Prediction of Solar Radiation Based on Spatial and Temporal Embeddings for Solar Generation Forecast

• URL: http://arxiv.org/abs/2206.08832v1
• Date: Fri, 17 Jun 2022 15:26:38 GMT
• Title: Prediction of Solar Radiation Based on Spatial and Temporal Embeddings for Solar Generation Forecast
• Authors: Mohammad Alqudah, Tatjana Dokic, Mladen Kezunovic, Zoran Obradovic
• Abstract summary: A novel method for real-time solar generation forecast using weather data is proposed. Weather measurements are used to train a structured regression model while weather forecast is used at the inference stage. Experiments were conducted at 288 locations in the San Antonio, TX area on obtained from the National Solar Radiation Database.
• Score: 3.174751774599701
• License: http://creativecommons.org/licenses/by-sa/4.0/
• Abstract: A novel method for real-time solar generation forecast using weather data, while exploiting both spatial and temporal structural dependencies is proposed. The network observed over time is projected to a lower-dimensional representation where a variety of weather measurements are used to train a structured regression model while weather forecast is used at the inference stage. Experiments were conducted at 288 locations in the San Antonio, TX area on obtained from the National Solar Radiation Database. The model predicts solar irradiance with a good accuracy (R2 0.91 for the summer, 0.85 for the winter, and 0.89 for the global model). The best accuracy was obtained by the Random Forest Regressor. Multiple experiments were conducted to characterize influence of missing data and different time horizons providing evidence that the new algorithm is robust for data missing not only completely at random but also when the mechanism is spatial, and temporal.

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