Integration of renewable energy systems into low voltage buses leads to complexity for protection systems and unplanned islanding. Therefore, a need to reconfigure the typical protection configurations arises. In this paper an efficient islanding classification technique is developed to provide remote monitoring and operation of grid connected distributed generation systems. A simulation is developed by considering a 1kW grid connected photovoltaic system. The voltage and current measurements at the point of common coupling act as a main source of data for developing the classification algorithm. Wavelet transform is utilised for extracting features and creating a feature matrix for all possible scenarios of islanding. The feature matrix is subjected to machine learning approach for creating a trained data set which helps in classifying the islanding scenario. The results depicted 100% training and 97%testing efficiency under 0.2 seconds which is better when compared with the conventional methods and literature.
An Efficient Islanding Classification Technique for Single Phase Grid Connected Photovoltaic System
Mohammed Ali Khan,A. Haque,V. S. Kurukuru
Published 2019 in International Conference Communication and Information Systems
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- Publication year
2019
- Venue
International Conference Communication and Information Systems
- Publication date
2019-04-01
- Fields of study
Computer Science, Engineering, Environmental Science
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