Develops an energy-based Port-Hamiltonian controller that shapes stored energy and injects virtual damping to guarantee passivity, asymptotic voltage regulation, and energy dissipation in DC data center converters under disturbances without assuming constant grid conditions.
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Resilient Energy-Based Control for DC Data Centers under Grid and Load Disturbances
Develops an energy-based Port-Hamiltonian controller that shapes stored energy and injects virtual damping to guarantee passivity, asymptotic voltage regulation, and energy dissipation in DC data center converters under disturbances without assuming constant grid conditions.