CN102497017B - Power grid fault information comprehensive acquisition platform and acquisition method - Google Patents
Power grid fault information comprehensive acquisition platform and acquisition methodDownload PDFInfo
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Abstract
Description
Translated fromChinese技术领域technical field
本发明涉及一种电网故障信息采集平台及采集方法，属于管理数据处理系统技术领域。The invention relates to a grid fault information collection platform and a collection method, belonging to the technical field of management data processing systems.
背景技术Background technique
现有电网的故障信息包括通过电力95598客服系统报修、用户智能电表故障上报、配变采集终端故障上报、线路线上开关故障上报、变电站出线开关故障上报等渠道获取的方式。这些渠道获取的故障信息都是单独存储在各自业务系统内。如现有通过95598报修的故障信息存储在95598客服系统(国电客服系统)内；再如配变采集终端和用户智能电表上报的故障存储在用电信息采集系统(CSM)内；又如线路线上开关和变电站出线开关上报的故障信息存储在配电自动化管理系统(DMS)内。The fault information of the existing power grid includes methods such as repair reporting through the electric power 95598 customer service system, user smart meter fault reporting, distribution transformer collection terminal fault reporting, line on-line switch fault reporting, and substation outlet switch fault reporting. The fault information obtained through these channels is stored separately in their respective business systems. For example, the existing fault information reported through 95598 is stored in the 95598 customer service system (Guodian customer service system); another example is the fault information reported by the distribution transformer collection terminal and the user’s smart meter and stored in the power consumption information collection system (CSM); another example is the line line The fault information reported by the upper switch and the substation outlet switch is stored in the distribution automation management system (DMS).
现有用电信息采集系统可以调用到用电区域内用电采集终端(包括配变终端和用户智能电表)采集的故障信息，但用电信息采集系统调用的这些故障信息一般不能用于电网故障抢修和研判等外部电网业务应用系统中。The existing power consumption information collection system can call the fault information collected by the power consumption collection terminals (including distribution transformer terminals and user smart meters) in the power consumption area, but the fault information called by the power consumption information collection system generally cannot be used for power grid faults. In external power grid business application systems such as emergency repair and research and judgment.
由此可见，现有各种电网业务系统采集故障信息的渠道是孤立的(各自为营)，各种渠道采集的信息缺少统一的对外通道，各种渠道采集的故障信息之间没有联系，没有形成多渠道综合采集所有电网故障信息的平台；因此现有的电网各种自动化业务系统不能同时共享各种渠道采集的故障信息，从而不能满足对电网故障信息进行综合分析和利用的要求。It can be seen that the channels for collecting fault information of various existing power grid business systems are isolated (operating independently), the information collected by various channels lacks a unified external channel, and there is no connection between the fault information collected by various channels. Form a platform for comprehensively collecting all grid fault information through multiple channels; therefore, various existing grid automation business systems cannot share fault information collected from various channels at the same time, thus failing to meet the requirements for comprehensive analysis and utilization of grid fault information.
发明内容Contents of the invention
本发明解决的技术问题是：提出一种可以将现有各种电网故障信息进行综合采集的采集平台及采集方法。The technical problem solved by the invention is to propose a collection platform and a collection method that can comprehensively collect various existing power grid fault information.
