In current higher education, there is an increasing emphasis on cultivating students' practical abilities, and experimental education has become a crucial part of STEM education. However, with the increasing number of experimental projects and students, traditional electrical laboratories and the quantity of experimental equipment are often unable to meet the needs of students. Therefore, the concept of simulation-based experimental teaching, which can complement physical experiments, has started to become a focal point for schools. Simulation-based experimental teaching is a virtual experimental teaching system built on software technology. It digitizes and virtualizes various existing teaching laboratories, and it possesses advantages such as complementing physical laboratories, assisting research work, and being safe and easy to maintain.
Using the ModelingTech MT 1030RCP controller, connected to a physical I/O signal adapter card and the MT 3200 real-time simulator, a safe and cutting-edge simulation experimental platform is constructed. The ModelingTech independently developed the MT 1030 RCP controller, which supports users to write control algorithms through MATLAB/SIMULINK. It can automatically generate and download codes. The main circuit topology of the MT 3200 simulation experiment can be visually built through SIMULINK, and the signal interface of the model matched by the configuration-based model management software StarSim HIL can be connected to the physical IO interface of the simulator, allowing for plug-and-play of any circuit without compilation.
Thyristor Single-phase/Three-phase Rectifier Circuit Experiment, Boost/Buck Chopper Experiment, H-Bridge Bipolar PWM Control Experiment, Three-phase Two-level Bridge Inverter SVPWM Control Experiment, and so on.
Experiments on DC motor single/dual closed-loop speed control, Brushless DC motor speed control, Permanent Magnet Synchronous Motor (PMSM) vector control, and AC motor constant voltage frequency ratio control, etc.
Experiments on grid-tie inverter control, three-level AC bridge control, two-level bridge static VAR generator experiment, photovoltaic grid-connected system Maximum Power Point Tracking (MPPT) experiment, permanent magnet synchronous wind turbine system control experiment, battery Boost/Buck charging and discharging experiment, etc.
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