Compact Multilevel Converters (CMCs) are type of converter topology where both DC
sources and AC loads are clamped by active switches and the load current directly passes …

In this study, a new current control method consisting of proportional-resonant (PR) based
artificial neural networks (ANN) has been developed for a neutral point clamped (NPC) …

Voltage-Level Multiplier Module (VLMM) is an emerging, cost-effective design concept for
Multilevel Converters (MLC) to increase the resolution of the multilevel output voltage …

In this paper, a simple space vector modulation called 1D-SVM integrated with an active
capacitor voltage regulation algorithm is applied to the appealing single-phase single DC …

This paper proposes a hybrid COA‐QNN approach for an interleaved KY converter with
closed‐loop control for a single‐phase grid‐connected photovoltaic (PV) system. The …

This paper proposed a PI based control technique for grid-tied application of recent
introduced compact multilevel inverter so called as Packed E-Cell. The nine-level Packed E …

Black-box modeling of power electronic converters (PECs) is an essential tool for studying
commercial converters. Neural-networks-based modeling techniques are data-driven based …

This paper presents an intelligent power control strategy for the hybrid power system (HPS)
independent microgrid which uninterruptedly provides the load's demand. This HPS system …

This paper presents a direct non-linear based predictive control for a single-phase Shunt
Active Power Filter nine-level Packed E-Cell inverter (SAPF-PEC9). The proposed control …

Compact Multilevel Converters (CMLCs) as an emerging class of bidirectional Multilevel
Converters (MLCs) offer the best trade-off between components count and power quality …