Analysis of a Distributed Optimization-Based Control Architecture for Inverter-Interfaced Virtual Power Plants
arXiv:2606.123361.5h-index: 3
Predicted impact top 95% in SY · last 90 daysOriginality Synthesis-oriented
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It addresses the stability problem of optimization-based control in virtual power plants, which is critical for reliable grid integration of distributed energy resources.
The paper develops a large-signal stability analysis for a sampled-data, optimization-based secondary controller for inverter-interfaced distributed energy resources in virtual power plants, ensuring stability under practical operating conditions.
We develop a large-signal stability analysis for a sampled-data, optimization-based secondary controller for inverter-interfaced distributed energy resources in virtual power plants.