一种基于物联网的电动汽车智能电池监测系统新方法

Chinni Roshini Durga, J. Karthik, Reddi Dakshayani, Songa Manikanta
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引用次数: 1

摘要

最近发生的许多火灾事故都是由Ola,冲绳和Pure EV等电动汽车引起的。电动滑板车着火的主要原因是热失控,这是由多种原因造成的——电解质融化、电池的工作温度、电池单元和电池组的质量差,以及缺乏有效的电池组件。因此,该系统旨在为电动汽车用户提供安全保障。为此,通过将传感器与其他所需的物联网组件固定在电动汽车的电池上,可以监测电池的温度、电池的大小和电池的电压波动。监控这些值,以便每当这些值超过其阈值限制时,用户将通过移动应用程序作为警报消息收到通知到移动电话。与此同时,温度读数、尺寸指示、电池电压百分比也会显示在与汽车仪表板相连的显示屏上,还会发出警报声音提醒用户。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Novel Approach for Smart Battery Monitoring System in Electric Vehicles using Internet of Things
Many fire accidents that occur recently are caused by electric vehicles like Ola, Okinawa, and Pure EV. The primary reason behind catching fire for EV scooters is a thermal runaway, and this occurs due to multiple reasons--melting of electrolyte, operational Temperatures of the battery, poor quality of the battery cells and battery packs, and lack of active cell assemblies. So, the proposed system intends to provide safety for EV users. For this, the battery’s temperature, battery’s size, and the voltage fluctuations of the battery are monitored by fixing the sensors to the battery of the electric vehicle along with other required IoT components. These values are monitored so that whenever these values cross their threshold limit the user will get a notification to mobile phone through mobile application as an alert message. Along with this, temperature readings, size indication, battery’s voltage percentage are also displayed on the display which is connected to the dashboard of the vehicle and also an alarm sound that alerts the user.
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