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Forecasting local GICs from solar wind data using a combination of geophysical and machine learning methods
Rachel Bailey - Zentralanstalt für Meteorologie und Geodynamik, Conrad Observatory; Roman Leonhardt - Zentralanstalt für Meteorologie und Geodynamik, Conrad Observatory, Austria; Christian Möstl - Space Research Institute, Austrian Academy of Sciences, Austria
A multiyear collection of geomagnetically induced current (GIC) measurements at multiple locations in Austria provides the basis for this study, which aims to forecast the local maximum GIC from in situ solar wind measurements at the L1 point between the Sun and Earth. The prediction of GIC from solar wind will be carried out using a deep learning method, specifically a Long-Term-Short-Memory (LSTM) neural network. Measurements of GICs used as training datasets are available for six substations in the Austrian power grid, but the forecast will be extended to the whole grid of 129 substations by predicting the local geoelectric field and calculating the GICs per substation from there. For those substations with GIC measurements, a deep learning model will be trained on each station and compared to the results from the geoelectric field predictions to determine any differences in performance.
16 July 2020
Abstract submission opens:
16 July 2020
European Space Weather Medals:
6 September 2020
25 September 2020
Registration deadline: [extended]
10 October 2020
Abstract submission deadline:
4 September 2020