The content discusses the significance of feedback optimization controllers in providing curative distribution grid flexibility. It explores the challenges faced by grid operators and presents OFO as a solution that optimizes power systems efficiently. The paper delves into the experimental validation of OFO controllers on real distribution grids, showcasing their robustness and effectiveness in managing operational constraints. By comparing different approaches to optimization problems, it highlights the superiority of the constraint approach over the cost approach in terms of efficiency and versatility. The results demonstrate how OFO controllers interact with other devices in the grid and successfully deliver requested flexibility while ensuring operational limits are met.
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arxiv.org
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