Development of Smart Home System Based on Artificial Intelligence with Variable Learning Rate to Manage Household Energy Consumption

Akhinov, Ihsan Auditia; Cahyono, Muhammad Ridwan Arif

doi:10.1109/aims52415.2021.9466064

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Cited by 3 publications

References 12 publications

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Advanced Control Functionalities of Smart Grids from Communication and Computational Perspectives

Paspatis,

Pompodakis,

Katsigiannis

et al. 2023

Power Systems

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Advanced Control Functionalities of Smart Grids from Communication and Computational Perspectives

Paspatis,

Pompodakis,

Katsigiannis

et al. 2023

Power Systems

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Proposal of a Decision-Making Model for Home Energy Saving through Artificial Intelligence applied to a HEMS

Seveiche-Maury,

Arrubla-Hoyos

2023

2023 IEEE Colombian Caribbean Conference (C3)

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LSTM Networks for Home Energy Efficiency

Severiche-Maury,

Arrubla-Hoyos,

Ramirez-Velarde

et al. 2024

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This study aims to develop and evaluate an LSTM neural network for predicting household energy consumption. To conduct the experiment, a testbed was created consisting of five common appliances, namely, a TV, air conditioner, fan, computer, and lamp, each connected to individual smart meters within a Home Energy Management System (HEMS). Additionally, a meter was installed on the distribution board to measure total consumption. Real-time data were collected at 15-min intervals for 30 days in a residence that represented urban energy consumption in Sincelejo, Sucre, inhabited by four people. This setup enabled the capture of detailed and specific energy consumption data, facilitating data analysis and validating the system before large-scale implementation. Using the detailed power consumption information of these devices, an LSTM model was trained to identify temporal connections in power usage. Proper data preparation, including normalisation and feature selection, was essential for the success of the model. The results showed that the LSTM model was effective in predicting energy consumption, achieving a mean squared error (MSE) of 0.0169. This study emphasises the importance of continued research on preferred predictive models and identifies areas for future research, such as the integration of additional contextual data and the development of practical applications for residential energy management. Additionally, it demonstrates the potential of LSTM models in smart-home energy management and serves as a solid foundation for future research in this field.

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Development of Smart Home System Based on Artificial Intelligence with Variable Learning Rate to Manage Household Energy Consumption

Cited by 3 publications

References 12 publications

Advanced Control Functionalities of Smart Grids from Communication and Computational Perspectives

Advanced Control Functionalities of Smart Grids from Communication and Computational Perspectives

Proposal of a Decision-Making Model for Home Energy Saving through Artificial Intelligence applied to a HEMS

LSTM Networks for Home Energy Efficiency

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