摘要
随着微机保护产品在电力系统中大量应用,传统的编程方法已经很难满足保护系统开发和维护的需求。本文根据电力系统控制保护系统的特点,提出可视化编程思路,用户可在研发人员提供的标准范例基础上,结合现场应用需求,灵活实现保护和故障隔离等功能,提升装置配置灵活性。
As widely applications of microcomputer-based protection products in the power system,traditional programming methods have been difficult to meet the needs of the development and maintenance of the protection system.Combining with the characteristics of the power system control and protection system,this paper proposed the concept of RD and user integration for visual programming.Based on the standard examples provided by RD personnel,combined with on-site application requirements,functions such as protection and fault isolation could be flexibly implemented,and device configuration flexibility was improved.
作者
汪玲彦
WANG Lingyan(Hubei Normal University,Huangshi 435002,China)
出处
《电工技术》
2018年第16期83-85,共3页
Electric Engineering
关键词
逻辑可编程
显示可编程
控制保护
元件库
logistic programming
display programming
control and protection
component library modeling
