SOFTWARE | Real-time hardware-in-the-loop simulation
Software | HIL
Software | HIL
Product Series
PC Software
Solver Software
Expansion Software
  • StarSim HIL
    StarSim HIL
    PC-based software for real-time simulation systems
    StarSim HIL
    StarSim HIL
  • StarSim FPGA Circuit Solver
    StarSim FPGA Circuit Solver
    Core software for running power electronics models on FPGA
    StarSim FPGA Circuit RonRoff Solver
    StarSim FPGA Circuit RonRoff Solver
    For running power electronics models
    Based on RonRoff modeling
    StarSim FPGA Circuit Solver
    StarSim FPGA Circuit Solver
    StarSim FPGA Circuit RonRoff Solver
    StarSim FPGA Circuit RonRoff Solver
  • StarSim FPGA Motor Library
    StarSim FPGA Motor Library
    For real-time simulation of various types of motors
    StarSim FPGA Motor Library
    StarSim FPGA Motor Library
Product Series
PC Software
Solver Software
Expansion Software
  • StarSim HIL
    StarSim HIL
    PC-based software for real-time simulation systems
    StarSim HIL
    StarSim HIL
  • StarSim FPGA Circuit Solver
    StarSim FPGA Circuit Solver
    Core software for running power electronics models on FPGA
    StarSim FPGA Circuit RonRoff Solver
    StarSim FPGA Circuit RonRoff Solver
    For running power electronics models
    Based on RonRoff modeling
    StarSim FPGA Circuit Solver
    StarSim FPGA Circuit Solver
    StarSim FPGA Circuit RonRoff Solver
    StarSim FPGA Circuit RonRoff Solver
  • StarSim FPGA Motor Library
    StarSim FPGA Motor Library
    For real-time simulation of various types of motors
    StarSim FPGA Motor Library
    StarSim FPGA Motor Library
Brand New Highlights
Mixed modelling approach
Mixed modelling approach

ModelingTech develops a simulation method that combines RonRoff and LC modeling. For topologies with low switching frequencies, the users can use the LC modeling method; for high switching frequencies, users can use RonRoff modeling method.

Parallel simulation
Parallel simulation

Based on a high-performance Intel Xeon 16-core 3.6GHz Ultra CPU processor, Users can use up to fifteen CPU cores, thus realizing multi-core parallel simulation of large-scale power systems.

MLC Solver
MLC Solver

Supports up to six bridge arms per solver, each bridge arm supports up to 512 modules.It can be used for simulating MMC, SVG and H-bridge based High-voltage Energy Storage System.

Automated testing
Automated testing

Supporting launching HIL programs using python scripts, automated testing of different working conditions by Programming and generating analysis reports automatically, to verify whether the indicator to be tested passes or not, thus saving time and improving efficiency.

Addon functions
Addon functions

Equipped with tools such as StarSim Paraset, HIL Scope and StarSim Analyzer to enable

users to modify circuit parameters online, record waveform with a high speed.

Multi-type motor supported
Multi-type motor supported

Supporting motor model running on FPGA in real-time. Motor model includes DC motor, DC brushless motor, three-phase permanent magnet synchronous motor, AC induction motor, double-fed motor, six-phase permanent magnet synchronous motor.

Featured Technologies
  • RonRoff and LC mixed modelling

    ModelingTech develops a simulation method that combines RonRoff and LC modeling. For topologies with low switching frequencies, the users can use the LC modeling method; for high switching frequencies, users can use RonRoff modeling method.

  • Parallel simulation with multiple CPU cores

    Based on a high-performance Intel Xeon 16-core 3.6GHz Ultra CPU processor, Users can use up to fifteen CPU cores, thus realizing multi-core parallel simulation of large-scale power systems.

  • MLC(Multi-Level Converter) Solver

    Supports up to six bridge arms per solver, each bridge arm supports up to 512 modules.It can be used for simulating MMC, SVG and H-bridge based High-voltage Energy Storage System.

  • Automated testing

    Supporting launching HIL programs using python scripts, automated testing of different working conditions by programming and generating analysis reports automatically, to verify whether the indicator to be tested passes or not, thus saving time and improving efficiency.

RonRoff and LC mixed modelling
Parallel simulation with multiple CPU cores
MLC(Multi-Level Converter) Solver
Automated testing
Application Scenarios
  • Renewable Energy Renewable Energy
    Renewable Energy
  • Power System&Microgrid Power System&Microgrid
    Power System&Microgrid
  • Multi-level System Multi-level System
    Multi-level System
  • Electrified Transportation Electrified Transportation
    Electrified Transportation
Renewable Energy
01
Renewable Energy


Wind Power Converter Testing

PV Inverter Testing

Multiple Power Conversion System Testing



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Power System&Microgrid
02
Power System&Microgrid

Microgrid Research

Green Hydrogen Microgrid Simulation

Renewable Energy Farm Simulation

Power Hardware in the Loop(PHIL) Testing


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Multi-level System
03
Multi-level System


ModularMulti-level Converter(MMC) Simulation

High Voltage Converter(HVC) Simulation

Static Var Generation(SVG) Simulation




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Electrified Transportation
04
Electrified Transportation

Electric Motor Drive Controller Testing

Traction Motor Testing


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