Simulation Technology for Rotating Electric Machines

Our engineers are first and foremost electric machine focused with a passion for numerical simulation.

We only work on rotating machine problems and our roots are from an industrial perspective and we know that a successful design must bring together performance, manufacturability and economics. MagneForce’s dedicated all-encompassing simulator has many advantages over general purpose magnetic solvers and general purpose multi-physics approaches.

Output parameters in the terms necessary for motor engineers. MagneForce’s standard output are the lumped motor parameters and time domain waveforms that motor engineers need. Magnetic results are present but that is not where the analysis ends.

Steady state, transient, linked solver and Batch are all supported by the same geometry modeler, material databases, winding and circuit description panels, results format and field explorer.

Once the model is described, various and ever increasingly sophisticated solvers can be employed to analyze the design. There is no need to re-build the model each time.

The software architecture is set up so that analyzing the design with different parameters such as materials, magnets, windings, or lamination geometries is very easy. ‘What-if’ analysis is accomplished speedily and efficiently either manually or automatically with the Batch mode solver.