Commissioning-Informed Sequential Protection for Ferroresonance: Independent Validation in Nonlinear Voltage Transformer Systems
Published: 3 September 2026| Version 1 | DOI: 10.17632/82cxbs47c4.1
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Description
This dataset contains the complete MATLAB/Simulink software package and simulation workflows for the independent validation of commissioning-informed sequential protection against ferroresonance in nonlinear voltage transformer (VT) systems.
Files
Steps to reproduce
Extract the package files (Ferroresonance_Reviewer_Package_LV) into your MATLAB working directory. Open MATLAB and ensure the folder path is set to the extracted directory. Run fr_simulate_case.m or fr_3ph_simulate_case.m to generate single-phase or three-phase baseline simulation data. Execute the sequential stage scripts (fr_stage12_build_dataset.m, fr_stage12_train_ensemble.m, etc.) to reproduce feature extraction, dataset generation, model training, and performance evaluation.
Categories
Electrical Engineering, Power Engineering, Ferroresonance, Magnet for Magnetic Resonance Imaging