Locating high impedance faults (HIFs) is one of the biggest challenges in power networks.
HIFs draw relatively low currents, so power system operators cannot easily detect them with …

In this paper, a single ended traveling wave based fault location method is presented for
Hybrid Parallel HVAC/HVDC Overhead Transmission Lines (HPOTLs) on the same tower …

Fault diagnosis and detection in electrical power systems need a development of new and
robust supervision structures. In the last years, different intelligent monitoring methods have …

Conventional single-ended traveling wave fault location methods, which commonly depend
on partial features of traveling wavefronts, may lead to fault location failure, especially for …

This paper proposes a novel single-ended traveling wave-based fault location method for
unearthed overhead lines with a complex topology. The low fault current magnitudes of a …

Compared with the homogeneous transmission lines, the hybrid ones are composed of the
overhead, underground and submarine cable lines, resulting in three different sets of …

In this paper, a new fault locator scheme is introduced to address the non-homogeneity of
combined transmission lines (Taba-Aqaba Intertie transmission system). To achieve this …

In this study, the post-fault synchronized phasors acquired from the local phasor
measurement units (PMUs) are used to provide comprehensive fault reporting in Three …

Aiming at the difficulty of fault location of multi-source transmission lines, this paper
proposes a fault location method for multi-terminal transmission lines based on a fault …

The distribution network is a crucial component of the power system as it directly connects to
users and serves the purpose of distributing power and balancing the load. With the …