摘要
为有效解决现代电气工程中所面临集成化性能差、结构不统一等问题,基于智能技术设计相应地电气自动化控制系统。在阐述系统设计遵循稳定性、扩展性等原则基础上,详细介绍电气自动化控制系统架构及主要功能,包含数据采集、信息传输、电气控制等功能的设计与实现。为探究所设计系统性能,选取电气自动化控制系统应用实例展开分析,研究结果表明,所设计的电气自动化控制系统满足人工智能调节要求,能有效提升系统运行安全性。
In order to effectively solve the problems of poor integration performance and non-uniform structure faced by modern electrical engineering,the corresponding electrical automation control system is designed based on intelligent technology. On the basis of expounding the principles of system design such as stability and expansibility,this paper introduces in detail the architecture and main functions of electrical automation control system,including the design and implementation of data acquisition, information transmission and electrical control functions. In order to explore the performance of the designed system,an application example of the electrical automation control system is selected for analysis. The research results show that the designed electrical automation control system meets the requirements of artificial intelligence regulation and can effectively improve the safety of the system.
作者
刘向阳
王丹
LIU Xiang-yang;WANG Dan(Electrical Engineering College of Xi'an Railway Vocational and Technical Institute,Xi'an 710026,China)
出处
《电子设计工程》
2019年第16期66-69,共4页
Electronic Design Engineering
基金
陕西高等教育教学改革研究项目(17GY027)
关键词
智能技术
电气自动化控制系统
功能设计
数据采集
intelligent technology
electrical automation control system
functional design
dataacquisition
