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PSIM

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Why use PSIM?

Power Converters & Drives
at a System Level
Thanks to PSIM, companies gain in competitiveness as our powerful simulation environment allows them to work more efficiently and productively, reduce the development cost and time-to-market.

With its user-friendly interface, its simulation speed, its capability of simulating any type of power converters and control circuits, PSIM is ideal for system-level simulation, control loop design, and motor drive system studies.

PSIM's achievement possibilities are so vast and numerous that it covers a wide variety of applications in electrical engineering such as nuclear, solar and wind energy, transportation, aircraft industry, defense, automotive industry, telecoms, lighting, power conversion equipments, IC components...

DID YOU KNOW THAT...

  • With PSIM's interactive simulation capability, you can change parameter values and view voltages/currents in the middle of a simulation. It is like having a virtual test bench running on your computer.
  • You can design and simulate digital power supplies using PSIM's Digital Control Module. The digital control can be implemented in either block diagram or custom C code.
  • PSIM has a built-in C compiler which allows you to enter your own C code into PSIM without compiling. This makes it very easy and flexible to implement your own function or control methods.
  • You can use the Thermal Module to calculate semiconductor device losses (conduction losses and switching losses) based on the device information from manufacturers' datasheet.
  • A number of application examples are provided together with the software.

PSIM & MATLAB/SIMULINK® co-simulation

Empower Your Simulation !
Simulate the Control with SIMULINK & Simulate the Power with PSIM
PMSM drive system with the power circuit implemented in PSIM
PMSM drive system with the power
circuit implemented in PSIM - Enlarged View
The SimCoupler Module provides interface between PSIM and Matlab/Simulink for co-simulation, so that part of a system can be implemented and simulated in PSIM and the rest in Matlab/Simulink.
With the SimCoupler Module, one can make full use of PSIM's capability in power simulation and Matlab/Simulink's capability in control simulation in a complementary way.
In addition to the general modules, PSIM supports links to third-party software through custom DLL blocks.

>> More about SimCoupler module

PSIM & JMAG® co-simulation

Link Your Motor Design to Your Circuit Simulation!
Input the True Behaviour of Your Motor in PSIM
PMSM drive system with power converter and control simulated in PSIM and PMSM simulated in JMAG
PMSM drive system with power converter
and control simulated in PSIM
and PMSM simulated in JMAG - Enlarged View
It provides the dynamic link for the PSIM and JMAG co-simulation, so that the power converter and control part of a system can be implemented and simulated in PSIM, and electric machines and other magnetic devices can be implemented and simulated in JMAG.
In addition to the general modules, PSIM supports links to third-party software through custom DLL blocks.

>> More about MagCoupler module

>> More about MagCoupler-rt module

>> More about JMAG