| Title |
Optimal Zero Vector Selecting Method to Reduce Switching Loss on Model Predictive Control of VSI |
| Authors |
Jun-Cheol Park ; Chan-Bae Park ; Jei-Hoon Baek ; Sang-Shin Kwak |
| DOI |
10.6113/TKPE/2015.20.3.273 |
| Keywords |
MPC(Model Predictive Control); Switching losses; VSI(Voltage Source Inverter); Zero-sequence voltage |
| Abstract |
A zero vector selection method to reduce switching losses for model predictive control (MPC) of voltage source inverter is proposed. A conventional MPC of voltage source inverter has not been proposed, and a method to select the redundancy of the zero vector is required for this study. In this paper, the redundancy of the zero vectors is selected with generating a zero sequence voltage to reduce switching losses. The zero vector of 2-level inverter is determined by determining sign of the zero sequence voltage. In the proposed method, the quality of the current is retained and switching loss can be reduced compared with the conventional method. This result was verified by P-sim simulation and experiments. |