Planning of Electric Vehicle Charging Station on Highway Considering Existing Service Areas and Dynamic Traffic Simulations

To address the issue that existing studies cannot take the impact of the existing service area and dynamic changes in traffic on planning of highway charging stations(CS) into consideration, a new practical planning method is proposed for the charging station of electric vehicle(EV) on the highway....

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Bibliographic Details
Published in2018 China International Conference on Electricity Distribution (CICED) pp. 2645 - 2649
Main Authors Jinglin, Han, Yunpeng, Ling, Jun, Yan, Yang, Zhao, Tianhua, Han, Shengtao, Feng, Haizhou, Zhao, Liang, Chen
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.09.2018
Subjects
charging station
Charging stations
dynamic traffic simulation
Electric vehicle charging
Mathematical model
multi-objective particle swarm
multi-objective planning
Planning
Roads
service area
Traffic control
VIKOR
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Summary:To address the issue that existing studies cannot take the impact of the existing service area and dynamic changes in traffic on planning of highway charging stations(CS) into consideration, a new practical planning method is proposed for the charging station of electric vehicle(EV) on the highway. First, taking into account the impact of the existing service areas, a multi-objective planning model was established, with the aiming of minimizing annual construction and maintenance costs and the daily charge waiting time of EVs. Then, a dynamic traffic simulation method based on link transmission model (LTM) is proposed. Further, the model was solved based on multi-objective particle swarm optimization and VIKOR method to obtain the optimal planning scheme. Finally, the validity of the proposed method are verified by the circular highway network.
ISSN:2161-749X
DOI:10.1109/CICED.2018.8592343