电池模组热蔓延评价及建模数据集

本数据集基于多场景触发条件系统研究锂离子电池模组热失控蔓延演化规律，涵盖过充、外部加热及针刺三种典型触发方式。电池模组热失控蔓延评价及建模数据集一共包含三个部分，分别为模组针刺、模组加热与模组过充。数据采集系统对电池在热失控过程中关键参数进行高精度监测.This dataset systematically investigates the evolution law of thermal runaway propagation in lithium-ion battery modules under multiple triggering scenarios, covering three typical triggering methods: overcharging, external heating, and needle penetration. This dataset for thermal runaway propagation evaluation and modeling of battery modules consists of three components: module-level needle penetration tests, module-level external heating tests, and module-level overcharging tests. A high-precision data acquisition system monitors key parameters of the batteries during the thermal runaway process.

搜集汇总

背景与挑战

背景概述

该数据集系统研究了锂离子电池模组在过充、外部加热及针刺三种典型触发条件下的热失控蔓延演化规律。它通过高精度监测采集了热失控过程中的关键参数，旨在为电池模组的热蔓延评价与建模提供数据支持。