基于DTW时间聚类算法的新能源汽车充电安全监测平台研究

Chao Liu, R. Zang, Ying Xin, Yu Wang
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摘要

随着新能源汽车的广泛应用,充电安全日益成为公众关注的话题。本文在分析影响充电安全因素的基础上,提出构建充电安全监控平台,实现充电实时监控,提高新能源汽车的充电安全性。该平台基于DTW时间聚类监测模型和温度管理模型,对温度、电量、电压等异常情况进行监测,实现对未充电、温度突变、电流异常、瞬时过压/过流等异常情况的监测预警。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on new energy vehicle charging safety monitoring platform based on DTW time clustering algorithm
With the widely use of new energy vehicles, charging safety has increasingly become a topic of public concern. Based on the analysis of the factors which affect charging safety, this paper proposes to build a charging safety monitoring platform to realize real-time charging monitoring and improve the charging safety of new energy vehicles. Based on DTW time clustering monitoring model and temperature management model, the platform monitors the abnormal conditions of temperature, electric quantity and voltage, and realizes the monitoring and early warning of abnormal conditions such as no power charging, temperature mutation, current abnormality, instantaneous overvoltage / overcurrent.
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