A Framework for Scheduling Household Charging of Electric Vehicles

In the era of burgeoning electric vehicle (EV) popularity, understanding the patterns of EV users’ behavior is imperative. This paper examines the trends in household charging sessions’ timing, duration, and energy consumption by analyzing real-world residential charging data. By leveraging the information collected from each session, a novel framework is introduced for the efficient, real-time prediction of important charging characteristics. Utilizing historical data and user-specific features, machine learning models are trained to predict the connection duration, charging duration, charging demand, and time until the next session. These models enhance the understanding of EV users’ behavior and provide practical tools for optimizing the EV charging infrastructure and effectively managing the charging demand. As the transportation sector becomes increasingly electrified, this work aims to empower stakeholders with insights and reliable models, enabling them to anticipate the localized demand and contribute to the sustainable integration of electric vehicles into the grid.

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A Framework for Scheduling Household Charging of Electric Vehicles

Cited by 3 publications

References 11 publications

Coordinated electric vehicle scheduling using time-of-use scheme and priority charging

Coordinated electric vehicle scheduling using time-of-use scheme and priority charging

A Comprehensive Comparison for Battery Cathode Leaching Processes

Insights into Household Electric Vehicle Charging Behavior: Analysis and Predictive Modeling

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