Utilizing redundant submodules is a well-known strategy to improve the reliability and fault-
tolerant capability of the modular multilevel converter (MMC). Redundancy-based fault …

A software-based method is proposed in this article to enhance the fault-tolerant capability of
modular multilevel converters (MMCs). In the proposed approach, dc bus voltage is …

Power electronics converters are essential for power generation, transmission, and
distribution. The modular multilevel converter (MMC) is highly valued for its versatility, high …

This paper proposes an economical reliability‐oriented solution to determine the optimal
number of cascade cells and redundancies for STATCOM using a Non‐Dominated Sorting …

The rapid deployment of renewable energy sources is highlighting the critical need for
availability and efficiency in power systems, particularly within medium-voltage direct-current …

A flexible step-up modular multilevel converter (MMC) is proposed in this paper with a
potential for high-power motor drive applications. Increasing the DC-link voltage utilization …

Reliability is one of the main concerns in utilizing modular multilevel converter (MMC) in
medium-voltage and high-voltage systems due to having a large number of vulnerable …

One of the key elements in transferring the power from the distributed renewable energy
resources into the power grid is the single-phase inverters. However, due to the operation …

The equivalence of space vector pulse width modulation (PWM) and carrier-based PWM
through the injection of a common-mode voltage is already known for two-level (first min …

Modern gas compressor systems in the megawatt range strive for high reliability and
efficiency. High speed motors with active magnetic bearings (AMB) can be directly coupled …