摘要
本文提出的均衡技术采用间隙式优先充电的双闭环控制模式,内部采用光MOS开关阵列,利用开关电源技术,以能量转移方式将高电压电池的电量转移到低电压电池,电量转移是双向并行进行,从而达到电池电压均衡。研究成果可为蓄电池的有效利用提供参考。
The dual-closed loop control mode for the interval priority charging is adopted for the voltage equalization technique proposed herein,for which the optical MOS switch array is used inside,and then the power is transferred from high-voltage battery to low-voltage battery with the mode of energy transfer by means of the switching power technique,while the power transfer is made with the two-way parallel mode,thus the battery voltage equalization is achieved.The study result can provide a reference for the effective utilization of battery.
作者
万双民
李俊岭
李奇罡
毛欢
雷斌
夏永晓
WAN Shuangmin;LI Junling;LI Qigang;MAO Huan;LEI Bin;XIA Yongxiao(Tianshengqiao II Hydropower Co.,Ltd.,CSG Power Generation Co.,Ltd.,Guangzhou 511400,Guangdong,China;Zhongke Kaichuang(Guangzhou)Intelligent Technology Development Co.,Ltd.,Guangzhou 510520,Guangdong,China)
出处
《水利水电技术》
北大核心
2020年第S01期153-155,共3页
Water Resources and Hydropower Engineering
关键词
蓄电池
自动均衡充电
双闭环控制
双向并行模式
battery
automatic equalized charging
dual-closed loop control
two-way parallel mode