With the move towards decarbonization of the energy system and increased use of
renewable generation, the number of power electronics converter interfaced resources …

In recent years, solar photovoltaic (PV) power technology has been applied widely. The
interaction between the PV generator and the grid, however, may cause the stability issue …

Electric field stress concentration is one of the causes of partial discharge (PD) in power
modules, which threatens the power modules' safe operation. Herein, this article …

Frequency-domain dissipativity of the converter admittance provides an intuitive approach to
analyze wideband resonances due to the interactions with the grid. Although the reasons for …

With the integration of renewable energy sources into the power grid, a number of power
electronic converters need to be connected together in parallel. Due to this interconnection …

It is envisioned that the future electric grid will be underpinned by a vast number of smart
inverters linking renewables at the grid edge. These inverters' dynamics are typically …

Taking actual engineering as a case study, this article provides a novel scheme of applying
the inductive power filtering method (IPFM) to resolve the harmonic resonance issues in …

In order to improve reliability, modular inverter configurations with both ac and dc ports
connected in parallel are employed. Typically, power sharing between these modules is …

Frequency responses are nonidentical between the positive and the negative frequency
range for symmetric three-phase systems modeled with complex transfer functions, which …

The development trend of the power system is characterised by a high ratio of renewable
energy and an increasing use of power electronics devices. The growing risk of sub/super …