基于多技术融合的变电站直流系统智慧运维体系构建
Construction of Intelligent Operation and Maintenance System of Substation DC System Based on Multi-Technology Fusion
王伟晴1
作者信息
- 1. 江西省电力公司宜春供电分公司,江西宜春 336000
- 折叠
摘要
传统的变电站直流系统智慧运维体系构建方法不能确定实时健康度,运行效率较低,因此,设计了一种基于多技术融合的变电站直流系统智慧运维体系构建方法.首先,基于多技术融合采集变电站直流系统的信息,实时监测直流系统的运行状态,并收集设备的工作数据.然后,设置变电站直流系统的实时健康度,评估设备的健康程度.最后,构建变电站直流系统的风险矩阵,确定各种故障的风险程度,以制定相应的预防措施.实验结果表明,运用基于多技术融合的变电站直流系统智慧运维体系构建方法后,运行时间最长为 1122.25 h,证明其能够有效提高变电站直流系统的运行效率.
Abstract
The traditional method of constructing the intelligent operation and maintenance system of the substation DC system cannot determine the real-time health degree and the operation efficiency is low,so a method for the construction of the intelligent operation and maintenance system of the substation DC system based on multi-technology integration is designed.Firstly,based on multi-technology fusion,the information of the DC system of the substation is collected,the operation status of the DC system is monitored in real time,and the working data of the equipment is collected.Then,set the real-time health level of the substation DC system to evaluate the health of the equipment.Finally,build a risk matrix for the DC system of the substation,determine the risk level of various faults,and develop corresponding preventive measures.The experimental results show that after using the construction method of intelligent operation and maintenance system for substation DC system based on multi technology fusion,the longest operating time is 1 122.25 h,which proves that it can effectively improve the operational efficiency of substation DC system.
关键词
多技术/融合/变电站/直流系统Key words
multi-technology/fusion/substation/DC system引用本文复制引用
出版年
2024
NETL
NSTL
万方数据