为了解决上述技术问题，本发明提出的技术方案之一是：一种电网故障信息综合采集平台，包括设置于现有95598客服系统内的报修故障信息推送模块、设置于现有配电自动化管理系统内的线路故障信息推送模块、设置于现有用电信息采集系统内的用采故障信息推送模块，还包括故障信息接收模块、故障信息处理模块；In order to solve the above technical problems, one of the technical solutions proposed by the present invention is: a comprehensive collection platform for power grid fault information, including a repair fault information push module set in the existing 95598 customer service system, set in the existing power distribution automation management system The line fault information push module in the system, the power consumption fault information push module installed in the existing power consumption information collection system, and also includes a fault information receiving module and a fault information processing module;
所述报修故障信息推送模块用以将上报到95598客服系统的用户报修故障信息推送给故障信息接收模块；The repair report fault information pushing module is used to push the user repair report fault information reported to the 95598 customer service system to the fault information receiving module;
所述线路故障信息推送模块用以将上报到配电自动化管理系统(DMS)的开关变位故障信息推送给故障信息接收模块；The line fault information pushing module is used to push the switch displacement fault information reported to the distribution automation management system (DMS) to the fault information receiving module;
所述用采故障信息推送模块用以将上报到用电信息采集系统(CSM)的配变和用户故障信息推送给故障信息接收模块；The user failure information push module is used to push the distribution transformer and user failure information reported to the power consumption information collection system (CSM) to the failure information receiving module;
所述故障信息接收模块用以接收和校验来自报修故障信息推送模块、线路故障信息推送模块和用采故障信息推送模块推送来的故障信息；The fault information receiving module is used to receive and verify the fault information pushed from the repair report fault information push module, the line fault information push module and the user fault information push module;
所述故障信息处理模块用以将所述故障信息进行存储，按照电网线路拓扑结构从低压用户到高压设备，以统一的数据模型进行分析整合。The fault information processing module is used to store the fault information, and analyze and integrate with a unified data model from low-voltage users to high-voltage equipment according to the topological structure of power grid lines.
为了解决上述技术问题，本发明提出的技术方案之二是：一种电网故障信息综合采集方法，采用上述电网故障信息综合采集平台，并执行以下步骤：In order to solve the above-mentioned technical problems, the second technical solution proposed by the present invention is: a method for comprehensive collection of power grid fault information, using the above-mentioned comprehensive collection platform for power grid fault information, and performing the following steps:
1)在现有95598客服系统内设置报修故障信息推送模块，建立95598客服系统与报修故障信息推送模块的Web服务数据传送通道；1) Set up a repair fault information push module in the existing 95598 customer service system, and establish a web service data transmission channel between the 95598 customer service system and the repair fault information push module;
在现有配电自动化管理系统内设置线路故障信息推送模块，建立配电自动化管理系统与线路故障信息推送模块的GPRS报文信息传送通道或IEB总线服务数据传送通道；Set up a line fault information push module in the existing distribution automation management system, and establish a GPRS message information transmission channel or an IEB bus service data transmission channel between the distribution automation management system and the line fault information push module;
在现有用电信息采集系统内设置用采故障信息推送模块，建立用电信息采集系统与用采故障信息推送模块的Web服务数据传送通道；Set up a consumption fault information push module in the existing power consumption information collection system, and establish a Web service data transmission channel between the power consumption information collection system and the consumption fault information push module;
2)报修故障信息推送模块将上报到95598客服系统的用户报修故障信息推送给故障信息接收模块；2) The repair fault information push module pushes the user repair fault information reported to the 95598 customer service system to the fault information receiving module;
线路故障信息推送模块将上报到配电自动化管理系统(DMS)的开关变位故障信息推送给故障信息接收模块；The line fault information push module pushes the switch displacement fault information reported to the distribution automation management system (DMS) to the fault information receiving module;
用采故障信息推送模块将上报到用电信息采集系统(CSM)的配变和用户故障信息推送给故障信息接收模块；The fault information push module pushes the distribution transformer and user fault information reported to the power consumption information collection system (CSM) to the fault information receiving module;
3)故障信息接收模块接收和校验来自报修故障信息推送模块、线路故障信息推送模块和用采故障信息推送模块推送来的故障信息；3) The fault information receiving module receives and verifies the fault information pushed from the repair report fault information push module, the line fault information push module and the mining fault information push module;
4)故障信息处理模块将经故障信息接收模块接收和校验的故障信息进行存储，按照电网线路拓扑结构从高压设备到低压用户，以统一的数据模型进行分析整合。4) The fault information processing module stores the fault information received and verified by the fault information receiving module, and analyzes and integrates it with a unified data model from high-voltage equipment to low-voltage users according to the topological structure of the grid line.
