摘要
传统的电厂运行数据并行迁移系统存在数据迁移速率低的问题,导致系统延迟较高,因此设计了基于混合云架构的电厂运行数据并行迁移系统。在硬件方面,设计了电路模块、单片机模块、传感器模块与处理模块,单片机采用ADN7632,以光敏传感器、红外传感器、霍尔传感器组合成传感器模块,利用STN5349完成相关信息处理。同时引入混合云架构设计系统软件,通过原始运行数据转换与迁移、数据同步、并行迁移完成软件设计。实验结果表明,该系统的数据迁移速率更高,系统延迟符合电厂的实际要求,具有更高的应用价值。
The traditional power plant operation data parallel migration system has the problem of low data migration rate,resulting in high system delay.Therefore,a power plant operation data parallel migration system based on hybrid cloud architecture is designed.In terms of hardware,the circuit module,single chip microcomputer module,sensor module and processing module are designed.The single chip microcomputer adopts ADN7632,and the sensor module is composed of photosensitive sensor,infrared sensor and Hall sensor.The relevant information processing is completed by STN5349.At the same time,the hybrid cloud architecture design system software is introduced to complete the software design through original operation data conversion and migration,data synchronization and parallel migration.The experimental results show that the data migration rate of the system is higher,the system delay meets the actual requirements of the power plant,and has higher application value.
作者
黄伟
王小波
乔蓓蓓
HUANG Wei;WANG Xiaobo;QIAO Beibei(Datang Fuping Thermal Power Co.,Ltd.,Fuping 711799,China)
出处
《电子设计工程》
2023年第2期126-129,134,共5页
Electronic Design Engineering
关键词
混合云架构
电厂运行数据
并行迁移
迁移系统
hybrid cloud architecture
power plant operating data
parallel migration
migration system
