XGSLab 2025 (Latest 2025 Version) with Tutorials

MarcelMan

XGSLab 2025 (Latest 2025 Version) with Tutorials

Are you looking for the most advanced and accurate electromagnetic simulation software for power systems, grounding, interference, and lightning analysis?

Look no further than XGSLab. Our software, powered by state-of-the-art algorithms, provides engineers and researchers with the tools they need to design and analyze electromagnetic fields with precision and efficiency. Our user-friendly interface makes it easy to simulate and analyze a wide range of applications, including power systems, grounding, interference and lightning analysis. Optimize your electromagnetic design process and get the results you need with XGSLab, the industry leader in electromagnetic simulation software.

XGSLab stands for eXtended Grounding Software Laboratory.

XGSLab (or shortly XGS) has been chosen by many Universities, Utilities and top Electrical Engineering firms in the whole World.

SCIENTIFIC : based on electromagnetic field theory and in particular in Maxwell's equations and Sommerfeld Integrals

EASY : a program with an intuitive interface. Very easy even for beginners. Expert users of competing tools can use XGS right away

POWERFUL : a powerful code that uses parallel computing, advanced math libraries and OpenGL vector graphics

OPEN : frequency-dependent self and mutual impedances can be exported to EMTP® or ATP® for dynamic behavior studies. Layout data can be imported / exported from / to AutoCAD®. Numerical output can be read by MATLAB®, EXCEL®, and GOOGLE EARTH®

ADVANCED : based on full-wave PEEC model and suitable for general applications, in a wide frequency range, with arbitrary conductors arrangement and many soil models including multilayer and multizone. Available in the frequency and time domain

COMPLETE : a complete virtual laboratory for electromagnetic simulation of Power Systems, Grounding, Interference and Lightning

VALIDATED : accuracy validated since 1990 by comparison with analytical cases, published researches, field measures and similar programs

WORLDWIDE : it takes into account International (IEC), USA (IEEE) and European (EN) standards

XGS includes the modules:                           

• GSA (Grounding System Analysis)
• GSA_FD (Grounding System Analysis in the Frequency Domain)
• XGSA_FD (System Analysis in the Frequency Domain)
• XGSA_TD (System Analysis in the Time Domain)
• NETS (Network Solver)
• SHIELD (Lightning Shielding)
• SHIELD_A (Lightning Shielding Advanced)
  

The modules GSA, GSA_FD, XGSA_FD and XGSA_TD are based on the electromagnetic field theory and include the following auxiliary tools:

• SRA (Soil Resistivity Analysis)
• SSA (Soil Seasonal Analysis)
• FFA (Fast Fourier Analysis direct / inverse) (for XGSA_TD only)
  

The application field of modules GSA_FD, XGSA_FD and XGSA_TD is wide because they are based on the PEEC (Partial Element Equivalent Circuit) method, a numerical method for general applications powerful and flexible, a scientific method but perfectly suitable for engineering purposes. This method allows the analysis of complex scenarios including external parameters such as voltage or current generators and impedances. The implemented PEEC method solves the Maxwell equations in full wave conditions taking into account the Green functions for propagation, the Sommerfeld integrals for the earth reaction, the Jefimenko equations for electric and magnetic fields and moving from the frequency to the time domain by means the fast Fourier transforms.

These modules can import data from “dxf or dwg” files, and also export data and results in “dxf or dwg” files with a full interactivity with CAD tools. In the future it will be possible to import from other popular CAD or BIM formats, for increasingly complete interactivity with other software.

The module NETS is based on the PCM (Phase Components Method) and graphs theory and integrates specific routines for the calculation of the parameters of lines, cables and transformers.

The modules SHIELD and SHIELD_A are based on a full 3D geometrical and graphical model and consider the most diffused methods used for the lightning shielding design (Rolling Sphere and Eriksson Methods).

The available calculation options depend on module and license profile. For details on XGS profiles it is advisable to refer to the document “PRICE LIST”.

All modules are integrated in an “all in one” package and provide professional numerical and graphical output useful to investigate any electromagnetic greatness.

For more information about XGSLab 2025 with Complete Features, please contact fast.forever24@gmail.com

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