基于物联网的先进电动汽车充电基础设施

J. Surendiran, R. Reenadevi, R. G. Vidhya, S.S. Sivasankari, B. P. Pradeep Kumar, N. Balaji
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引用次数: 0

摘要

本文采用一种基于智能过程的设计方法来创建和管理电动汽车充电过程。由于电力分布的限制,电动汽车的充电必须高效完成。推荐的智能电动汽车充电站具有现代功能,例如能够根据每个电源的可用性自动切换电源,同时仍然保持来自多个电源的电力。我们在实施中采用了三个来源:太阳能系统、风力系统和主电源。控制器将根据其相关性自动切换源。IOT Thing Speak云服务的用户将能够查看可用插槽的数量。本文采用一种基于智能过程的设计方法来创建和管理电动汽车充电过程。由于电力分布的限制,电动汽车的充电必须高效完成。推荐的智能电动汽车充电站具有现代功能,例如能够根据每个电源的可用性自动切换电源,同时仍然保持来自多个电源的电力。我们在实施中采用了三个来源:太阳能系统、风力系统和主电源。控制器将根据其相关性自动切换源。IOT Thing Speak云服务的用户将能够查看可用插槽的数量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT-Based Advanced Electric Vehicle Charging Infrastructure
In this paper, an intelligent process-based design is used to create and manage Electric Vehicle (EV) charging processes. Because of the limitations of electrical power distribution, charging electric vehicles must be done efficiently. The recommended smart electric vehicle charging station has modern features such as the ability to switch sources automatically based on the availability of each source while still maintaining power from many sources. We are employing three sources in this implementation: the solar system, the wind system, and the main supply. The controller will switch the source automatically depending on its relevance. Users of the IOT Thing Speak cloud service will be able to view the number of available slots. In this paper, an intelligent process-based design is used to create and manage Electric Vehicle (EV) charging processes. Because of the limitations of electrical power distribution, charging electric vehicles must be done efficiently. The recommended smart electric vehicle charging station has modern features such as the ability to switch sources automatically based on the availability of each source while still maintaining power from many sources. We are employing three sources in this implementation: the solar system, the wind system, and the main supply. The controller will switch the source automatically depending on its relevance. Users of the IOT Thing Speak cloud service will be able to view the number of available slots.
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