Module parallel connection for three-phase VSC can increase the system level effectively.
However, the circulating currents problem will occur. The circulating currents will distort the …

Identical parallel-connected converters with unequal load sharing have unequal terminal
voltages. The difference in terminal voltages is more pronounced in case of back-to-back …

The single-phase hybrid nine-level boost inverter (H9LBI) with single input is presented to
simplify the control and reduce the active devices. The proposed H9LBI includes only four …

Parallel voltage-source converters (VSCs) require an inductive filter to suppress the
circulating current. The size of this filter can be minimized by reducing either the maximum …

In high current applications, paralleling three-phase voltage sourced inverters represents a
modular solution for improving the system power conversion quality. Single-phase output …

For high-power applications, paralleling converters is a popular approach to increase the
power capacity of the system. Circulating current has been a major concern for the …

The voltage source converters (VSCs) are often connected in parallel in a wind energy
conversion system to match the high power rating of the modern wind turbines. The effect of …

In this paper, the design and implementation of a 3 kW, three-phase, two-channel
interleaved Vienna-type rectifier with greater than 99% efficiency is presented. The …

Zero-sequence circulating current (ZSCC) has been a major concern for the operation of
paralleled converters. Existing ZSCC reduction methods in the literature either suffer poor …

This letter proposes a fault-tolerant multiparallel converter with adaptive hardware
reconfiguration. The proposed topology maximizes open-switches' fault tolerance with …