摘要
在传统通信电源系统中,配套蓄电池组往往通过串联方式实现连接,导致了单节电池问题影响整组电池正常运行、远程运行维护工作困难等一系列问题,为了有效规避这些问题,可以选择应用并联直流电源技术。分析关键并联直流电源技术,总结并联直流电源技术系统方案及应用原理,通过实际案例分析了通信电源系统中并联直流电源技术的具体应用,以期为并联直流电源技术应用及通信电源系统建设提供参考思路,从而改善配套蓄电池连接效果。
In the traditional communication power supply system,the supporting battery sets are often connected in series,leading to a series of problems such as the normal operation of the whole battery and the remote operation and maintenance difficulties.In order to effectively avoid these problems,we can choose to apply parallel DC power supply technology.The analysis of the key parallel dc power technology,summarizes the parallel dc power technology system scheme and application principle,through the actual case analysis of the communication power system in parallel DC power technology application,in order to parallel dc power technology application and communication power system construction to provide reference ideas,so as to improve the supporting battery connection effect.
作者
朱关峰
赵磊
ZHU Guanfeng;ZHAO Lei(China Communication Services Consulting Design&Research Institute Co.,Ltd.,Nanjing 210019,China)
出处
《通信电源技术》
2022年第18期87-89,93,共4页
Telecom Power Technology
关键词
并联直流电源技术
通信电源系统
均流技术
parallel DC power supply technology
communication power supply system
current sharing technology
