“…Multilevel converters have emerged as the preferred choice in systems spanning medium to high voltage ratings due to the inherent advantages, such as lower voltage stress at switch devices, reduced harmonic distortion, higher power quality, improved scalability, fault tolerability, and diminished electro-magnetic interference (EMI) compared to two-level counterparts [2,9]. Nevertheless, the number of components in the classical multilevel topologies, such as diode-clamped inverters, flying capacitor inverters, cascaded H-bridge inverters, T-type inverters, generalized P2 inverters, and multilevel active-clamped inverters, increases in proportion to the number of levels [4,[10][11][12][13][14][15][16][17][18][19][20][21][22][23].…”