基于Watchdog软件的电池管理系统研究

Kartheek Vankadara, S. Sujitha, Swastik Shukla, Shaif Alam, Zahra Goher Sultana
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摘要

电池管理系统(BMS)用于各种电流和商业结构,以使电池的行为更有用,并用于评估,以保持电池状态,在一定程度上,这是可以想象的,远离可怕的状态,延长电池寿命。因此,许多通知系统用于筛选电池的充电状态,温度和电流。本文完成并尝试了电池控制电动汽车的检测结构。该结构调查并显示了所考虑的模型电池的电池温度,充电/输送电流和充电区域(SOC),用于模拟和制作当前环境下固态和半固态电池的工作BMS模型。同样,从火灾隐患和意识上给电动汽车一个初步和繁荣的特征,对电动汽车和电动汽车的安全采取必要的措施。
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Study of Battery Management System using Watchdog Software
Battery Management Systems (BMS) are used in various current and business structures to make the battery action more useful and for the evaluation to keep the battery state, to the degree that this would be conceivable, away from horrible state, to augment battery lifetime. Thus, many noticing systems are used to screen the battery state of charge, temperature and current. In the stream paper, the checking structure for battery controlled Electric Vehicles (EV) has been completed and attempted. This structure surveys and shows the battery temperature, charging/delivering current and Region of Charge (SOC) for the considered model battery for imitating and making the model of a working BMS for Solid State and Semi-Solid-State Batteries in current circumstance. In like manner, to give a preliminary and prosperity feature for electric vehicle from fire hazard and mindfulness and take the imperative measures for the security of EV vehicles and EV current vehicles.
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