Electric motor simulation

Learn how magnetic forces acting on current-carrying wires can be used to drive an electric motor using our interactive simulation. The NI Electric Motor Simulation Toolkit provides the modeling elements to develop both desktop and hardware-in-the-loop (HIL) simulations of electric motor systems. The magntic field is show in re the magnetic force is shown in green.

Electric propulsion of passenger cars requires control of power electronics in the range of to. Typically, integrated housing of control unit and inverter (high electric power interfaces).

Hence, HiL-testing needs handling of electric power, that is significantly higher than in traditional .

HTMLapp: Simulation of an electrical motor (DC).

Direct Current Electrical Motor. Java applet: Simulation of an electrical motor (DC). Online electric motor design software. Emetor runs online and does not need any installation or license key.

Emetor is currently free to use and is completely financed by advertisements.

The growing adoption of electric motors in the automotive industry and in green energy applications has created new challenges for embedded control system developers and test engineers. Motor simulation software, Using the powerful EMS CAE solution fully embeded in Solidworks, electromagnetic and mechatronics field simulation of the most com . Engineers who design electric machines need simulation tools that can be employed for quick, accurate product development. By employing finite element methods early in the design process, they can accelerate development and achieve higher machine efficiencies using less material, which reduces . An accurate plant model is the linchpin of control system development using Model-Based Design. Developments in the electric drive-train have the highest priority, but all the same proven development methods are not consequently applied.

For example the simulation of the hybrid drive-train excludes the e- motor and its system environment such as the corresponding controllers.

Too complex and too much effort”, is the . Electric motors and generators explained using animations, plus stepper motors, linear motors, loudspeakers, induction motors etc. This NI Labs package provides the advanced inverter model for NI Electric Motor Simulation Toolkit. This package contains two examples to help you integrate the advanced inverter model into your own hardware-in-the-loop ( HIL) solution. The advanced inverter model allows you to simulate . This animation helps you to grasp the direct current electric motor principle (DC motor).

No induction process is in action.

The sliding brushes permit us to maintain the rotation by fixing the direction of the current under each pole. You have to take into account the temperature . They are used to simulate motors and inverters for powertrains and are designed to meet extremely high demands in terms of speed and precision. There are two types of PCI Express board for simulating electric motors and inverters . The Electric Motor Simulation Toolkit allows you to simulate the following types of electric motors.