In this paper, the behavior of traveling waves (TWs) on transmission lines which interconnect
inverter-based resources (IBRs) is investigated, assessing the performance of well-known …

This paper leverages the shape of current traveling waves to enhance transmission line
protection. It investigates the distortion effect on the traveling waveshape during propagation …

Transient protection has the advantage of ultra-fast operation. However, traditional transient
protection is susceptible to the influences of transitional resistance and the initial fault angle …

Boundary protection is a protection that takes advantage of the characteristic that signals will
be attenuated when passing through the “line boundary”. The location of the traps and …

Today use of fast and reliable transmission line protection is of importance. This article
presents two protection techniques for transmission lines using information obtained from …

This article proposes a source-independent method for detecting faults along Transmission
Lines (TL) to reduce the protection issues arising from Inverter-Based Resources (IBRs). In …

This chapter addresses the challenge of protecting microgrids using legacy ultra‐high‐
speed traveling wave protection schemes, which are not suitable due to the microgrid's …

With the increasing number of ultrahigh-voltage transmission lines, the protection with
ultrahigh speed is increasingly urgent. Traveling wave protection has the advantage of …

A traveling wave-based line protection scheme identifies the direction of fault by comparing
the polarities of prefault modal voltage and modal current wavefronts appearing at the relay …

Basing on Hilbert-Huang transform, this study proposes a unique bus transient protection
method. The algorithm decomposes the fault travelling wave currents of two lines connected …