Electrical power systems are exposed to transient disturbances that change the voltage and
current signals of the network, which can interrupt power and damage equipment. In high …

The overhead power line transmits and distributes electricity across large regions it has
several conductors on poles. Power system stability analysis and state estimates need a …

Real-time estimation of transmission line (TL) parameters is essential for proper
management of transmission and distribution networks. These parameters can be used to …

Transmission line (TL) parameters, particularly capacitance, are important for ensuring the
efficient and reliable operation of power systems. As power networks become increasingly …

An alternative and simplified procedure is described to estimate the longitudinal resistances
of transmission lines based on the real-time load profile. This method proposes to estimate …

This study describes a technical analysis of a four-phase line as a transmission system
alternative. An analysis in the frequency and the time domains is performed to evaluate the …

This paper describes a computational model based on lumped elements for the mutual
coupling between phases in three-phase transmission lines without the explicit use of modal …

This article presents a procedure for the development of a scaled-down laboratory model of
a transmission line based on per unit. values of a true line. The X/R ratio of the model is kept …

Today, commercial simulation packages can have the capability of solving complex power
system networks by using various transmission line models. When there is a change in the …

This paper proposes the inclusion of corona effect in a transmission line modeling taking
into account the frequency-dependent longitudinal parameters. The real objective of this …