Development of IoT Based Battery Management System

Süleyman Çeven, Enver Küçükkülahli, A. Albayrak, Yunus Biçen
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引用次数: 2

Abstract

In this study, the modular battery management system used in electric vehicles was developed and monitored with the IoT-based MQTT protocol. In recent years, electric vehicles have been widely studied by researchers and long-lasting battery systems have been developed. In this study, a modular battery management system that performs the charging process with the passive balancing method has been developed. The battery has been developed for electric vehicles with more than 1 kWh of energy. There is temperature, current and voltage sensors at each node for battery management. A temperature sensor has been added to the system in case of overheating of the battery. The data collected over the battery is transferred to the web environment with MQTT, one of the IoT protocols. Passive balancing is preferred for balancing the batteries during charging. During charging, the MQTT server notifies the network to set the required voltage for each node.
基于物联网的电池管理系统开发
在本研究中,开发了用于电动汽车的模块化电池管理系统,并使用基于物联网的MQTT协议进行监控。近年来,研究人员对电动汽车进行了广泛的研究,并开发出了长效电池系统。在本研究中,开发了一种模块化电池管理系统,该系统采用无源平衡方法来完成充电过程。该电池是为电量超过1千瓦时的电动汽车开发的。每个节点上都有温度、电流和电压传感器,用于电池管理。系统中增加了温度传感器,以防止电池过热。通过电池收集的数据通过MQTT传输到web环境,MQTT是物联网协议之一。无源平衡是电池充电平衡的首选方法。在充电期间,MQTT服务器通知网络为每个节点设置所需的电压。
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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