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
We have introduced a simulation method that combines RonRoff and LC modeling.For topologies with low switching frequencies, users can use the LC modelling method; for high switching frequencies, users can use RonRoff modelling.
Parallel simulation with multiple CPU cores
Parallel simulation with multiple CPU cores
Equipped with a high-performance Intel Xeon 8-core 3.8GHz Ultra CPU processor, can be configured with up to six emulation cores CPU licence to realise multi-core parallel simulation of large-scale power systems.
Professional SVG solver
Professional SVG solver
Combined with SVG related technical standards, we have developed 1us small step SVG solver is a new feature that helps SVG manufacturers to efficiently develop, iterate and test new products.Efficiently develops, iterates and tests new products, and verifies the function of chained SVG device controllers.
Automated test
Automated test
Support the use of python scripts to initiate HIL tests by Programming tests for different working conditions and generating analysis reports automatically.Verify whether the indicator to be tested passes or not, saving manpower and improving efficiency.
Convenient Widgets
Convenient Widgets
We provide tools such as Paraset, HIL Scope, and StarSim Analyzer to enable real-time circuit parameter modification, high-speed waveform recording, and waveform analysis.
Multi-type motor and multi-motor support
Multi-type motor and multi-motor support
Support motor model running on FPGA in real time, including DC motors, DC brushless motors, 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
    A hybrid simulation method of RonRoff and LC modelling has been introduced. For low switching frequency topologies, users can adopt LC modelling method; for high switching frequency occasions, users can choose RonRoff modelling method to achieve better simulation results.
  • Parallel simulation with multiple CPU cores
    Equipped with high-performance Intel Xeon 8-core 3.8GHz super CPU processor, up to 6 simulation cores can be configured CPU licensing, a large system is divided into a number of small systems were running in each CPU simulation core, to achieve large-scale power system multi-core parallel simulation.
  • Professional SVG solver
    Combined with the SVG related technical standards, ModelingTech has developed a new function of 1us small-step SVG solver, which helps SVG manufacturers to efficiently develop, iterate, and test new products. It can verify the function of the controller of chained SVG devices, and be quickly expanded to MMC simulation, which is convenient for the testing of multilevel and large-system applications.
  • Automated test
    Support the use of python script to start the HIL test, through the programming test different working conditions, can automatically generate analysis reports to verify whether the indicators to be tested, so that enterprises with less labour, time investment to improve the efficiency of engineering research and development testing to ensure that the results of the test experiment high accuracy and convenience.
RonRoff and LC mixed modelling
Parallel simulation with multiple CPU cores
Professional SVG solver
Automated test
Application Scenarios
  • Renewable Energy Renewable Energy
    Renewable Energy
  • New Power System New Power System
    New Power System
  • Multilevel Converter Multilevel Converter
    Multilevel Converter
  • Motor Controller Test Motor Controller Test
    Motor Controller Test
Renewable Energy
01
Renewable Energy

Wind Power Converter Test  

PV Inverter Test  

Power Conversion System Test

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New Power System
02
New Power System

Microgrid Control HIL 

 Digital Physical Hybrid Simulation

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Multilevel Converter
03
Multilevel Converter

MMC  

SVG

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Motor Controller Test
04
Motor Controller Test

Electric Motor Drive Controller Test  

Traction Motor Test

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