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基于SG-I6000 2.0+CMBD的电力智能运维系统设计与实现

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为促使电网公司运维工作规范化、便捷化,提高电网运维效率,在原有SG-I6000 2.0系统架构基础上,融入配置管理数据库(CMBD),构建基于SG-I6000 2.0+CMBD的电力智能运维系统.该系统自上而下分为应用层、中台服务层和运维感知层,相比原系统新增了资源配置、流程服务、健康履历、自动审计、业务流微应用、构建自主流程微应用、资源全过程管理等.并发测试结果表明,新系统最大可承受1000个并发用户同时使用的需求.压力测试结果表明,在最大500个用户数量同时操作情况下,平均事务响应时间仅为40.8 s,相比原系统降低了 63%,运维效率得到显著提升.
Design and Implementation of Power Intelligent Operation and Maintenance System Based on SG-I6000 2.0+CMBD
In order to promote the standardization and convenience of operation and maintenance work for power grid companies,and improve the efficiency of power grid operation and maintenance,it is proposed to integrate the Configuration Management Database(CMBD)on the basis of the original SG-I6000 2.0 system architecture,and build a power intelligent operation and maintenance system based on SG-I6000 2.0+CMBD.The system is divided into an application layer,a middle platform service layer,and an operation and maintenance perception layer from top to bottom.Compared with the original system,it has added resource configuration,process services,health records,automatic auditing,business flow micro applications,building autono-mous process micro applications,and resource full process management.The concurrency test results show that the new sys-tem can withstand the demand of up to 1000 concurrent users simultaneously.The stress test results show that under the con-dition of a maximum of 500 users operating simultaneously,the average transaction response time is only 40.8 s,which is 63%lower than the original system,and the operation and maintenance efficiency is significantly improved.

SG-I6000 2.0CMBDpower intelligent operation and maintenance systemstress testoperation and maintenance efficiency

吴凯、常晓润、张琦佳、刘洋

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国网天津市电力公司,天津 300143

SG-I6000 2.0 CMBD 电力智能运维系统 压力测试 运维效率

国网天津电力设计开发实施项目-资本性国网天津电力设计开发实施项目-成本性

SGTJXT00XYXX2100394SGTJXT00XYXX2100401

2024

微型电脑应用
上海市微型电脑应用学会

微型电脑应用

CSTPCD
影响因子:0.359
ISSN:1007-757X
年,卷(期):2024.40(6)
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