Three novel impedance-based indices are proposed to quantify the voltage-forming and current-forming behavior of converters in DC microgrids and define desired behavior for superior voltage regulation.
An inertia and damping control method of DC–DC converter in DC microgrids,
2 Pith papers cite this work. Polarity classification is still indexing.
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AC grid-forming and DC droop controls are duals in small-signal models, current control structure, power-sharing mechanisms, and disturbance responses.
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Grid-Forming Characterization in DC Microgrids
Three novel impedance-based indices are proposed to quantify the voltage-forming and current-forming behavior of converters in DC microgrids and define desired behavior for superior voltage regulation.
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Exploring Converter Control Duality in Microgrids: AC Grid-Forming vs DC Droop Control
AC grid-forming and DC droop controls are duals in small-signal models, current control structure, power-sharing mechanisms, and disturbance responses.