An Improved P-DPC for Inverter Based on MLD Model
HAN Janding
QI Rong
ZHANG Jianye
LI Xuefeng
WANG Chuanqi
Abstract：This paper builds a mixed logical model for a new inverter,and treats it as a predictive model in order to research the predictive direct power control for inverter.In order to achieve the aviation power supply requirements and reduce the switching losses,the zero vector improves to the original 3+3 voltage vector control sequence method.By calculating the active and reactive components of the output voltage at the next time,the action time of each voltage vector is obtained on the basis of minimizing the objective function value to complete the control of the circuit.The method reduces the output voltage THD,4+4 voltage vector sequence method is good in dynamic and in static characteristics,and stable in switching fre-quency.The result shows that the method is feasible and valid.
Keywords：mixed logical dynamical modelinvertermodel predictive controlvoltage vector
Publication Date：2018-01-01
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：8( 65-71,78 )