摘要
针对地下工程传统供电模式存在依赖外部电网与单一自备电源、环境伪装困难等问题和地下工程高可靠用电需求,综合分析多种智能供电技术措施及其成熟度。在此基础上,提出一种高可靠智能供电方案,并分析供电方案的网络结构和运行模式。
Considering the problems with the traditional power supply mode for underground engineering including high reliance on external power grids,single self⁃contained power supply,and difficulties in environmental camouflage and the demand for highly reliable power use in underground engineering,in this paper,multiple technical measures for smart power supply are comprehensively analyzed,and the maturity of each measure is discussed.On this basis,a highly reliable scheme for smart power supply is proposed and the network structure and operation mode of the scheme are analyzed.
作者
李超峰
李娟
王书怀
侯普民
李映春
LI Chaofeng;LI Juan;WANG Shuhuai;HOU Pumin;LI Yingchun(Institute of Defense Engineering,AMS PLA,Beijing 100036,China;Unit 92844,Qingdao 266000,Shandong Province,China)
出处
《建筑电气》
2024年第9期28-32,共5页
Building Electricity
关键词
地下工程
高可靠供电
智能电网
分布式能源
供电系统设计
多重化独立供电
多路联合供电
平滑切换
underground engineering
highly reliable power supply
smart grid
distributed energy
power supply system design
multiple independent power supply
multiple⁃feed combined power supply
smooth switch
