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Abstract <p>A method is proposed to reduce the local impact of electric charging stations (ECSs) on the grid by integrating a battery into an ECS as a buffer storage device to reduce electricity consumption peaks. A prototype ECS with a LiFePO<sub>4</sub> energy storage device is developed, built using a common dc bus topology. The CHAdeMO standard ECS control system is based on a controller and a microcomputer, for which top-level software is developed. The station is successfully tested on a specialized electric vehicle emulator, as well as on Nissan Leaf electric vehicles.</p>

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An Electric Vehicle CHAdeMO Standard Charging Station with Energy Storage

  • 期刊论文

  • 发表日期：

    2025年7月1日

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  • S. N. Andriyashin,
  • I. I. Singizin,
  • A. N. Borzenkov,
  • D. P. Kravchenko,
  • N. D. Ereshchenko

摘要

Abstract

A method is proposed to reduce the local impact of electric charging stations (ECSs) on the grid by integrating a battery into an ECS as a buffer storage device to reduce electricity consumption peaks. A prototype ECS with a LiFePO4 energy storage device is developed, built using a common dc bus topology. The CHAdeMO standard ECS control system is based on a controller and a microcomputer, for which top-level software is developed. The station is successfully tested on a specialized electric vehicle emulator, as well as on Nissan Leaf electric vehicles.