmission infrastructures.
Bhosale et al. (Sat,) studied this question.