两轮车动力4816-G电池寿命分析数据

在规定的循环寿命测试制度下，分析电动两轮车动力电池的容量保持率、放电容量衰减情况对以及应容量的变化率，用于评估该类型电池在长时间循环放电情况下的性能衰减情况、电池性能稳定性分析以及电池使用寿命预测。1.数据来源 在规定的循环寿命测试制度下，循环记录电动两轮车锂离子4816-G动力电池800次的实时容量数据。 2.数据处理 2.1实时预警 基于电动两轮车锂离子动力电池放电寿命要求，通过设置监测阈值并实现智能预警，当测试结束时，若循环记录600次中均没有预警，则继续循环至800次，容量保持率取800次的数据；若实时容量低于初始容量60%时，循环过程中有进行预警，则采用预警时的数据作为终止容量，结束循环； 2.2性能衰减变化率 采用以下公式计算电池性能变化相关的参数： （1）容量保持率=实时容量/初始容量*100%； （2）容量衰减率=（初始容量-终止容量）/初始容量*100%； （3）容量变化率=(终止容量-实时容量)/终止容量； 3.数据应用 通过分析两轮车动力电池的容量保持率、放电容量衰减情况对以及应容量的变化率，用于评估该类型电池在长时间循环放电情况下的性能衰减情况、电池性能稳定性分析以及电池使用寿命预测。Under the prescribed cycle life test regimen, the capacity retention rate, discharge capacity attenuation status and corresponding capacity change rate of power batteries for electric two-wheelers are analyzed, aiming to evaluate the performance attenuation, battery performance stability and service life prediction of this type of battery under long-term cyclic discharge conditions. 1. Data Source Real-time capacity data of 4816-G lithium-ion power batteries for electric two-wheelers were cyclically recorded for 800 cycles under the prescribed cycle life test regimen. 2. Data Processing 2.1 Real-time Early Warning Based on the discharge service life requirements of lithium-ion power batteries for electric two-wheelers, monitoring thresholds are set to enable intelligent early warning. The test follows these rules upon completion: - If no early warning is triggered throughout the first 600 cycles of recording, continue the cyclic test until 800 cycles are completed, and use the data from the 800th cycle for capacity retention rate calculation; - If the real-time capacity drops below 60% of the initial capacity and early warning is triggered during the cycle, use the data collected at the time of early warning as the termination capacity and terminate the cyclic test immediately. 2.2 Performance Attenuation Change Rate Parameters related to battery performance changes are calculated using the following formulas: (1) Capacity Retention Rate = (Real-time Capacity / Initial Capacity) × 100%; (2) Capacity Attenuation Rate = [(Initial Capacity − Termination Capacity) / Initial Capacity] × 100%; (3) Capacity Change Rate = (Termination Capacity − Real-time Capacity) / Termination Capacity; 3. Data Application By analyzing the capacity retention rate, discharge capacity attenuation status and corresponding capacity change rate of power batteries for electric two-wheelers, this dataset can be used to evaluate the performance attenuation of this type of battery under long-term cyclic discharge conditions, analyze battery performance stability and predict battery service life.

搜集汇总

数据集介绍

特点

该数据集提供了电动两轮车动力电池4816-G的详细寿命分析数据，包括802条记录，涵盖电池的循环次数、实时容量、容量保持率等关键指标。数据通过循环寿命测试制度收集，用于评估电池性能衰减和预测使用寿命。