Effective energy consumption forecasting using empirical wavelet transform and long short-term memory

Energy consumption is an important issue of global concern. Accurate energy consumption forecasting can help balance energy demand and energy production. Although there are various energy consumption forecasting methods, the forecasting accuracy still needs to be improved. This study applied a long short-term memory-based model in energy consumption forecasting to achieve a better prediction performance and the more critical influencing factors are emphasized. Results of one comparative example and two extended applications show the proposed model achieves better prediction accuracy compared with basic long short-term memory and other existing popular models. Mean absolute percentage errors of the proposed model for three real-life cases are 4.01 %, 5.37 %, and 1.60 %, respectively. Therefore, the proposed model is a satisfactory method for energy consumption forecasting due to its high accuracy. The high-precision forecasting technology is important for the energy systems. (c) 2021 Elsevier Ltd. All rights reserved.

Automated summary

Energy consumption forecasting is crucial for balancing energy demand and production. The study applied a long short-term memory-based model to achieve better prediction accuracy. The proposed model demonstrated superior performance with lower average absolute percentage errors in real-life cases, making it suitable for high-precision energy consumption forecasting.