上述技术方案之一的完善是：还包括故障信息发送模块和信息外发通道，故障信息发送模块用以将故障信息处理模块处理和存储的故障信息，通过信息外发通道外发至电网业务应用系统；信息外发通道用以在故障信息发送模块与外部电网业务应用系统之间建立联系。The perfection of one of the above technical solutions is: it also includes a fault information sending module and an information outgoing channel, and the fault information sending module is used to send the fault information processed and stored by the fault information processing module to the power grid business application through the information outgoing channel system; the information outgoing channel is used to establish a connection between the fault information sending module and the external power grid business application system.
上述技术方案之一的进一步完善是：所述存储是将接收到的不同来源的故障信息分类存储在各自类型的故障信息表中；所述分析整合是按照中低压的线路拓扑结构自下而上的整理故障信息，并建立相互之间可查询的关系，将分析到的结果存储在分析结果表中。The further improvement of one of the above technical solutions is: the storage is to classify and store the received fault information from different sources in the respective types of fault information tables; Organize fault information and establish mutual query relationship, and store the analyzed results in the analysis result table.
上述技术方案之一的再进一步完善是：所述用户报修故障信息包括用户编号、用户名称、用户地址、联系方式和故障内容；所述开关变位故障信息包括开关编号、开关状态、线路编号、所属厂站、三相电流和三相电压的报文信息；所述配变和用户故障信息包括配变编号、配变名称、关口编号、电表编号、关口编号和采集时间；所述信息外发通道是局域网络。A further improvement of one of the above-mentioned technical solutions is: the fault information reported by the user includes user number, user name, user address, contact information and fault content; the switch displacement fault information includes switch number, switch state, line number, The report information of the affiliated factory station, three-phase current and three-phase voltage; the distribution transformer and user fault information include distribution transformer number, distribution transformer name, gate number, electric meter number, gate number and collection time; the information is sent out Channels are local area networks.
上述技术方案之二的变化和完善是：在第1)步骤中，在配电自动化管理系统与线路故障信息推送模块之间建立IEB总线服务数据传送通道；还包括第5)步骤，在故障信息发送模块与外部电网业务应用系统之间建立信息外发通道，故障信息发送模块将经故障信息处理模块整理和存储的故障信息，通过信息外发通道外发至电网业务应用系统。The change and improvement of the above-mentioned technical solution two are: in the first) step, an IEB bus service data transmission channel is established between the distribution automation management system and the line fault information push module; An information outgoing channel is established between the sending module and the external power grid business application system, and the fault information sending module sends the fault information sorted and stored by the fault information processing module to the power grid business application system through the information outgoing channel.
上述技术方案之二的进一步完善是：The further improvement of the above-mentioned technical scheme two is:
在第3)步骤中，所述故障信息接收模块接收到的故障信息进行校验，若校验的故障信息为异常数据，针对不同的故障信息来源向故障信息推送方进行反馈；如果校验的故障信息是正常数据则向故障信息处理模块推送；In the 3rd) step, the fault information received by the fault information receiving module is verified, and if the verified fault information is abnormal data, feed back to the fault information pushing party for different fault information sources; if the verified If the fault information is normal data, it will be pushed to the fault information processing module;
在第4)步骤中，所述存储是将接收到的不同来源的故障信息分类存储在各自类型的故障信息表中；In the 4th) step, the storage is to classify and store the received fault information from different sources in respective types of fault information tables;
所述分析整合是按照中低压的线路拓扑结构自下而上的进行整理，包括从用户信息-＞电表信息-＞配变信息-＞线上开关信息-＞变电站出线开关信息进行分析，并建立相互之间可查询的关系，将分析到的结果存储在分析结果表中。The analysis and integration is organized from bottom to top according to the topological structure of medium and low voltage lines, including analyzing from user information->electric meter information->distribution transformer information->online switch information->substation outlet switch information, and establishing The relationship between them can be queried, and the analyzed results are stored in the analysis result table.
