Accurate fault location methods for transmission lines are essential to ensure secure and
reliable operation of power systems. Among various fault location approaches, model-based …

Dynamic state estimation (DSE) accurately tracks the dynamics of a power system and
provides the evolution of the system state in real-time. This paper focuses on the control and …

Accurate fault location for underground cables in MMC-HVDC grids reduces the time finding
faults as well as the system operational costs. For MMC-HVDC grids, the data window …

Aiming at the low-voltage DC distribution network system and combining the characteristics
of F2F structure and ISOP-DAB structure DC transformer, this paper proposes a DC …

This paper proposes a novel phasor domain fault location method for two or three terminal
double-circuit transmission lines sharing the same tower without requiring line parameters …

Recently, owing to the high penetration of renewable power generations, random access to
dynamical loads and wide application of power-electronic devices, the modern power …

In this paper, a convolution based time domain model based fault location method for lines
is proposed in modular multilevel converter based high voltage direct current (MMC-HVDC) …

The fast and accurate fault location is extremely important for effective fault clearance in the
power system. And in HVDC grid, the natural-frequency based fault location method is quite …

In this paper, an improved dynamic state estimation (DSE) based protection (DSEBP)
scheme is proposed for transmission lines in MMC-HVDC grids. Firstly, a dynamic model of …

Fault location plays a pivotal role in expediting the restoration of systems after faults.
However, the necessity for rapid fault isolation in multi-terminal direct current (MTDC) …