Replicability and portability of an advanced grid-forming VSG control for electrical grid with high rate of renewable energies
Résumé
The objective of his paper is to present a replicability and portability methodology of a virtual synchronous generator (VSG) to facilitate its development in an industrial context. This solution is designed to improve the electrical grid stability when facing a high penetration rate of renewable energies. In order to validate both the methodology and the portability of the proposed model, the VSG-based inverter is tested at different scales of inverters. The solutions are integrated in experimental grid for validation: at the Schneider Electric microgrid Lab facility as well in a simple microgrid, a laboratory-scale prototype system available at the G2Elab, France.
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