ELECTRIFIED TRANSPORTATION
Electrified Transportation
Real-Time Simulation Solution
Electrified Transportation

With the large-scale construction of high-speed railway, the popularization of rail transit in the city, the mass construction of electric vehicle charging stations, the stability of the

power supply network is facing severe challenges. At the same time ,electric vehicles comprehensive popularization also poses new challenges for the corresponding research and development enterprises .In order to deal with the above problems,universities and research institutions have invested a lot of money in the simulation and test experiments of electrified traffic. The common experimental methods include scaled physical model, computer virtual model offline simulation, and HIL model real-time simulation. Their respective characteristics are as follows:


1) Scaled physical model experiments: since the scale of electrified traffic is generally at the city level, the investment for physical experiments is huge, and the construction cycle is very long, which also has higher requirements for the laboratory site. It may also occur that the built laboratory is not suitable for new projects and needs to be expanded, and with low flexibility;

2)Offline simulation experiment of virtual model using computer: there are problems such as long single simulation time and high time cost of changing working conditions. In addition, due to some requirements of electrified traffic for communication, offline simulation using computer cannot accomplish all simulation goals;

3) Real time simulation experiment with HIL model: it can not only flexibly solve the simulation problem of large-scale power grid changing working conditions in real time, but also simulate the communication equipment.Thus it can be seen,HIL simulation is a better selection for solve simulation of electrified traffic.


Solution Class
Electric Motor Drive Controller Testing
Electric Motor Drive Controller Testing
Electric Motor Drive Controller Testing
Electric Motor Drive Controller Testing

With the upgrade of carbon peaking and carbon neutrality targets to national strategies, the comprehensive green transformation of economic and social development will be promoted. Vigorous development of new energy vehicles is an important measure to achieve these dual carbon goals. The electric drive system is a vital component of new energy vehicles, and its development is a crucial stage in the process of new energy vehicle development. Efficient development methods can accelerate the development speed and facilitate faster product implementation. With the advancement of real-time simulation technology, the application of real-time simulation in the development process of new energy electric drive has become possible.

Traction Motor Testing
Traction Motor Testing
Traction Motor Testing
Traction Motor Testing

With the rapid development of traction motor control technology and manufacturing techniques, motors have been widely used in urban rail transit, light rail, subway, and other fields. Especially with the rapid advancement of electrification in rail transportation, the testing of traction motor controllers has gained increasing attention from researchers. However, traditional physical testing of traction motors is expensive, carries high risks, and has long testing cycles.Therefore, many researchers have gradually started using real-time simulators for hardware-in-the-loop (HIL) testing of traction motor controllers. Compared to traditional physical testing of traction motors, real-time simulation technology not only allows for fast, efficient, safe, and cost-effective testing of traction motor controllers but also enables quick switching tests for different types and parameters of traction motors.

概览3
System Schemes
概览3
  • 01

    Renewable energy electric vehicle systems testing.

  • 02

    Simulation of battery models for new energy electric vehicles.

  • 03
    Functional verification of high-speed train traction system controllers.
Highlights
Powerful FPGA simulation capability.
Powerful FPGA simulation capability.

The motor model runs on the FPGA with microsecond-level time steps, allowing precise simulation of motor operation characteristics.

Rich motor simulation library.
Rich motor simulation library.
Support Tree-Phase/Six-Phase PMSM, AC motor, DC motor,BLDC motor, non-linear motor,linear motor. It can simultaneously support two three-phase permanent magnet synchronous motors or two three-phase squirrel cage induction motors. Additionally, motor models can be customized according to user requirements.
Support various motor position sensor models.
Support various motor position sensor models.
Support motor position sensor models including encoders, Hall sensors, and rotary transformers.
Powerful FPGA simulation capability.
Rich motor simulation library.
Support various motor position sensor models.
Related Customers
University Users
Related Products
MT 6060 Simulator
Industrial Research
Simulation Platform
MT 6060 Simulator
MT 6060 Simulator
StarSim HIL
PC-based software for real-time simulation systems
StarSim HIL
StarSim HIL
StarSim FPGA Circuit Solver
Core software for running power electronics models on FPGA
StarSim FPGA Circuit Solver
StarSim FPGA Circuit Solver
StarSim FPGA Motor Library
For real-time simulation of various types of motors
StarSim FPGA Motor Library
StarSim FPGA Motor Library
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