Fig 10 - available via license: Creative Commons Attribution 4.0 International
Content may be subject to copyright.
Download
View publication
ROM model and control validation

ROM model and control validation

Source publication
Fig. 3. DC1 side Reduce Order Model Schematic of the M2DC.
Fig. 4. DC2 side Reduce Order Model Schematic of the M2DC.
Fig. 5. Reduce Order Model of the M2DC.
Fig. 6. Control of the M2DC ROM for the DC1 side.
+2 Fig. 7. Control of the M2DC ROM for the DC2 side.
Reduce Order Modeling of the modular multilevel DC/DC converter (M2DC) for HVDC grid
Preprint
Full-text available
  • Oct 2023
p>The Modular Multi-Level DC-DC Converter (M2DC) is an attractive non-isolated DC-DC converter topology for HVDC grid. In order to carry out MTDC grid stability studies, the development of reduce order models of converters is necessary. This article first presents the M2DC converter. Then, the reduce order model will be developed in the second part...
Cite
Download full-text

Similar publications

Fig. 3. DC1 side Reduce Order Model Schematic of the M2DC.
Fig. 4. DC2 side Reduce Order Model Schematic of the M2DC.
Fig. 5. Reduce Order Model of the M2DC.
Fig. 6. Control of the M2DC ROM for the DC1 side.
+2 Fig. 7. Control of the M2DC ROM for the DC2 side.
Reduce Order Modeling of the modular multilevel DC/DC converter (M2DC) for HVDC grid
Preprint
Full-text available
  • Oct 2023
p>The Modular Multi-Level DC-DC Converter (M2DC) is an attractive non-isolated DC-DC converter topology for HVDC grid. In order to carry out MTDC grid stability studies, the development of reduce order models of converters is necessary. This article first presents the M2DC converter. Then, the reduce order model will be developed in the second part...
View