Validation of FCS-MPC control strategy based on CHIL

Xi Wang, Li Lu
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Abstract

This paper verifies the MPC control strategy by building a controller hardware-in-the-loop experimental platform. This paper firstly introduces the principle of FCS-MPC and discretizes the current equation by the working principle of the inverter to get the predicted current equation; then the value function is taken as the sum of squares. The model is transformed by Vivado and the experiments are conducted by combining FPGA with MT3200. The waveform output graph indicates that this experimental platform can effectively verify the control strategy
基于CHIL的FCS-MPC控制策略验证
本文通过搭建控制器硬件在环实验平台对MPC控制策略进行了验证。本文首先介绍了FCS-MPC的工作原理,利用逆变器的工作原理对电流方程进行离散,得到预测电流方程;然后将值函数作为平方和。利用Vivado对模型进行了变换,并结合FPGA与MT3200进行了实验。波形输出图表明,该实验平台可以有效地验证控制策略
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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