Hardware Acceleration Of Finite Set Model Predictive Control For Three Phase Inverter

This paper proposes a hardware acceleration program of finite set model predictive control for three phase inverter. The purpose is to solve the issue that it is difficult to apply it to the power electronics with high switching frequency, due to the slow calculation speed of the predictive control. Field-Programmable Gate Array(FPGA) can speed up the predictive control algorithm to meet the real-time requirement of IGHT with parallel structure and fast running. In order to verify the acceleration performance of FPGA, in this article, the ORM Co-simulation of the hardware code was done. The simulation results show that this method can satisfy control performance.