Explore the capabilities of XGSLab
XGSLab is advanced software for electromagnetic simulation, grounding system analysis, power system simulation, and lightning shielding that is compliant with global standards (IEC/TS 60479-1, EN 50522, and IEEE Std 80). As everyone’s needs are different, XGSLab Grounding is offered in a variety of packages – so you can choose what best meets your requirements.
Looking for more? Explore XGSLab EMF software and XGSLab Lightning Shielding software.
XGSLab Grounding Packages
GSA Standard 3Layer
Suitable for medium to small grounding systems, such as industrial substations and transmission tower grounding.
GSA Standard
Suitable for medium to small grounding systems in complex, multi-layer soil strata.
GSA_FD Professional
Suitable for any transmission, generation, and utility-scale grounding systems analysis.
Grounding Analysis Pro Bundle
Combines GSA, GSA_FD, & NETS.
NETS
Detailed fault current split calculation.
Quickly Compare Product Offerings
XGSLab Grounding Package Details |
GSA Std 3L |
GSA Std |
GSA_FD Pro |
NETS |
Grid Resistance, Touch and Step Voltages, Three-layer Soil Model, Conductor Sizing, and Fault Split Capability |
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Automated Report |
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Multi-layer Soil, Seasonal Analysis |
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Complex Grid Analysis, Multizone Soil Model, Transferred Voltages, Scheduling, and Screened Conductors |
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Detailed Fault Current Split, Unbalanced Earth Current |
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XGSLab Grounding Package Details
| Includes: | Grid Resistance, Touch and Step Voltages, Three-layer Soil Model, Conductor Sizing, and Fault Split Capability | Automated Report |
| Includes: | Grid Resistance, Touch and Step Voltages, Three-layer Soil Model, Conductor Sizing, and Fault Split Capability | Automated Report | Multi-layer Soil, Seasonal Analysis |
| Includes: | Grid Resistance, Touch and Step Voltages, Three-layer Soil Model, Conductor Sizing, and Fault Split Capability | Automated Report | Multi-layer Soil, Seasonal Analysis | Complex Grid Analysis, Multizone Soil Model, Transferred Voltages, Scheduling, and Screened Conductors |
| Includes: | Detailed Fault Current Split, Unbalanced Earth Current |
- GSA_FD
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Why Choose GSA_FD
GSA_FD, is the modern solution for grounding analysis calculating self and mutual impedances, in addition to all features of GSA. With a PEEC full wave numerical model, it handles any utility scale and complex grounding systems efficiently.
Watch GSA_FD Tutorial ❯
- GSA
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Why Choose GSA
Unlock the potential of GSA, a widely recognized module for ground system analysis and design. It includes soil analysis, custom conductors, and multiple electrodes. With a PEEC static numerical model, GSA offers a seamless workflow, integrated importation features, automated reports, and fault split capabilities. Ideal for medium and small grounding systems.
Watch GSA Tutorial ❯
- NETS
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Why Choose NETS
GSA_FD, is the modern solution for grounding analysis calculating self and mutual impedances, in addition to all features of GSA. With a PEEC full wave numerical model, it handles any utility scale and complex grounding systems efficiently.
Watch Fault Current Split Webinar ❯
Why Choose GSA_FD
GSA_FD, is the modern solution for grounding analysis calculating self and mutual impedances, in addition to all features of GSA. With a PEEC full wave numerical model, it handles any utility scale and complex grounding systems efficiently.
Watch GSA_FD Tutorial ❯
Why Choose GSA
Unlock the potential of GSA, a widely recognized module for ground system analysis and design. It includes soil analysis, custom conductors, and multiple electrodes. With a PEEC static numerical model, GSA offers a seamless workflow, integrated importation features, automated reports, and fault split capabilities. Ideal for medium and small grounding systems.
Watch GSA Tutorial ❯
Why Choose NETS
GSA_FD, is the modern solution for grounding analysis calculating self and mutual impedances, in addition to all features of GSA. With a PEEC full wave numerical model, it handles any utility scale and complex grounding systems efficiently.
Watch Fault Current Split Webinar ❯
Resources
FAQs
A grounding system is a network of ground electrodes embedded into the earth, crucial for power infrastructure at substations, switchyards, and industrial facilities.
A grounding system for utility power systems facilitate equipment operation in normal and abnormal conditions, as well as reduce damage from lightning and fault events. The analysis of a grounding system focuses on personnel safety, to prevent touch and step voltage hazards with an engineered grounding design.
Yes, XGSLab’s modules interpret Wenner and Schlumberger soil resistivity measurements into appropriate strata and electrical characteristics.
Yes, GSA and GSA_FD modules provide split capabilities based on user-selected standards, though standards’ calculations incorporate several assumption. NETS offers more accuracy, overcoming the assumption inherent in most standards fault split calculations.
GSA_FD module evaluates complex grounding systems, considering each conductor’s self and mutual impedance, meeting IEEE standards.
