CAJ | 학술논문

本文重点围绕阀控式蓄电池化成工艺，探讨了不同化成槽水域温度、不同充电量及化成结束后电池内部不同电解液密度对电池初期性能和循环寿命的影响。实验结果表明：化成温度的控制对电池初期性能起关键作用，充电量及电解液密度的控制有利于延长电池循环寿命。
본문중점위요벌공식축전지화성공예，탐토료불동화성조수역온도、불동충전량급화성결속후전지내부불동전해액밀도대전지초기성능화순배수명적영향。실험결과표명：화성온도적공제대전지초기성능기관건작용，충전량급전해액밀도적공제유리우연장전지순배수명。
This paper mainly discussed the effect of different tank temperature, charging quantity and electrolyte density after formation on initial performance and cycle life surrounding research on the container formation of VRLA batteries. The experimental results showed that controlling formation temperature could play a key role on the initial performance, and control ling charging quantity and electrolyte density after formation was helpful to prolong the cycle life of VRLA batteries.