Magnetic field simulations

Magnetic field simulations can be used to simulate magnetic field sources and determine and visualize their generated magnetic field levels. This allows to evaluate and test optimal and customized shielding solutions. The software used are Edison – Low Frequency, COMSOL Multiphysics and Narda EFC-400.

We carry out a wide range of magnetic field simulations for our customers. If required, Systron can also design a suitable magnetic shielding.

The following list shows examples of various areas of applications for magnetic field simulations.

Transformer stations for ESTI submission
Substations
Rail systems
Medium and high-voltage overhead lines
Cables and busbars
Conduit blocks for medium and high-voltage lines
Individual components such as transformers, LV and MV distributions
Electrical rising mains
Medium-voltage systems
DC magnets
Simulation of NMR’s
Simulation of MRI’s
Simulation of different AC and DC sources
Homogeneity analysis of active cancellation systems
Complex multilayer room shielding in the frequency range from 0 to approx. 10kHz
Development of customized shielding with suitable materials

Edison - Low Frequency

The Edison – Low Frequency software is a new and modern magnetic field simulation software. Thanks to latest software architecture, magnetic field simulations can be carried out in a modern and user-friendly software environment. The software enables a precise 3D visualization of electro magnetic fields, making it possible to assess whether limit values are complied with or exceeded.

The software can be purchased directly from Systron.

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Magnetic field simulation of a transformer station

Magnetfeldsimulation mit Edison - LF — Magnetic field simulation with Edison – LF

Magnetic field simulation of a transformer station with floor plan view

Konstruktion einer Trafostation in Edison - LF — Construction of a transformer station in Edison – LF

3D Magnetfeldsimulation mit Isolini3D Magnetfeldsimulation mit Isolinienen — 3D magnetic field simulation with isolines

3D Ansicht einer Trafostation mit Grundris und Schnitt — 3D view of a transformer station with floor plan and section view

COMSOL Multiphysics (3D FEM)

The Finite Element Method (FEM) is a numerical method for solving complex systems described by differential equations. Basically, the computational domain is divided into a finite number of subdomains, which in turn, due to their simplicity, can be well calculated. Based on transition conditions of the individual elements, the behavior of the entire system can then be calculated.

3D FEM simulations in Comsol allow to simulate the shielding effect of nonlinear magnetic shields. The shielding effect of shielding materials such as mu-metal, silicon iron, pure iron and aluminum can be accurately simulated and visualized. With the help of the simulation, the shielding can be designed and the effect can be verified.

With the 3D FEM software we perform magnetic field simulations for subsequent components. If necessary, a suitable shielding solution is designed by Systron.

DC magnets
Simulation of NMR’s
Simulation of MRI’s
Simulation of different AC and DC sources
Homogeneity analysis of active cancellation systems
Complex multilayer room shielding in the frequency range from 0 to approx. 10kHz
Cable conduit blocks
Medium and high voltage overhead lines
Development of customized shielding solutions with various materials

The list is not exhaustive, just ask us if you need more information.

Magnetic field simulations - Shielding: FEM Simulation of a shielding for operating rooms — 3D FEM magnetic field simulation of a shielding for operating rooms

Magnetic field simulations- Shielding: Magnetic field simulation of a single conductor — 3D FEM magnetic field simulation of a single conductor

Magnetic field simulations - Shielding: Magnetic field simulation of a Systron LabShield® shielding — 3D FEM magnetic field simulation of a Systron LabShield® shielding for an e-beam laboratory

EFC-400

Magnetic field simulatins in the Narda EFC-400 software for electrical installations and equipment allow 3D visualization of the propagation of magnetic and electric fields. This makes it possible to assess whether limit values are complied with or exceeded. The software allows the exact determination of electric and magnetic fields in the vicinity of electrical installations.