化工进展
化工進展
화공진전
CHEMICAL INDUSTRY AND ENGINEERING PROGRESS
2012年
4期
820-824
,共5页
姚敦平%唐耀庚%谢晓峰%王金海%王树博%王要武
姚敦平%唐耀庚%謝曉峰%王金海%王樹博%王要武
요돈평%당요경%사효봉%왕금해%왕수박%왕요무
钒液流电池%极化效应%变电流%快速充电
釩液流電池%極化效應%變電流%快速充電
범액류전지%겁화효응%변전류%쾌속충전
all vanadium redox battery%polarization effect%variable current%rapid charge
基于电池快速充电基本原理,采用了变电流间歇恒压充电方法,并结合正交试验方法,对自制单片钒液流电池进行了一系列的充放电测试,获得了最佳充电参数。结果表明:采用变电流间歇恒压充电方法,充电时间相比恒流恒压充电方法缩短近50%;且获得了大致相同的放电容量,放电比率为100%;多次充放电循环后,放电容量未见衰减,取得了良好充电效果。
基于電池快速充電基本原理,採用瞭變電流間歇恆壓充電方法,併結閤正交試驗方法,對自製單片釩液流電池進行瞭一繫列的充放電測試,穫得瞭最佳充電參數。結果錶明:採用變電流間歇恆壓充電方法,充電時間相比恆流恆壓充電方法縮短近50%;且穫得瞭大緻相同的放電容量,放電比率為100%;多次充放電循環後,放電容量未見衰減,取得瞭良好充電效果。
기우전지쾌속충전기본원리,채용료변전류간헐항압충전방법,병결합정교시험방법,대자제단편범액류전지진행료일계렬적충방전측시,획득료최가충전삼수。결과표명:채용변전류간헐항압충전방법,충전시간상비항류항압충전방법축단근50%;차획득료대치상동적방전용량,방전비솔위100%;다차충방전순배후,방전용량미견쇠감,취득료량호충전효과。
In order to attain rapid-charging for all vanadium redox battery,an intermittent charging method with variable current and constant-voltage was introduced.A better charging effect was achieved under a series of charging and discharging tests.Compared with the constant-current and constant-voltage charge method,the proposed method not only got the same discharge capacity,but also reduced half of charging time.Its discharge rate reached up 100%.Moreover,its discharge capacity did not decrease after many recharge cycles.