Model Predictive Control of an Inverter With Output $LC$ Filter for UPS Applications

Model Predictive Control: A Review of Its Applications in Power Electronics

“…The application of FCS-MPC and GPC for a UPS system can also be found in the literature [12], [37]. The block diagram of the FCS-MPC strategy is presented in Figure 22.…”

“…Therefore, only the seven possible output vectors were considered to perform the prediction; thus, the number of switching states is J = 7. Once the seven output voltage predictions are calculated, the cost function p 2 2 + In [37], this strategy was ad-…”

“…Figure 23 shows the experimental results obtained using this strategy when a nonlinear load is connected to the inverter [37]. It should be noted that iO,abc has been considered a perturbation.…”

“…extended-state observers are used to avoid the effects of system parameter uncertainties [37], [42], [43]. A drawback of the MPC strategies is the exponential increase of the computational burden if the prediction horizon, N, is longer than one and, in the case of FCS-MPC, if the number of switching states to be studied, J, is high.…”

Model Predictive Integrated Power Quality Controller For Microgrid

“…However, the power quality problem of microgrid is much more serious than that of the traditional grid because of the intermittency and randomness of DERs, the high penetration between conventional grid and microgrid, the diversity of DERs, load, energy conversion unit, storage, and operating state. Microgrid power quality has the following unique features compared with the conventional power grid [7]- [12]. This paper in [13] shows the application of the model predictive controller (MPC) on Photovoltaic system using quasi-Z-source inverter (QZSI).…”