摘要
多表合一作为国家电网主导并做示范的一项工程,主要依靠用电信息采集系统,并利用采集设备实现水电的集中采集与传输。多表合一是实现资源共建的重要手段,更是实现智慧城市建设的重大举措。对水电气多表合一中的用电信息采集系统进行设计,能够提高水电气抄表的工作效率,提高工作质量,同时也能够为用户提供方便。多表合一建设中的采集系统通信稳定、覆盖范围广,将水、气、电、热等领域多表融合提供可行性方案,电力多表合一建设的主要优势在于采集系统相对稳定,通信通道多样化,技术相对成熟并有较好的扩展性,数据平台支撑强大,结构规范,有利于对外接口的扩展,本文将重点研究在多表合一建设中的用电信息采集系统的具体应用,阐述用电信息采集系统的模式以及系统的设计。
As a leading and demonstration project of the State Grid,multi-meter integration mainly relies on electricity information acquisition system,and uses acquisition equipment to realize centralized collection and transmission of hydropower. Multi table integration is an important means to realize resource co construction,and also a major measure to realize the construction of smart city. The design of the electric power information acquisition system in the integration of multi-meter of water and electricity can improve the work efficiency and work quality of water and electricity meter reading,and also can provide convenience for users. The acquisition system in the construction of multi-meter integration has the advantages of stable communication,wide coverage of light,and the fusion of multi-meter in water,gas,electricity and heat fields. The main advantages of the construction of multi-meter integration of power system are relatively stable acquisition system,diversified communication channels,relatively mature technology and good expansibility,and the support of data platform,standardized structure,conducive to the expansion of external interface,this paper will focus on the construction of multi-meter power information acquisition system in the specific application,described the power information acquisition system model and system design.
作者
何欢
张芹
冉艳春
谢玮
可红
HE Huan;ZHANG Qin;RAN Yanchun;XIE Wei;KE Hong(state grid hubei electric power company measurement center,Wuhan 430080,China;hubei central china technology development of electric power co.,LTD,Wuhan 430077,China)
出处
《自动化与仪器仪表》
2019年第2期142-145,共4页
Automation & Instrumentation
关键词
多表合一
用电
信息采集系统
multi table integration
power consumption
information collection system