针对传统的矢量控制算法开发,由仿真到应用转换过程复杂繁琐、开发效率低等特点,提出分别利用将控制芯片囊括在仿真环里的软件在环仿真和dsPACE半实物仿真两种相结合的仿真技术,对矢量控制算法进行仿真和应用研究.该方法省略了传统开发过程中算法仿真的程序移植、应用及硬件平台实物验证过程,实现从仿真到应用的无缝连接,提高算法的开发效率.最后本文给出了矢量控制算法的两种仿真结果,结果表明该方法能够有效的完成对算法开发研究,及算法在硬件平台上的应用.%In view of the complexity and low efficiency in the process of conversion from simulation to the appli-cation by conventional vector control algorithm, this paper studied the simulation and application of vector con-trol algorithm by combining software-in-the-loop simulation which includes control chips in the ring with the dsPACE hardware-in-the-loop simulation. This method omitted the program transplantation and the physical verification process of the application and hardware platform of conventional algorithm simulation, which would realize the seamless connection from the simulation to the application and improve the development efficiency of the algorithm. Finally, this paper presented two kinds of simulation results of the vector control algorithm, show-ing that the proposed method can effectively complete the research on algorithm development and the application of the algorithm on the hardware platform.
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