微型机与应用
微型機與應用
미형궤여응용
MICROCOMPUTER & ITS APPLICATIONS
2014年
1期
18-21
,共4页
应急后备电源%稳压电路%本安%恒流/恒压%电池管理
應急後備電源%穩壓電路%本安%恆流/恆壓%電池管理
응급후비전원%은압전로%본안%항류/항압%전지관리
emergency back-up power%regulator circuit%intrinsically safe%constant current/constant voltage%battery management
研制了高性能、高可靠性的井下大容量锂电池应急后备电源。设计了该电源中的隔离稳压电路、本安处理电路、恒流/恒压充电电路和电池管理系统。实验样机的实验结果表明，井下大容量应急后备电源能够满足用电设备的供电要求。
研製瞭高性能、高可靠性的井下大容量鋰電池應急後備電源。設計瞭該電源中的隔離穩壓電路、本安處理電路、恆流/恆壓充電電路和電池管理繫統。實驗樣機的實驗結果錶明，井下大容量應急後備電源能夠滿足用電設備的供電要求。
연제료고성능、고가고성적정하대용량리전지응급후비전원。설계료해전원중적격리은압전로、본안처리전로、항류/항압충전전로화전지관리계통。실험양궤적실험결과표명，정하대용량응급후비전원능구만족용전설비적공전요구。
In this paper, underground lithium emergency back-up power with high performance, high reliability and high capacity is designed. The voltage regulator circuit, intrinsically safe processing circuit, constant current/constant voltage charging circuit, and battery management of the power supply system are designed. The experimental prototype results show that the large-capacity underground emergency back-up power supply can meet the requirements of electrical equipment.
