基于物联网(IoT)系统的快速充电银行电容器电动汽车能量管理

Selamat Muslimin, Renny Maulidda, E. Evelina, M. Nawawi, Iskandar Lutfi, Johansyah Al Rasyid, M. Fadli, Puput Anggraini, M. Yusuf, W. Pa
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引用次数: 1

摘要

电动汽车是一种无排放的交通工具,是减少空气污染的一种选择。要概述的一件事是化石燃料的局限性,化石燃料正在耗尽。由于世界石油价格的上涨,许多人都在寻找汽车燃料的替代品,其中之一就是应用于电动汽车的电动机技术。然而,使用电动汽车可以监控与能源,充电,电池相关的问题。印尼电动汽车的发展重点是实时能源监测系统、电池寿命以及长期使用的充电方式。在本研究中,我们提出了一个解决快速充电电动汽车能量监测问题的系统。该监视器配备了电池能量监视器(电压,电流,电池温度)等功能。最后,对测试点的电压、电流和电池温度进行了测量,确认电路工作正常。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Energy Management on Electric Vehicles Using Fast Charging Banking Capacitor using Internet of Things (IoT) System
Electric vehicles are one of the vehicles without emissions which is an alternative to reduce air pollution. One of the things to be outlined is the limitations of fossil fuels that are getting run out. Due to the higher world oil prices, many people are looking for alternatives to car fuel, one of which is electric motor technology which is applied to electric car vehicles. However, there are problems related to energy, charging, battery which can be monitored by the use of electric vehicles. The development of electric cars in Indonesia was emphasized on a real-time energy monitoring system, the rate of battery life, and the type of charging that will be used for a long time to charge the battery. In this research, we proposed a system for handling the problem of fast charging electric car energy monitors. The monitor is equipped with features such as a battery energy monitor (voltage, current, battery temperature). Finally, the measurements at the test points of voltage, current and battery temperature have been carried out and it is known that the circuit is working properly.
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