Build the system
you have in mind.

Model connected electrical, mechanical and thermal systems with AI. Edit the components and equations, then simulate how they behave.

Request beta access Try the motor example

Describe the system you want to build.

Work directly with
the physics.

Ask AI to change the model, adjust a component yourself, or edit the equations. The source is always yours to inspect and change.

Built on Modelica, an open language for physical systems, with OpenModelica running the simulations.

MotorDrive.mo Modelica source

Analog.Basic.Resistor winding(
  R=0.6, useHeatPort=true);
HeatTransfer.Components.HeatCapacitor
  windingMass(C=80);

equation
  connect(winding.heatPort,
          windingMass.port);

rotational

Modelica.Mechanics.Rotational.Components.IdealPlanetaryPlanetary gearbox

Modelica.Mechanics.Rotational.Components.EddyCurrentEddy-current brake

Modelica.Mechanics.Rotational.Components.BearingFrictionBearing friction

Start with the components you need.

Find components across Modelica libraries, from planetary gears to thermal networks. Inspect their parameters and connect them into your system.

Runs MotorDrive

✓MotorDriveFixed voltage

✓MotorDriveSpeed control

Source controlMotorDrive.mo

Revisit your saved runs.

Reopen simulation runs and inspect their logs. Save model revisions and commit changes to your workspace’s Git history.

Simulation fits into your workflow.

request.pyExample

Capacitor voltageR = 10 Ω

C.v (V)

Inspect time

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Recorded simulation

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