Download SES CDEGS Suite 18.0 x64

Description

Abbreviation CDEGS current distribution, Eelectromagnetic fields, Grounding and SOil Structure Analysis (current distribution, electromagnetic fields, soil structure analysis) Safe Engineering Services & Technologies or SES Tech is a powerful set of integrated software tools for accurate analysis of a variety of electromagnetic related problems in all industries including There are electrical networks, designed. Complex soil structures such as multi-zone soil with horizontal layers with arbitrary number of layers and resistances and single zone including cylindrical, hemispherical, inclined, vertical and horizontal layers. Finally, horizontal multilayer soils that can contain limited embedded soil volumes with arbitrary resistances are available to help you solve the most challenging project.

The CDEGS software package is dedicated to detailed analysis of issues related to earthing, electromagnetic fields, electromagnetic interference including AC/DC interference mitigation studies and various aspects of cathodic protection and anode substrate analysis with a global perspective. The CDEGS software suite consists of eight powerful and accurate computing engines (modules) and several software and functional automation tools that connect different components together. CDEGS calculates the conductor currents and electromagnetic fields produced by an arbitrary network of energized conductors at any location on Earth for normal, fault, lightning, and transient conditions. CDEGS models simple and multi-component conductors, including bare pipes, coated pipes, and cable-encased cable systems buried in complex soil structures.

Features and features of the SES CDEGS software package:

Solutions of Maxwell’s equations
Circuit-based analyses
Finite element methods
Inversion algorithms
Fast Fourier transform and transient analysis
Combined method
Stunning graphics
Magnetic induction
Capacitive effects
Conductors and pipes, physical dimensions and electromagnetic properties
Avoid simplifying assumptions and model any system realistically
Computational currents in arbitrary networks of conductors and their associated electric fields, magnetic fields and scalar potentials.
Consider the electrical complexity of soil structures
Accurate calculation of line parameters of arbitrary 3D grids
Determining the actual current distribution between all metal paths connected to electrical networks exposed to different fault scenarios