This article analyzes the transient process of phase-locked loop (PLL) based grid-connected
voltage source converters (VSCs) under large disturbances by modeling the PLL dynamic …

This work analytically establishes a multi-variable energy function for a three-phase grid-
following inverter leveraging a unified equivalent-circuit model for its physical-and control …

Recently, the control of distributed generations (DGs) with electric vehicles (EVs) parking lot
charging systems has received much attention for supporting emergency local loads during …

The wave energy converter (WEC) with a controllable-valve buoy (CVB) can operate in a
wide range of wave conditions by opening or closing the controllable-valve. In order to …

The parameters of the proportional integral (PI) controller used for DC link voltage control
play a vital role in regulating the DC link voltage of grid-connected solar photovoltaic system …

One cycle control (OCC) is widely used for grid current control owing to least number of
sensors used, reduced complexities and cost. A proportional multi-resonant controller within …

With the rapid development of the inverter-based generation, the synchronization instability
of Grid-following converter (GFL) is one of the main issues for the modern power system …

The transient stability of grid-following (GFL) converters is very important for power systems.
This article combines the dynamics of DC-link voltage control (DVC) and phase-locked loop …

Existing transient stability analysis of grid-following converters mainly focused on the
scenario of grid voltage faults, ignoring the potential transient instability caused by large …

Grid-following inverters have been widely adopted as a grid interface for renewable energy
resources, but ensuring their transient stability has been a growing challenge in part …