A modulated model predictive control scheme for a two-level voltage source inverter

Model Predictive Control for a Dual-Active Bridge Inverter With a Floating Bridge

“…The current distortion is reduced from 8.66% to 4.05%. One way to control the frequency spectrum is to use modulated model predictive control [25,26], but this is beyond the scope of this paper. A step change in current reference from 4Amps to 9Amps was demanded from the system to check the transient behavior of the control scheme.…”

Data for resistance and inductance estimation within a voltage source inverter

“…1 shows the general scheme of a two-levels voltage source inverter (2L-VSI) with an MPC where the algorithm steps are [7]:Defining and measuring the values of the current reference $i^{\text{*}}$ and the load current $i^k$, respectively.Using the mathematical model of Eq. (1), predict the load current for the next sampling instant $i^{k+1}$ for each valid switching state of the 2L-VSI.…”

“…7 present the t-SNE plot for the inductance and resistance in both continuous and discrete values.

Fig. 1Classic predictive current control method [7].

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Control of a Direct Matrix Converter With Modulated Model-Predictive Control

“…However these methods involve complicated expressions for the switching time patterns and are not flexible enough to include other system requirements in the cost function. This is overcome by modulated model predictive control (M2PC) which has been proposed for a cascaded H-bridge converter [20][21][22], active front-end rectifier [23], two level inverter [24], three phase rectifier [25], a neutral point clamp converter [26] and indirect matrix converter [27]. Inspired from this new approach, [28] elaborates the application of M2PC for a direct matrix converter and includes experimental results to validate the simulation results discussed in [29].…”