Relay-based extremum seeking control dynamically optimizes the droop coefficient in grid-forming inverters to improve transient performance on a simulated large-scale power system.
Kundur,Power System Stability and Control
2 Pith papers cite this work. Polarity classification is still indexing.
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A static OPF-based restoration sequence for the IEEE 9-bus system violates frequency dynamic constraints, showing that dynamic considerations are required for valid PSR plans.
citing papers explorer
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Optimizing Grid-Forming Controls using Relay-based Extremum Seeking to Enhance Transient Performance
Relay-based extremum seeking control dynamically optimizes the droop coefficient in grid-forming inverters to improve transient performance on a simulated large-scale power system.
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OPF-Based Optimal Power System Network Restoration Considering Frequency Dynamics
A static OPF-based restoration sequence for the IEEE 9-bus system violates frequency dynamic constraints, showing that dynamic considerations are required for valid PSR plans.