Electromagnetic Interference Software / Electromagnetic Fields Software
SCIENCE FOR ENGINEERING
THE STATE OF THE ART OF THE ELECTROMAGNETIC SIMULATION FOR POWER SYSTEMS, GROUNDING, INTERFERENCE AND LIGHTNING
About
Are you looking for a powerful and reliable electromagnetic interference (EMI) and fields analysis software for your electrical power systems?
Look no further than XGSLab. Our software, powered by advanced algorithms and user-friendly interfaces, provides accurate and detailed simulations of electrical power systems in different electromagnetic environments, allowing engineers and researchers to identify and mitigate the EMI problem. Optimize the performance of your electrical power systems in the presence of electromagnetic fields with XGSLab EMI and fields analysis software. Trust the industry leader and choose XGSLab for your EMI and fields analysis needs.
XGS includes the following modules specifically developed for electromagnetic and fields analysis:
- GSA_FD: this module can be used for advanced electromagnetic interference analysis of underground systems in the frequency domain from DC to about 100 MHz and is commonly used for the evaluation of interference between power cables and pipelines
- XGSA_FD: this module can be used for advanced electromagnetic interference and fields analysis of aboveground and underground systems in the frequency domain from DC to about 100 MHz and is commonly used for the evaluation of interference between power lines or cables and pipelines or telecommunication systems. This module can also calculate the electromagnetic force on conductors
- XGSA_TD: this module can be used for advanced electromagnetic interference and fields analysis of aboveground and underground systems in the time domain taking into account transients with maximum bandwidth up to about 100 MHz and is commonly used for the evaluation of interference in transient conditions. This module can also calculate the electromagnetic force on conductors
- NETS: this module can be used for electromagnetic interference analysis of aboveground and underground systems at power frequency, and is commonly used for the evaluation of interference between power lines or cables or railways and pipelines