摘要
当前电网一体化自助测试服务管控方法,存在人员配置不合理、测试服务数据存储路径单一,造成数据冗余度较高,导致管控效率低的问题。提出了基于DevOps的电网一体化自助测试服务管控应用研究。依据一体化模式下电网主要业务,重新分配值班人员。依据DevOps应用原理,对开发过程进行严密跟踪,使用户与软件开发部门进行实时交流。设置基于DevOps电网一体化存储与管控机制,保证各时间、各区域、各应用电网模式都存储到一个多维度版本数据库中。从一体化模式下事故处理、分布式数据库与元数据管理、空间维度管理角度,以增量方式存储,减少冗余数据,实现电网一体化自助测试服务管控。经实验验证,所提方法能有效降低数据冗余度,其管理效率最高可达到90%,满足电网企业发展需求。
The current power grid integrated self-service test service management and control method has the problems of unreasonable staffing and single test data storage path,which results in high data redundancy and low management and control efficiency.This paper presents the application research of DevOps-based integrated power grid self-service test service management and control.According to the main business of the power grid under the integrated model,the staff on duty are redistributed.According to the DevOps application principle,the development process is closely tracked so that users can communicate with the software development department in real time.The DevOps-based integrated power grid storage and management mechanism is set up to ensure that each time,region,and application grid model is stored in a multi-dimensional version database.From the perspective of accident handling,distributed database and metadata management,and spatial dimension management in an integrated mode,incremental storage is used to reduce redundant data,and to implement integrated self-service test service management and control of the power grid.The experiment proves that the proposed method can effectively reduce data redundancy,and its management efficiency can reach 90%at the highest,which can meet the development needs of power grid enterprises.
作者
严俊斌
YAN Jun-bin(Information Center,Guangdong Power Supply Bureau Co.,Ltd.,Guangzhou 510000,China)
出处
《电子设计工程》
2020年第18期97-100,105,共5页
Electronic Design Engineering
基金
广东省自然科学基金(61328247)。
