The parameter estimation for transmission systems is important to power flow analysis,
planning the expansion of electric power systems, stability, dispatch and economic analysis …

The accurate knowledge of the electrical parameters of transmission lines is an important
issue for, eg, fault detection and location, stability analysis. In this sense, the reliability in …

The Lumped Parameter Model (LPM) is a known approach to represent overhead
transmission lines (TLs), especially when these elements comprehend a few tens of …

This paper develops a Kalman filter-based method to estimate the magnitude and phases of
currents and voltages of a single-phase transmission line. Unlike common-place practices …

This study presents a simplified formulation to calculate the skin effect on transmission lines
wires. The methodology is developed from the solution of the time‐domain Maxwell's wave …

A new transmission line model is proposed based on the well-established Bergeron method.
The conventional Bergeron model is characterized by the line representation by …

Although PI-equivalent transmission line modeling is simple in use and offers various
advantages, its main drawback is the emergence of artificial numerical oscillations in …

This technical report describes an experimental analysis of metal–oxide surge arresters
applied to power distribution network. This analysis is performed from periodical …

Power flow, planning, economics, dispatch, and stability analysis rely on accurate
transmission line parameters (TLPE). Standard optimization methods are employed to …

An efficient and simplified procedure is proposed for the reduction of high‐frequency
oscillations and erroneous magnitude peaks in electromagnetic transient simulations in …