PSIM / JMAG / PSAF / EMTP-RV Simulation Software - Powersys

Why Choose PSIM ?

	Demo Version		PSIM Comm.
	Video Tutorials		PSIM v7.0

Why choose PSIM ? Here are four good reasons

PSIM Simulation Software

PSIM Simulation Software

You will find more time to analyse the results
because...

PSIM is adaptable
to your application
because...

PSIM is ideal
for training
because...

You will take pleasure using it
because...

The creation of a model is intuitive and rapid

because...

The use is comfortable

because...

PSIM is easy to use

because...

PSIM is easy to use

because...

You have rapid results

because...

The creation of a model is intuitive and rapid

because...

PSIM is adaptable to your field of applications

because...

You have a robust solver

because...

PSIM is easy to install

because...

You have a flexible use

because...

PSIM is open

because...

You have a flexible control simulation

because...

You have rapid results

because...

You have a macroscopic overview

because...

The use is comfortable and the creation of a model is rapid

because...

PSIM is adaptable to your field of applications

because...

PSIM is easy to use

because...

You have a robust solver

because...

You have a library of examples

You can easily create your own model

You have an easy way to parameter

You can use C/C++ code

You have a library of examples

You can easily create your own model

You have an easy way to parameter

You have a parameter sweep

You can launch a PSIM simulation through a command line

You can easily create your own model

You have an easy way to parameter

You have a Motor Drive Module

You have a Digital Control Module

PSIM is using a Windows interface

PSIM is using a fixed time step

You have ideal switches

You have a functional circuit approach

You can use C/C++ code

You have a parameter sweep

You can launch a PSIM simulation through a command line

You have a library of examples

You can easily create your own model

You have an easy way to parameter

You can use C/C++ code

You can easily create your own model

You can use C/C++ code

You have a Motor Drive Module

You have a Digital Control Module

You have a SimCoupler Module

You can perform a frequency analysis

You can easily create your own model

You have an easy way to parameter

You have a Motor Drive Module

You have a Digital Control Module

You have a robust nonlinear solver and the exact switching instants are determined

You can easily create your own model

You can use C/C++ code

You have a Motor Drive Module

You have a Digital Control Module

You have a SimCoupler Module

You can perform a frequency analysis

You can use C/C++ code

You have a general DLL block that enables the link with other softwares

You have a SimCoupler Module

You have a MagCoupler Module

You can use analog circuit

You can use s-domain transfer function block diagram

You can use z-domain transfer function block diagram

You can use C/C++ code

You can use Matlab/Simulink

PSIM is using a fixed time step

PSIM is using ideal switches

You have a functional circuit approach

You can use C/C++ code

With PSIM you can do a parameter sweep

You can launch a PSIM simulation through a command line

PSIM is using a fixed time step

You have ideal switches

You have a functional circuit approach

You have a library of examples

You can easily create your own model

You have an easy way to parameter

You can use C/C++ code

With PSIM you can do a parameter sweep

You can launch a PSIM simulation through a command line

You can easily create your own model

You can use C/C++ code

You have a Motor Drive Module

You have a Digital Control Module

You have a SimCoupler Module

You can perform a frequency analysis

You can easily create your own model

You have an easy way to parameter

You have a Motor Drive Module

You have a Digital Control Module

You have a robust nonlinear solver and the exact switching instants are determined