The integration of distributed generators has changed the paradigm of modern power
transmission systems. To cope with energy demands, electrical networks emphasize the …

The importance of the quality and continuity of electricity supply is increasingly evident given
the dependence of the world economy on its daily and instantaneous operation. In turn, the …

An adaptive single-phase auto-reclosing method based on the moving average filter (MAF)-
quadrature signal generator (QSG) is developed to determine secondary arc extinction time …

In this paper, a new adaptive single-phase reclosing method for high-voltage transmission
lines is proposed. This method employs local voltage magnitude and angle of the faulted …

In this paper, a new noncommunication-based adaptive single-pole autoreclosure (ASPAR)
scheme is proposed, by which the extinction of secondary arc can be detected rapidly, in 4 …

A new communication-aided high-speed single-phase reclosing algorithm is proposed in
this paper for transposed transmission lines based on predicted and measured voltage of …

This paper presents a comparison of secondary electric arcs behavior for reclosing
applications. The main objective of the paper is to show the differences in secondary arcs …

An approach to detect the secondary arc extinction is proposed here for single-phase auto-
reclosing of non-compensated transmission lines. It consists on the analysis of the line side …

This study presents the results of single‐phase auto reclosing technique tests, comparing
the performance of traditional procedure and fast adaptive procedure. The last is based on …

This paper presents an adaptive autoreclosing concept for HVDC transmission systems with
modular multilevel converters in full-bridge topology for single pole-to-ground faults. Since …