Complex power plays a key role in maintaining and sustaining the fields ie magnetic and
electric fields. The efficiency of the power system depends entirely on the loss and voltage …

In the HVDC transmission system, the main factors that affect the accuracy of traditional two-
terminal fault traveling wave distance measurement are the selection of appropriate wave …

Commutation failures in high-voltage direct current (HVDC) transmission systems often
occur within inverter stations, posing challenges to the safe and consistent operation of …

Lightning shielding failure (SF) is the main cause of tripping accidents in UHV transmission
lines (TLs). SF assessment based on conventional electro geometric model (EGM) ignores …

In the power grid, with the extensive applications of power electronic equipment, the
dimension and complexity of the power system model are greatly increased. Compared with …

Modular multilevel converter (MMC) has attracted lots of attentions from academia and
industry due to its superior advantages over other multi-level converter in the high voltage …

Transmission line reliability is very important in an electrical energy distribution system. One
of the most important components in the distribution of electrical energy is the Transmission …

This paper analyzes the convergence of the Newton-Raphson (NR) method for the power
flow equations in lossless radial networks. Firstly, the solvability of the power flow equations …

The distribution network directly faces the power demand of large number of users,
accounting for a large proportion of the entire power network, but its own level of guarding …

Recently, the increasing focus on investigating the influence of transmission line
temperature on power system operation has propelled the study of line temperature rise …