Experimental Setup of Smart E-Vehicle Charging Station using IOT Technology

S. S, V. K, V. K., Josh F T, V. B
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引用次数: 9

Abstract

The paper shows the photovoltaic frames and wind turbines draws energy from E-charging technique at low cost and having capacity to recharge stationary batteries. To charge the electric vehicle, force is required and provides electric power as of sustainable sources. It also presents the energy management methodology aimed at powering electric vehicle charging stations. Photovoltaic solar panels integrated with wind turbines used to exchange fuel energy in order to reduce carbon emissions pollution. This work is implemented by using Proteus software along with experimental results.
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基于物联网技术的智能电动汽车充电站实验设置
该论文显示,光伏框架和风力涡轮机以低成本从电子充电技术中获取能量,并具有为固定电池充电的能力。为了给电动汽车充电,需要力量,并提供可持续来源的电力。它还介绍了旨在为电动汽车充电站供电的能源管理方法。光伏太阳能板与风力涡轮机相结合,用于交换燃料能量,以减少碳排放污染。并结合实验结果,利用Proteus软件实现了这项工作。
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