室温贮存LR6电池电性能快速模拟测试方法研究
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摘要
研究70℃贮存7天、60℃贮存20天、45℃贮存30天、室温贮存1年LR6电池的电性能,结果表明45℃贮存30天与室温贮存1年LR6电池的电性能接近。延长LR6电池贮存时间,发现室温贮存2、3、4、5年的LR6电池与45℃贮存60天、90天、120天、150天的LR6电池,两者的电性能接近。45℃贮存是一种适用于室温贮存LR6电池电性能的快速模拟测试方法。
The electrical performance of LR6 batteries stored at 70℃for 7 days,60℃for 20 days,45℃for 30 days and 1 year at room temperature were studied.The results showed that the electrical performance of LR6 batteries stored at 45℃for 30 days were similar to those of LR6 batteries stored at room temperature for 1 year.By extending the storage time of LR6 batteries,it was found that the electrical performance of LR6 batteries stored at room temperature for 2,3,4 and 5 years were similar to those of LR6 batteries stored at 45 ℃for 60,90,120 and 150 days.Storage at 45℃is a fast simulation test method suitable for room temperature storage of LR6 batteries.
The electrical performance of LR6 batteries stored at 70℃for 7 days,60℃for 20 days,45℃for 30 days and 1 year at room temperature were studied.The results showed that the electrical performance of LR6 batteries stored at 45℃for 30 days were similar to those of LR6 batteries stored at room temperature for 1 year.By extending the storage time of LR6 batteries,it was found that the electrical performance of LR6 batteries stored at room temperature for 2,3,4 and 5 years were similar to those of LR6 batteries stored at 45 ℃for 60,90,120 and 150 days.Storage at 45℃is a fast simulation test method suitable for room temperature storage of LR6 batteries.
引文
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[3]陈国标,施斌斌,商景鹏,等.封口工艺对LR20电池安全性能的影响[J].电池,2014,44(03):168-170.
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[5]王康,严志明,汪刚耀,等.PEG抑制碱性锌锰电池析气的研究[J].电池,2017,47(03):148-151.
[6]钱明君,胡春益,陈国标.热重法分析碱性锌锰电池尼龙密封圈的老化[J].电池,2019,49(01):60-63.
[7]武西社.废旧碱性锌锰电池制备硫酸盐[J].电池,2014,44(04):248-250.
[8]陈戏三,李江波.用H2O2/H2SO4体系从废碱性锌锰电池材料中浸出锌、锰[J].湿法冶金,2015,34(04):324-327.
[9] IEC60086-2-2011,Primary Batteries-Part 2:Physical and Electrical Specifications[S].
[10]GB/T 8897.2-2013,原电池第2部分:外形尺寸和电性能要求[S].
[11]袁国辉,褚德威,孔凡涛,等.碱锰电池中锌合金粉的电化学性能[J].电池,2003,(02):87-89.
[12]李佳,刘浩涵,谢晓华,等.石墨/Li(Ni1/3Co1/3Mn1/3)O2电池高温储存后的性能变化[J].电池,2010,40(06):293-296.
[2]张伟伟,陈国标,唐录,等.硬脂酸盐对LR6电池性能的影响[J].电池工业,2014,19(02):59-61.
[3]陈国标,施斌斌,商景鹏,等.封口工艺对LR20电池安全性能的影响[J].电池,2014,44(03):168-170.
[4]屠科荣,陈国标,徐益军,等.锌粉退火处理对碱锰电池性能的影响[J].电池,2014,44(05):293-295.
[5]王康,严志明,汪刚耀,等.PEG抑制碱性锌锰电池析气的研究[J].电池,2017,47(03):148-151.
[6]钱明君,胡春益,陈国标.热重法分析碱性锌锰电池尼龙密封圈的老化[J].电池,2019,49(01):60-63.
[7]武西社.废旧碱性锌锰电池制备硫酸盐[J].电池,2014,44(04):248-250.
[8]陈戏三,李江波.用H2O2/H2SO4体系从废碱性锌锰电池材料中浸出锌、锰[J].湿法冶金,2015,34(04):324-327.
[9] IEC60086-2-2011,Primary Batteries-Part 2:Physical and Electrical Specifications[S].
[10]GB/T 8897.2-2013,原电池第2部分:外形尺寸和电性能要求[S].
[11]袁国辉,褚德威,孔凡涛,等.碱锰电池中锌合金粉的电化学性能[J].电池,2003,(02):87-89.
[12]李佳,刘浩涵,谢晓华,等.石墨/Li(Ni1/3Co1/3Mn1/3)O2电池高温储存后的性能变化[J].电池,2010,40(06):293-296.