Voltage source inverters are the most preferred in a variety of medium and high power
applications. The control of inverter output voltage gives desirable outputs in drives and …

Many reduced common mode voltage (CMV) modulation methods have been proposed for
three-level inverters. However, most of them suffer from large current distortion because only …

This article proposes an optimal discontinuous pulsewidth modulation (ODPWM) strategy to
reduce the zero-sequence circulating current (ZSCC) for paralleled three-phase two-level …

Parallel operation of voltage source inverters is useful to achieve larger power capacity and
improve the system reliability, which has become the trend of power system design …

This article proposes a line-current ripple minimization pulsewidth modulation strategy with
reduced zero-sequence circulating current (ZSCC) for two parallel three-phase two-level …

This article aims to present a reduction strategy for circulating current and common-mode
voltage in parallel pulsewidth modulated (PWM) converters. As the common-mode voltage …

The parallel three-level neutral-point clamp (3L-NPC) inverters are widely solicited today to
satisfy the higher power demand by using low-rated switching devices in industrial …

This article aims to obtain the optimal combination of the switching loss, maximum zero-
sequence circulating current (ZSCC), and line current ripple, which benefits most of the …

Conventional reduced common-mode voltage discontinuous pulsewidth modulation method
for a three-level inverter can reduce the common-mode voltage and switching transitions …

High-performance comprehensive optimization of line current ripple, zero-sequence
circulating current (ZSCC), and switching losses is a challenge for parallel interleaved …