An IoT -based Power Management System for EV Chargers

V. G, K. B. C., Shaik Nihal, K. Rakesh
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Abstract

In the fast developing world, EV plays a major role. Less resource utilization, cost efficient, less maintenance, long durability are some factors which make people to shift towards Electrical vehicles. Even though a huge number of people are now showing interest towards Electrical Vehicles, there are only limited power stations available and most of the time the coordinates of the power stations are unknown to EV users. Hence, a power management system is required wherein the EV users can access the power stations easily and increase the number of Electrical Vehicles stations. As in other side people are now shifting towards Internet of Things and Cloud technology to make their life better and to access things easily. Using EV's as their source of traveling, it reduces cost and enhances many other factors. Since both IoT and EV are becoming the fast adapting technologies, these two technologies can be merged in future. In the proposed research work, both IoT and EV's plays a main role. Here, a prototype to easily access charging station was developed and then integrated with Web Technology to show where and when the user can access the charging stations. The proposed idea would help in increase the number of charging stations, which indirectly increase the usage of EVs.
基于物联网的电动汽车充电器电源管理系统
在快速发展的世界,电动汽车扮演着重要角色。资源利用率低、成本效益高、维护保养少、使用寿命长是促使人们转向电动汽车的一些因素。尽管现在有很多人对电动汽车表现出兴趣,但可供使用的发电站有限,而且大多数时候电动汽车用户都不知道发电站的坐标。因此,需要一个电源管理系统,其中电动汽车用户可以轻松访问电站并增加电动汽车站的数量。另一方面,人们现在正转向物联网和云技术,以使他们的生活更美好,更轻松地访问事物。使用电动汽车作为出行工具,不仅降低了成本,还提高了许多其他因素。由于物联网和电动汽车都是快速适应的技术,这两种技术在未来可以融合。在提出的研究工作中,物联网和电动汽车都发挥了主要作用。在这里,开发了一个易于访问充电站的原型,然后与Web技术相结合,显示用户可以访问充电站的地点和时间。这一提议将有助于增加充电站的数量,从而间接增加电动汽车的使用率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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