Windows · runs locally
Finite element analysis for PM machines, on your own computer.
ElectroLeap solves the electromagnetic field of permanent-magnet machines and computes their main electromagnetic performance, from one load point to a full flux map.
Local and confidential
The software is installed on your computer and the solver runs locally. No design data is sent to the cloud, so your IP stays with you.
Every core, no tokens
All cores in every plan and as many designs in parallel as your machine allows. No core licences.
Validated
Checked against reference solutions and against published test data on real motors.
Guided
Templates, a live drawing as you type, and a workflow from dimensions to results.
Machines you can model
Parametric templates with the options that matter in practice. A sector model by default, with the full machine when you need it.
- Surface PM, with or without sleeve
- Interior PM: flat, V and double V
- Spoke
- Configurable two-layer rotors
- Distributed and concentrated windings
- Rotor and stator notches
Meshed by ElectroLeap
Our logo is an E-shaped magnetic core: the cobalt L and the two legs are separated by an air gap. Its mesh comes from the ElectroLeap mesher, the same one that meshes your machines.
The triangles are fine at the air gap and at the inner corner, where the field changes fastest, and grow coarser away from them. The grading is automatic, and every angle is at least 30°, which keeps the solution accurate with few elements.
What you can compute
Beta
expected early 2027- Load and no-load waveforms
- Cogging torque and ripple
- Back-EMF and harmonics
- Flux maps
- Torque–speed curves (MTPA, field weakening)
- Core, copper and magnet losses
- Efficiency maps
- Step skew
- Field plots, PDF report and exports
More features will follow, to extend what you can compute and to make the design process smooth and valuable.