Smart Charging Station with Various Power Supply Using ATS

R. Premalatha, S. V. Manoraj, R. Prabhakaran, T. Dhanasingh
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Abstract

Recent advancements in the electric vehicle charging stations are aiding the power system in case of reliability and cost efficiency. Since the transfer switch power supply is an interconnection of various power sources, the system to be analyzed consists of solar as a renewable resource. During peak hours the power demand will be increased, which can be minimized by alternate use of supply. In this project a database is created for efficient power usage (between electrical grid and EV's) and transactions made easier. Efficient usage of power and hazel free transactions is attained using cloud data. Quick response code is used to automatically pay tolls. This paper analyses the electric vehicle considering battery ratings such as voltage and current. The aim is to charge the vehicle automatically when it is plugged in and during peak hours the power demand should be satisfied. The software used for analysis is IOTA tangle.
采用ATS的多种电源智能充电站
电动汽车充电站的最新进展有助于提高电力系统的可靠性和成本效率。由于转换开关电源是各种电源的互连,因此所分析的系统由太阳能作为可再生资源组成。在用电高峰时段,电力需求将会增加,可通过交替使用供电来将其降到最低。在这个项目中,创建了一个数据库,用于有效地使用电力(在电网和电动汽车之间),并使交易更容易。通过使用云数据,可以有效地使用电力和无hazel事务。使用快速响应码自动支付过路费。本文考虑了电池额定电压和电流等因素对电动汽车进行了分析。其目的是在车辆插入电源时自动充电,并在高峰时段满足电力需求。用于分析的软件是IOTA tangle。
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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