CAJ | 학술논문

通过对成品锂离子电池进行高温搁置，间断性测试电池的开路电压、内阻、自放电率和容量等，考察电池高温搁置性能。结果表明：在45℃搁置13天后，满电电池的自放电率、开路电压均有不同程度的下降，自放电率与开路电压变化呈非线性关系；满电电池的自放电率有助于模块电池筛选；满电与空电电池搁置，内阻变化均不明显；空电搁置的开路电压变化有助于筛选电池。
통과대성품리리자전지진행고온각치，간단성측시전지적개로전압、내조、자방전솔화용량등，고찰전지고온각치성능。결과표명：재45℃각치13천후，만전전지적자방전솔、개로전압균유불동정도적하강，자방전솔여개로전압변화정비선성관계；만전전지적자방전솔유조우모괴전지사선；만전여공전전지각치，내조변화균불명현；공전각치적개로전압변화유조우사선전지。
Through the high_temperature storage,the open_circuit voltage,resistance,self_dis_charge rate and capacity was tested intermittently to investigate the high_temperature storage per_formance of Li_ion battery.The results showed that,after storage at 45 ℃ for 13 days,the self_discharge rate and open circuit voltage of the fully charged battery declined in different degrees, the self_discharge rate and open circuit voltage were nonlinear,the self_discharge rate of the fully charged battery would contribute to filtration for module battery,the resistance changes of the fully charged and empty batteries were not obvious,the open_circuit voltage variation of empty batteries would contribute to filtration.