Over many decades, the electric power industry has evolved from a single low-power generator serving a small area to highly interconnected networks serving a large number of …
Detection and classification of transmission line (TL) faults are key factors for the fault root cause analysis and rapid restoration of the power network. Deep learning can extract …
Timely and accurate detection of transmission line faults is one of the most important issues in the reliability of the power systems. In this paper, in order to assess the effects of …
R Godse, S Bhat - IEEE Access, 2020 - ieeexplore.ieee.org
The permanency of highly-reliable power supply is a core trait of an electric power transmission network. A transmission line is the main part of this network through which …
In spite of the amazing success of deep learning in various complex classification tasks, its real-time applications have been greatly hindered due to the enormous computational …
The recent progress in the area of signal processing has led to the development of intelligent schemes for fault classification and faulty phase selection in distribution system …
This paper presents a novel intelligent fault classification scheme for fixed series capacitor compensated transmission line. The singular value decomposition principle is applied along …
Although the use of a series capacitor increases the transmission line (TL) capacity, it inverts the voltage/current and creates a sub-harmonic frequency that results in unintended …
B Chatterjee, S Debnath - Electric Power Systems Research, 2021 - Elsevier
In this paper, a novel integrated approach of protective relaying methodology has been adopted for detecting faults and its location estimation in long transmission line. First, the …