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Integrated Planning and Management Strategies for Hybrid AC/DC Microgrids: Self-Healing Capability Evaluation, Short-circuit Calculations, and Hierarchical Power Flow Optimization

Name: Integrated Planning and Management Strategies for Hybrid AC/DC Microgrids: Self-Healing Capability Evaluation, Short-circuit Calculations, and Hierarchical Power Flow Optimization
Keywords: Optimization, Planning, AC/DC Microgrids; Planning; Energy Management; Self-Healing Capability; Optimization; Short-circuit Calculations; Hierarchical Controlled Power Flow, AC/DC Microgrids, Self-Healing Capability, Energy Management, Hierarchical Controlled Power Flow, Short-circuit Calculations

descriptionPublicationkeyboard_double_arrow_right Doctoral thesis , Thesis 01 Dec 2024 Italy English Publisher:Università degli Studi di PalermoFunded by:EC | HYPERRIDE

Authors: Zizzo, G; RIVA SANSEVERINO, E; Moradi, S;

handle: 10447/664046

Integrated Planning and Management Strategies for Hybrid AC/DC Microgrids: Self-Healing Capability Evaluation, Short-circuit Calculations, and Hierarchical Power Flow Optimization

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- Subjects

Country

Italy

Related Organizations

University of Palermo
Italy

Keywords

Optimization, Planning, AC/DC Microgrids; Planning; Energy Management; Self-Healing Capability; Optimization; Short-circuit Calculations; Hierarchical Controlled Power Flow, AC/DC Microgrids, Self-Healing Capability, Energy Management, Hierarchical Controlled Power Flow, Short-circuit Calculations

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Funded by

EC| HYPERRIDE

Related to Research communities

Energy Research