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Grid-forming Inverters for Restoration of Residential Grids without Communication
- Authors:
- Series:
- Berichte aus dem IAL, Volume 01/2026
- Publisher:
- 2026
Summary
This dissertation investigates the use of grid-forming inverter-based resources for the self-re-energization of low-voltage networks without relying on central control units or extensive communication infrastructure, which can introduce single-point vulnerabilities. The work approaches network restoration from an inverter perspective and develops inverter control and dynamic load models to analyze decentralized restoration strategies. Based on these models, a systematic framework for designing and validating re-energization scenarios is established. Rather than identifying a single optimal configuration, the approach aims to ensure robust and feasible restoration across a wide range of operating scenarios.
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Bibliographic data
- Edition
- 1/2026
- Copyright Year
- 2026
- ISBN-Print
- 978-3-690-30188-6
- ISBN-Online
- 978-3-69030-196-1
- Publisher
- TEWISS, Garbsen
- Series
- Berichte aus dem IAL
- Volume
- 01/2026
- Language
- English
- Pages
- 207
- Product Type
- Monograph
Table of contents
ChapterPages
- Acknowledgment No access
- Contents No access
- Acronyms No access
- Nomenclature No access
- 1.1 Context No access
- 1.2 Problem Statement No access
- 1.3 This Dissertation’s Response No access
- 1.4 This Dissertation’s Structure No access
- 2.1 Fundamentals No access
- 2.2 Grid-forming Controller Design No access
- 2.3 Distributed Coordination of Grid-forming Inverters No access
- 2.4 Simulation Case Study and Analysis No access
- 2.5 Summary No access
- 3.1 Overview of Existing Load Models No access
- 3.2 Characteristics and Composition of Residential Loads No access
- 3.3 Measurement-based Start-up Behavior Analysis No access
- 3.4 Measurement-based Start-up Load Models No access
- 3.5 Summary No access
- 4.1 Scenario Definition No access
- 4.2 Experimental Validation No access
- 4.3 Summary No access
- 5 Conclusion and Outlook No access Pages 165 - 168
- A.1 Benchmark Network Lines No access
- A.2 Experimental Setup No access
- Bibliography No access Pages 173 - 186
