With the increasing penetration of renewable energy generators, the stability issues of grid-
tied converter systems become much more important. However, due to the high nonlinearity …

Microgrid has been rapidly developed for the integration of distributed renewable energy,
owing to their superiority of flexible operation and high reliability. Without frequency support …

The voltage harmonics caused by nonlinear load seriously affect the safe and stable
operation of the islanded microgrid based on a virtual synchronous generator (VSG). First …

With the rapid development of distributed renewable energy generation and integration,
stability issues of power converters systems have been widely studied in recent years. Many …

The standalone solar‐storage AC supply system is an efficient form of utilizing renewable
energy. The solar‐storage supply system normally includes two types of converters, grid …

With the ever-increasing development of microgrids to improve power supply reliability and
resilience, large-signal stability analysis of microgrids is needed to provide accurate insights …

One of the most important features of a reliable power system is its capability to supply the
demand continuously. This continuous supply has been maintained by the transient stability …

Power synchronization control (PSC) is usually used for power distribution and grid
synchronization of grid-forming converters. Yet, the sequential startup of PSC for paralleled …

The dynamics of current controller is usually neglected for simplification when assessing
microgrid transient stability. Utilizing the Takagi–Sugeno method, this letter thoroughly …