DC line faults are major issues for a multiterminal high-voltage direct current (HVDC) system
based on voltage-source converter (VSC). The fault current increases quickly along with a …

Electric drive systems with long feeder cables connecting inverter and machine are used for
oil exploration, mining, remote operated vehicles, industrial, and aerospace applications …

DC line fault is a major threat to the security of ultra high‐voltage direct‐current system due
to complex terrain and terrible weather conditions over long distances. This study proposes …

An estimation procedure for transmission line parameters is developed that combines a new
method of determining line parameters with others available in the technical literature. Each …

Field approaches are employed to develop a mathematical model of a power network
section. The facility consists of two electric power subsystems described with ordinary …

This paper proposes a methodology for modeling and simulating electromagnetic transients
in power transmission cables with arbitrary cross-sections, usually applied in offshore power …

The penetration of power electronic based equipment in the power grid has increased the co-
occurrence of electromechanical and electromagnetic transients. Significant research efforts …

In this paper, a transmission line model is developed based on lumped element
representation. A simple and efficient procedure is presented for modeling medium-voltage …

A correction procedure based on digital signal processing theory is proposed to smooth the
numeric oscillations in electromagnetic transient simulation results from transmission line …

This study presents an efficient method for modelling the proximity effect in complex
conductor systems. This method is based on a discretisation partial element equivalent …