The virtual synchronous generator as a voltage forming power, provides inertia and
damping to the grid imitating a synchronous generator. When the grid voltage is …

The virtual synchronous generator simulates the traditional synchronous generator to
generate inertia and damping, and can provide voltage support for the power grid. It is …

The virtual synchronous generator (VSG) is emerging as an effective approach for
controlling converter to mimic the traditional synchronous generator (SG). VSG can provide …

The virtual synchronous generator control introduces the synchronous generator rotor
motion equation into the control of the grid-connected inverter to realize the friendly grid …

In recent years, with the large-scale application of distributed power sources in the power
grid, the power grid is moving toward low inertia and low damping. The virtual synchronous …

Through simulating the mechanical motion equations of synchronous generator, applying
the synchronous generator mathematical model for converter control strategy and formed …

Virtual synchronous generator (VSG) can provide the power grid with frequency and voltage
support. However, under the unbalanced grid voltage, the traditional VSG control can not …

Virtual synchronous generator (VSG) is grid-friendly for integrating distributed generations.
However, traditional VSG control will lead to power oscillation under unbalanced grid …

Grid voltage imbalance caused by a large number of single-phase loads and asymmetric
loads has a negative impact on the Virtual Synchronous Generator (VSG) stability. In order …

When grid voltage is unbalanced, the grid-connected output current and power of Virtual
Synchronous Generators (VSGs) are distorted and quadratic. In order to improve the power …