容器化的配电网信息交互分布式测试技术研究
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摘要
面对配电网业务扩展,作为信息交互枢纽的总线所承载的数据量正在大规模增长,传统配电网信息总线的测试技术弊端日趋显现。提出了基于容器云的IEC61968信息交互检测方法,通过测试结点在云端的动态扩容技术开展总线一致性测试。设计了总线"发布/订阅"、"请求/应答"类型的交互功能与性能检测云体系架构,适用于解决灵活、快速探知被测对象性能上限的问题,为开展基于配电网信息互操作一致性测试、提升测试系统的资源利用率提供参考。
Faced with business expansion of distribution networks,the volume of data carried on the bus as information exchange hub is growing in such a large scale that disadvantages of the traditional test technology for the information bus of the distribution network are becoming increasingly apparent. This paper proposed an IEC61968 information interoperability test method based on container cloud,which could make bus conformity test through dynamic expansion technology for the test node at the cloud terminal. It designed a cloud architecture for interactive function and performance tests of the "release/subscription"and "request/response"type for the bus,applicable to quick flexible ascertainment of the upper limit of performance of the object under test,thus providing reference for the conformity test of the information interoperability in the distribution network and for the improvement of the utilization rate of the test system.
Faced with business expansion of distribution networks,the volume of data carried on the bus as information exchange hub is growing in such a large scale that disadvantages of the traditional test technology for the information bus of the distribution network are becoming increasingly apparent. This paper proposed an IEC61968 information interoperability test method based on container cloud,which could make bus conformity test through dynamic expansion technology for the test node at the cloud terminal. It designed a cloud architecture for interactive function and performance tests of the "release/subscription"and "request/response"type for the bus,applicable to quick flexible ascertainment of the upper limit of performance of the object under test,thus providing reference for the conformity test of the information interoperability in the distribution network and for the improvement of the utilization rate of the test system.
引文
[1]赵江河,陈新,林涛,等.基于智能电网的配电自动化建设[J].电力系统自动化,2012,36(18):33-36.
[2]KING L.CIM for Distribution Interoperability Testing Preparation[R].Electric Power Research Institute,Palo Alto,California,USA,2009.
[3]赵江河.IEC61968与智能电网:电力企业应用集成标准的应用[M].北京:中国电力出版社,2013.
[4]IEC 61968-1-2012(Edition2.0)Application integration at electric utilities-System interfaces for distribution management-Part 1:Interface architecture and general recommendations[S].IEC,Geneva,Switzerland,2012.
[5]SIMMMINS J.Common Information Model(CIM)Conformity and Interoperability Test Procedure Development[R].Electric Power Research Institute,Palo Alto,California,USA,2011.
[6]刘鹏,吕广宪,康先果,等.基于IEC61968标准的配电网信息互操作一致性测试技术应用[J].电力系统自动化,2017,41(6):142-146.
[7]IEC 61968-100-2013(Edition1.0)Application integration at electric utilities-System interfaces for distribution management-Part 100:Implementation profiles[S].IEC,Geneva,Switzerland,2013.
[2]KING L.CIM for Distribution Interoperability Testing Preparation[R].Electric Power Research Institute,Palo Alto,California,USA,2009.
[3]赵江河.IEC61968与智能电网:电力企业应用集成标准的应用[M].北京:中国电力出版社,2013.
[4]IEC 61968-1-2012(Edition2.0)Application integration at electric utilities-System interfaces for distribution management-Part 1:Interface architecture and general recommendations[S].IEC,Geneva,Switzerland,2012.
[5]SIMMMINS J.Common Information Model(CIM)Conformity and Interoperability Test Procedure Development[R].Electric Power Research Institute,Palo Alto,California,USA,2011.
[6]刘鹏,吕广宪,康先果,等.基于IEC61968标准的配电网信息互操作一致性测试技术应用[J].电力系统自动化,2017,41(6):142-146.
[7]IEC 61968-100-2013(Edition1.0)Application integration at electric utilities-System interfaces for distribution management-Part 100:Implementation profiles[S].IEC,Geneva,Switzerland,2013.