ព្រឹត្តិបត្រស្រាវជ្រាវ (Research Articles)

Title
Study of the Effectiveness of Virtual Synchronous Generator in Frequency Stabilization of Standalone Microgrid System
Author(s)Suy Kimsong, Leng Darith
Status 39 views, 31 downloads Download
Keywords   Droop Control     Microgrid     Photovoltaic Power     VSG Control  
Abstract

In the standalone operation mode of the microgrid, the system is significantly weakened due to a lack of inertia support from the conventional synchronous generator. Hence, in-vestigation of the impact of photovoltaic (PV) power variation and load transition on the standalone microgrid system both stability and quality are essential. In this paper, a mi-crogrid system is modeled in Matlab/Simulink to address the mentioned issues. The sys-tem comprises of two inverter-based distribution generators (DGs) assigned with droop control and virtual synchronous generator (VSG) control in other to compare the ability of frequency stabilization in standalone microgrid during PV power variation and load transition. Consequently, the results have demonstrated the VSG control provides outper-form compared to droop control.

Journal-
Publisher/InstitutionNational Polytechnic Institute of Cambodia (NPIC)
Field/FacultyPower Control Systems
Publication Year2023
Volumn-
Issue-
Pages01-07
DOI-
Recommended CitationSuy Kimsong, Leng Darith. (2023). Study of the Effectiveness of Virtual Synchronous Generator in Frequency Stabilization of Standalone Microgrid System. Proceeding in RIET 2023 Conference, NPIC, 01-07
Author Emailsuykimsong@npic.edu.kh, lengdarith@npic.edu.kh