This paper discusses the on-board start/power integration system modeling, simulation and control. First of all, according to asynchronous motor electrical equations mathematical model of constructing motor. Secondly, MATLAB/Simulink constitute the module based on direct torque control strategy and instantaneous torque control strategy construction starting/power integration system simulation model. Then, on the basis of simulation success through MATLAB/Simulink downloaded to the control module AutoBox dSPACE - in the hardware in the loop experiment. Finally, will debugging good program burn to complete the whole system in digital signal processor (DSP) to the design.
This paper discusses the vehicle starter / generator integrated system for modeling, simulation, control. First, according to the electrical equation of induction motor mathematical model building the motor. Secondly, the use of MATLAB / Simulink modules in the strategy of direct torque control and instantaneous torque control strategy for building starter / generator integrated system simulation model. And then build on the success in the simulation, by MATLAB / Simulink control module in the download to dSPACE-AutoBox in hardware in the loop experiments. Finally, the debugged program in order to burn to complete the entire DSP system design.
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