Finite set model predictive control to a shunt multilevel active filterRevista : Compel-The International Journal for Computation and Mathematics in Electrical and Electronic Engine
Volumen : 34
Número : 1
Páginas : 279-300
Tipo de publicación : ISI
This paper is focussed in the application of the predictive controller to a single-phase parallel APF composed for two H-bridges connected in series. The same methodology can be applied to a three-phase APF. In the DC buses of each H-bridge, a floating capacitor was connected, whose voltage is regulated by the predictive controller. The controller is composed by, first, a model for the charge/discharge dynamics for each floating capacitor and a model for the output current of the APF; second, a cost function; and third, an optimization algorithm that is able to control all these variables at the same time, choosing in each sample period the best combination of firing pulses.