The increase in the penetration of renewable energy sources (RES) has reduced the
effective inertia of the power system dominated by synchronous machines. The reduction in …

In this article, a synchronverter-based D-STATCOM with self-synchronization and voltage
imbalance compensation capability with independent operation from the power operating …

The power system inertia is decreasing in many electrical grids as the share of production
from directly connected synchronous generators decreases. Lower inertia increases the …

This study presents an innovative approach where both sides of a back‐to‐back (BtB)
system are controlled using the synchronverter approach, allowing to control the power …

Proper employment of Hybrid Wind/PV system is often implemented near the load, and it is
linked with the grid to study dynamic stability analysis. Generally, instability is because of …

Abstract Saarinen, L. 2017. The Frequency of the Frequency. On Hydropower and Grid
Frequency Control. Digital Comprehensive Summaries of Uppsala Dissertations from the …

All the power generators need to synchronize themselves with the grid before connection.
The conventional method for frequency and phase matching is by using phase locked loops …

This paper presents the behavior of a modified synchronverter topology under non-ideal
loads. It also proposes a harmonic compensation scheme to overcome voltage harmonic …

The increase in the application of electric microgenerators, mainly from renewable primary
sources, such as wind and photovoltaic, has motivated the study of several issues related to …

This paper presents a comprehensive study on the development and implementation of a
control algorithm and simulation model for a synchronverter, a device that emulates the …