摘要
为减少通信设备在待机下的电能损耗以及满足通信电源差异化配电和备电要求,需要实现单路电能的精细化统计、分析及电源通断控制。结合5G通信基站对配电小型化、智能化断路器的应用需求,提出了3种智能断路器设计方案并分析其优缺点,得出最优方案并进行测试及验证。测试结果表明,方案三能够优化通信基站配电和备电方案,进一步提升智能化管理、节约电能。
In order to reduce the power loss of communication equipment under standby and to meet the requirements of differentiated power distribution and power backup of communication power,it is necessary to realize the fine statistics,analysis and power on/off control of single circuit power.Combining the application requirements of 5G communication base stations for miniaturized and intelligent circuit breakers,three intelligent circuit breaker design schemes are proposed and analyzed for their advantages and disadvantages,and the optimal scheme is derived and tested and verified.The test results show that option 3 can optimize the communication base station power distribution and power backup scheme,further enhance the intelligent management and save power.
作者
张智玉
王骏松
孟亚军
ZHANG Zhiyu;WANG Junsong;MENG Yajun(Guizhou Taiyong Changzheng Technology Co.,Ltd.,Shenzhen 518057,China)
出处
《通信电源技术》
2022年第20期39-41,共3页
Telecom Power Technology
关键词
智能化配电
智能断路器
电源通断控制
电能损耗优化
intelligent power distribution
intelligent circuit breaker
power on-off control
electric power optimization
