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Atlanta, GA | Posted: June 1, 2020
Michael Pearson
michael.pearson@iac.gatech.edu
Summary Sentence:
A new study reveals driver perceptions about the electric vehicle charging network while demonstrating how deep learning techniques can be deployed for analysis of streaming data in near real-time.
Full Summary:
A new study reveals driver perceptions about the electric vehicle charging network while demonstrating how deep learning techniques can be deployed for analysis of streaming data in near real-time.
Omar AsensioA new study from the Georgia Institute of Technology School of Public Policy harnesses machine learning techniques to provide the best insight yet into the attitudes of electric vehicle (EV) drivers towards the existing charger network. The study findings could help policymakers focus their efforts.
In the paper, published in the June 2020 issue in Nature Sustainability, a team led by Assistant Professor Omar Isaac Asensio trained a machine learning algorithm to analyze unstructured consumer data from 12,270 electric vehicle charging stations across the United States.
The study demonstrates how machine learning tools can be used to quickly analyze streaming data for policy evaluation in near real-time (see sidebar). Streaming data refers to data that comes in a feed, continuously, such as user reviews from an app. The study also revealed surprising findings about how EV drivers feel about charging stations.
For instance, it turns out that the conventional wisdom that drivers prefer private stations to public ones appears to be wrong. The study also finds potential problems with charging stations in the bigger cities, presaging challenges yet to come in creating a robust charging system that meets drivers' needs.
“Based on evidence from consumer data, we argue that it is not enough to just invest money into increasing the quantity of stations, it is also important to invest in the quality of the charging experience,” Asensio wrote.
To read the full story, visit https://www.iac.gatech.edu/research/features/deep-learning-electric-vehicle-charging-research.
