In power electronics based power systems like wind farms, the interactions between the
inner control systems of the power converters and the passive components may lead to high …

Unlike conventional power systems where harmonic resonances are coming from passive
inductive and capacitive elements, large-scale power electronic systems like wind farms …

A novel autotransformer configuration for 24-pulse rectification is proposed that not only
maintains the desired power quality but also enables a reduction in autotransformer …

This paper intends to comparatively study the stabilities of grid-connected inverters with
three closely related controllers: quasi-proportional resonance (quasi-PR), proportional …

Large-scale offshore wind farms have become the development trend in wind power
generation. Long submarine cables are used to collect electrical energy in the collection …

As renewable energy expands rapidly in installed capacity and in built-over area,
constructors and researchers are shifting their sights from the lands to the seas. Offshore …

Wind turbine harmonic emissions due to power electronics are a well‐known power quality
concern in wind power plants (WPPs). This problem may be increased by resonances …

The quality of injected current in multi-paralleled grid-connected inverters is a matter of
concern. The current controlled grid-connected inverters with LCL filter are widely used in …

A sequence domain (SD) harmonic model of a grid-connected voltage-source converter is
developed for decoupling converter generated voltage harmonics from voltage harmonics in …

As parallel inverters connected to the weak grid, the interactions between the inverters and
the grid are the potential threat to the system stability. The traditional grid-side inductance …