Electric vehicles require high-power machines, so reducing power loss becomes crucial.
Compared to space vector modulation, synchronous optimal pulse width modulation (SOP) …

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

Parallel operation of two-level inverters with isolated dc-links are of profound importance for
STATCOM operation in high voltage applications where the importance of cost, current …

This paper proposes an analytical formulation-based minimization of DC link current ripples
for interleaved parallel inverter systems. Parallel inverter systems find applications in …

DC-link current harmonics and common mode voltage (CMV) are key design challenges for
inverter-based power electronic systems. Addressing them collectively without additional …

It is well known that the electromagnetic compatibility and efficiency of UAV electric
propulsion systems are related to the weight of electromagnetic filter and heat sink. So that …

The unbalanced condition of typical loads in industrial networks could affect the current
harmonics across the dc-link in Adjustable Speed Drives (ASDs). These current harmonics …

Parallel operation of two-level inverters with isolated dc-links are of profound importance for
STATCOM operation in high voltage applications where the importance of cost, current …

In the electric propulsion system, the common mode voltage (CMV) is generated at the
neutral end of the stator winding. With the development of hydrogen fuel electric aircraft …

This paper presents a new modulation strategy for three-level interleaved voltage source
inverters for switching loss reduction. By using two in-phase level shifted triangular carrier …