May 16, 2023 · We complement existing works with a hybrid approach that first identifies a day-ahead plan for assigning EVs to chargers; and then uses online ...
We propose a hybrid planning system for charging of EV fleets by combining day-ahead planning with online replanning. For day-ahead planning, we design a value- ...
A Hybrid Planning System for Smart Charging of Electric Fleets
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The proposed methodology establishes a single PHEV charging demand model, and then employs queuing theory to describe the behavior of multiple PHEVs. Moreover, ...
TL;DR: In this article , the authors propose a hybrid approach that first identifies a day-ahead plan for assigning EVs to chargers; and then uses online ...
A Hybrid Planning System for Smart Charging of Electric Fleets. K. Garg, A. Narayanan, P. Misra, A. Vasan, V. Bandhu, and D. Das. AIMLSystems, page 3:1-3:9.
Dec 19, 2022 · The document describes a hybrid planning system for smart charging of electric vehicle fleets used for last-mile deliveries.
Dec 9, 2024 · [29] proposed a robust planning model for EV charging stations to address placement problems considering road traffic uncertainty. In addition, ...
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Smart charging is a means of monitoring and actively controlling EV chargers to optimize the distribution and consumption of energy with a focus on ...
Networking allows a fleet to track charging and electricity use separately from non-charging electricity use, making it easier to calculate vehicle O&M costs.
This paper presents a data-driven joint model designed to simultaneously deploy and operate infrastructure for shared electric vehicles (SEVs).