santosmota/PhD_Daniel_Mota_Data: As submitted

Data repository of the Thesis "Control and Stability of Isolated Grids with Synchronous and Non-Synchronous Generation" by Daniel dos Santos Mota, submitted in the autumn of 2023 to the Norwegian University of Science and Technology, Faculty of Information Technology and Electrical Engineering, Department of Electric Energy for the Degree of Philosophiae Doctor.

If you use data from this repository, please cite.

• author:
  • family-names: Mota
  • given-names: Daniel dos Santos
  • orcid: https://orcid.org/0000-0002-3602-1036
• title: Data Repository for the Thesis Control and Stability of Isolated Grids with Synchronous and Non-Synchronous Generation
• version: 1.0.0
• DOI: 10.5281/zenodo.8282628
• date-released: 2023-08

Folder: PythonCharts

Python scripts for generating the figures in the thesis.

A rough structure of the files is given below:

- Intro_FreqRespPhases.py: figure in Chapter 2 - Background
- ChHESS_*: figures in Chapter 3 - Control Structures for ESSs
- ChPEC_*: figures in Chapter 4 - Current Control in Power Converters, also in Appendix E - Frequency Adaptive DSC
- ChFreq_*: figures in Chapter 5 - Sharing of Primary Reserves
- ChPHIL_*: figures in Chapter 6 - Scaling Method for PHIL Test Beds

Some files have not made the cut and stayed out of the thesis.

Folder: Modelos

The subfolders located in here contain model and raw-data used for generating figures in the thesis.

A rough structure of the subfolders is given below:

- Modelos/Intro/ : figure in Chapter 2 - Background
- Modelos/ChHESS/ : figures in Chapter 3 - Control Structures for ESSs
- Modelos/ChPEC/ : figures in Chapter 4 - Current Control in Power Converters, also in Appendix E - Frequency Adaptive DSC
- Modelos/PrimReserveSharing* : figures in Chapter 5 - Sharing of Primary Reserves
- Modelos/ChPHIL/ : figures in Chapter 6 - Scaling Method for PHIL Test Beds

Some folders have not made the cut and stayed out of the thesis.