电池的设计与SOC的估算

Chandra Prabha S, S. M, Rithika Sherin A, T. S, P. G
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引用次数: 0

摘要

电池技术的进步加快了电池组织系统从单纯的观测单元向多观测单元的演变。为有效执行电池控制,必须推出新的电池促销活动。利用补充特性和较早的电池模型,对其进行建模将更加精确和真实。电池由四个电池组成,基本并联串联。这些电池将以每个电池为基础供电。针对电池频繁充放电会导致电池寿命缩短的问题,提出了一种基于电池模型的温度可视化、充电时间可视化、充电水平可视化的电池管理方法,有效地延长了电池的使用寿命。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing of Batteries and Estimation of SOC
Advancement in battery expertise quickens the evolution of battery organisation system from a sheer observing unit to a multiple one. It is obligatory to launch new battery promotes for the execution of battery control operatively. With supplementary features and earlier battery model, it would be precise and real to model it Batteries are constructed in with four cells and are basically connected in parallel series. The cells would be supplied with power on a per-cell basis. Battery management system is difficulty as the life span of battery would be less when batteries are in need of charged and discharged frequently so, as to overcome this the proposed method in which helps in retaining the battery life effectively by visualizing temperature, charging duration, and charging level are all sensed monitored with the incorporated battery model.
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