Prediction of remaining battery discharge time based on stepwise linear regression

Xiaowen Ma, Jingyuan Zhang, Keyan Liu, Yuanlong Song
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Abstract

Lead-acid batteries are widely used in industry, military, and daily life as a power source. When the lead-acid battery is discharged at a constant current intensity, the voltage decreases monotonously with the discharge time until the rated minimum protection voltage (Um, 9V in this question). Aiming at the prediction of the remaining discharge time of the battery, this paper comprehensively analyzes the influence of current intensity, voltage, and battery attenuation on the remaining discharge time, and establishes mathematical models respectively.
基于逐步线性回归的电池剩余放电时间预测
铅酸蓄电池作为电源广泛应用于工业、军事和日常生活中。当铅酸电池以恒流强度放电时,电压随放电时间的增加而单调降低,直至达到额定最小保护电压(Um,本题为9V)。针对电池剩余放电时间的预测,本文综合分析了电流强度、电压、电池衰减对剩余放电时间的影响,并分别建立了数学模型。
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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