电池监测系统在智能电网中的应用

Safy Saeed, S. Shezan, M. Arbab, Sohel Rana
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引用次数: 3

摘要

由于对人类进步的侵害,对能量的需求以令人不安的速度与日俱增。为了满足额外的堆需求,人们正在寻找一些不同的方法,比如可持续的电源资产和一些电池库存作为回活力储存框架。为了实现这一目标,我们预计将有意地从电池中获取精确的数据,使用一个足够火热的装置来提供正确和稳定的数据,足够小,可以带到任何偏远地区,并用于在闪烁的可移动限制中记录数据。这些数据可以稍后分离,以考虑电池的限制,必要性,SOC和放电扭矩,这些都是电池繁荣的衡量标准,可认证的应用将是电动汽车中的电池,偏远地区的电池,例如,基于太阳的电源截面和检查目标的电池,客户可以使用SD卡上的这种有利的电池繁荣检查设备记录数据,然后使用不同的模型进行分解。这种结构使用了突出的客户输入系统,客户在Micro SD卡的文本记录中输入当前和截止电压的测量值。在本文中,制造商布置并制作了一个基于柔性小刻度控制器的装置,该装置用于记录电池的电压、电流和时间等参数,可以从电池中提取客户输入的不间断电流,直到电池达到客户描绘的截止电压。
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Battery monitoring system for the smart grid applications
The request of energy expanding step by step at a disturbing rate because of the infringement of the human advancement. To take care of the additional heap demand individuals are discovering some different ways like sustainable power source assets with some battery stockpiles as back vitality stockpiling framework. To achieve this, we anticipated that would intentionally acquire exact data from the battery using a contraption which was adequately fiery to give correct and stable data, adequately minimal that it could be taken to any remote territory, and used to log data in a glint removable limit. This data can be later separated to think battery confine, imperativeness, SOC and discharge twist which are all measure of prosperity of battery, certifiable applications would be battery attempting in Electrical vehicles, batteries in remote locales, for instance, sun based power cross sections and batteries at examine goals, where customer can log the data using this advantageous battery prosperity checking device on a SD card and dismember using distinctive models later on. This structure uses stand-out customer input system where customer enters measure of present and cut-off voltage in a txt record in the Micro SD card. In this paper, the maker arranged and fabricated a flexible little scale controller based device which is prepared for recording battery parameters, for instance, voltage, current and time, can draw customer inputted relentless current from the battery till the battery accomplishes a customer portrayed cut-off voltage.
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