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Development of a novel single-phase auto-reclosing scheme for distribution network with integrated distributed generation.

Tan, Sock Fau

Authors

Sock Fau Tan



Contributors

Salman Salman
Supervisor

Abstract

This dataset is supplementary to the full thesis, which is available on OpenAIR: http://hdl.handle.net/10059/806. It is compiled of five appendices (C, D, F, G and H) which had been originally stored on a CD-ROM. Appendix C shows the data points of 2592 fault in txt.form. The values of the data points of the 2592 fault cases under consideration have been generated using PSCAD/EMTDC. Appendix D shows the values of elements of vector X of 2592 fault cases that have been investigated in the fault data analysis process of section 5.2, Chapter 5 of the thesis. Appendix F shows the values of elements xk of vector Xoptimise of 2592 fault cases that have been investigated in the optimisation process of section 5.3, Chapter 5. Appendix G shows the algorithm and graphical user interface (GUI) for fault data analysis process and optimisation process to extract elements of vector X and Xoptimise of 2592 fault cases under consideration. Appendix H shows the completed rule-based fault identification and phase selection algorithm and verification test algorithm that have been developed in this research project. This is followed by the GUI test panel that was used to verify the performance of the rule-based fault identification and phase selection algorithms proposed in this research project. Note that in order for the reader to access the verification result, all fault cases under consideration have been loaded into the upper text window of the GUI test panel. The reader can access the verification test results corresponding to a particular fault 189 case by clicking on that file name shown in the upper text window, so that the output result corresponding to that fault case will be displayed in the bottom graphical window and bottom text window in the GUI test panel. The input signal corresponding to that fault case will be displayed in the top and middle graphical windows.

Institution Citation TAN, S.F. 2010. Development of a novel single-phase auto-reclosing scheme for distribution network with integrated distributed generation. [Dataset]. Robert Gordon University, PhD thesis.
Keywords Distributed generators; Network fault; Distribution networks; Single-line-to-ground (SLG) faults; Single-phase auto-reclosing (SPAR)
Related Public URLs http://hdl.handle.net/10059/806
Type of Data Plain text files
Collection Date Jun 30, 2010


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