This paper reviews the three most commonly used methods for calculation of frequency-dependent impedance of overhead transmission lines: Carson's method, ...
scholar.google.com › citations
This paper reviews the most commonly used methods for calculation of frequency-dependent impedance of overhead transmission lines: Carson's method, Sunde's ...
This paper proposes a method to calculate geometrical parameters of overhead transmission line using impedance and capacitance matrices measured at power ...
Missing: Review | Show results with:Review
In 1926, J.R. Carson [I] and F. Pollaczek 123 presented a method for calculating the AC transmission line frequency-dependent ground-return impedance.
Missing: Review | Show results with:Review
This paper presents frequency-dependent series impedance models of three phase overhead transmission lines, taking into account the influence of bundled ...
Missing: Review | Show results with:Review
ABSTRACT Transmission line parameters are usually calculated based on technical and environmental approximations, e.g. line height, cable conductivity, etc.
In this paper, the finite element method (FEM) is used to calculate the frequency dependent series impedance matrix of an overhead transmission line.
People also ask
How do you calculate the impedance of a transmission line?
What is the magnitude of surge impedance close to for overhead transmission line?
What is the characteristic impedance of a transmission line?
What is the current formula for the transmission line?
This paper proposes a simple and efficient method for calculating transmission line transients including frequency-dependent effects.
Missing: Overhead | Show results with:Overhead
Aug 29, 2023 ， The Carson's formula (Carson, 1926) is a fundamental approach for calculating the frequency-dependent impedance of transmission lines. This ...
Feb 9, 2021 ， A review of methods for calculation of frequency-dependent impedance of overhead power transmission lines. Proc Nat Sci Council, Republic ...