Transmission line design software software#

The value of the electric field вЂ“ produced by the power lines at the location of the communication line вЂ“ must be even lower than an allowable minimum value in order to achieve reliable communication.Д¬OULOMB can efficiently simulate these requirements. In places where tough terrain conditions exist, communication lines run about two meters under the power lines, maximizing the use of the infrastructure built for the power transmission. These linear segment conductors need one-dimensional elements which simplifies the BEM simulation greatly. To solve this problem, COULOMB incorporates linear segment conductors with the radius of the conductor as an important parameter in the analysis.

Transmission line design software software#

The insulators that support the power lines are associated. The structures were modeled in Power Line Systems PLS Pole, a design software to design poles and attach equipment that can later be placed in a working. Instead, Boundary Element Method (BEM) is the mathematical solver that better suits the simulation of transmitting towers. Applications such as high voltage transmission require the analysis of flashover discharges. This model clearly involves a wide open space around the device, and problems involving such a big open region cannot be simulated using Finite Element Method (FEM). The power lines between the towers are long, skinny volumes that complicate the simulation. Modeling the power lines between the towers level proficiency with PLS-CADD transmission line design software with a minimum. The high voltage transmission runs on power transmission lines with a diameter of about one inch this size is very small when comparing to the size of the transmitting tower and the distance between the towers. My department is responsible for the design of Transmission Lines, Transmission Substations, Switching Stations, and the occasional Distribution Station. HBK Engineering is searching for an Overhead Transmission Line Engineer. The distance from one tower to the next one is usually about 200 to 300 meters, while its height is 20 to 25 meters. The simulation of a complete transmitting tower along with power lines вЂ“ supported by the insulators вЂ“ is fundamental for the estimation of the electric field levels at an arbitrary point on the insulators and the corona rings. The insulators that support the power lines are associated with complicated conducting structures and corona rings. Applications such as high voltage transmission require the analysis of flashover discharges. Power Line Systems develops, sells and supports software for the design of overhead electric power transmission, distribution, and communication lines and.