上述技术方案之二的再进一步完善是：所述GPRS报文信息传送通道是利用设置在开关的遥信变位装置的SIM卡构成；所述用户报修故障信息包括用户编号、用户名称、用户地址、联系方式和故障内容；所述开关变位故障信息包括开关编号、开关状态、线路编号、所属厂站、三相电流和三相电压的报文；所述配变和用户故障信息包括配变编号、配变名称、关口编号、电表编号、关口编号和采集时间；所述信息外发通道是局域网络；所述信息外发通道是局域网络。The second further improvement of the above-mentioned technical solution is: the GPRS message information transmission channel is formed by using the SIM card of the remote signal displacement device arranged on the switch; the user report failure information includes user number, user name, user address , contact information and fault content; the switch displacement fault information includes the switch number, switch status, line number, plant station, three-phase current and three-phase voltage messages; the distribution transformer and user fault information include distribution transformer number, distribution transformer name, gate number, meter number, gate number and collection time; the information outgoing channel is a local area network; the information outgoing channel is a local area network.
本发明的采集平台和采集方法的有益效果是：由于在现有95598客服系统、配电自动化管理系统和用电信息采集系统内分别设置报修故障信息推送模块、线路故障信息推送模块和用采故障信息推送模块，将上报到95598客服系统、配电自动化管理系统和用电信息采集系统的故障信息主动传送给故障信息接收模块；因此实现对现有各种电网业务系统渠道采集的电网故障信息进行汇总和主动传送；从而为电网自动化管理系统共享各种渠道的电网故障信息提供了有力支撑。The beneficial effects of the collection platform and collection method of the present invention are: since the repair report fault information push module, the line fault information push module and the consumption fault information are respectively set in the existing 95598 customer service system, distribution automation management system and power consumption information The information push module actively transmits the fault information reported to the 95598 customer service system, the distribution automation management system and the power consumption information collection system to the fault information receiving module; therefore, it realizes the power grid fault information collected by various existing power grid business system channels Summarize and actively transmit; thus providing strong support for the grid automation management system to share grid fault information from various channels.
附图说明Description of drawings
下面结合附图对本发明的电网故障信息综合采集平台作进一步说明。The integrated grid fault information collection platform of the present invention will be further described below in conjunction with the accompanying drawings.
图1是本发明实施例一电网故障信息综合采集平台的模块架构图。Fig. 1 is a block diagram of a platform for comprehensive collection of power grid fault information according to an embodiment of the present invention.
图2是本发明实施例一电网故障信息综合采集方法的流程图。Fig. 2 is a flow chart of a method for comprehensive collection of power grid fault information according to an embodiment of the present invention.
图3是本发明实施例二电网故障信息综合采集平台的模块架构图。Fig. 3 is a block diagram of a platform for comprehensive collection of grid fault information according to Embodiment 2 of the present invention.
图4是本发明实施例二电网故障信息综合采集方法的流程图。Fig. 4 is a flowchart of a method for comprehensively collecting fault information of a power grid according to Embodiment 2 of the present invention.
具体实施方式Detailed ways
实施例一Embodiment one
本实施例的电网故障信息综合采集平台以南京某故障信息综合采集平台为例说明，如图1所示，该采集平台包括报修故障信息推送模块1、线路故障信息推送模块2、用采故障信息推送模块3、故障信息接收模块4、故障信息处理模块5；The power grid fault information comprehensive collection platform of this embodiment is illustrated by taking a certain fault information comprehensive collection platform in Nanjing as an example. As shown in Figure 1, the collection platform includes a repair report fault information push module 1, a line fault information push module push module 3, fault information receiving module 4, fault information processing module 5;
报修故障信息推送模块1用以将上报到95598客服系统的用户报修故障信息推送给故障信息接收模块4；The repair fault information push module 1 is used to push the user repair fault information reported to the 95598 customer service system to the fault information receiving module 4;
线路故障信息推送模块2用以将上报到配电自动化管理系统(DMS)的开关变位故障信息推送给故障信息接收模块4；The line fault information push module 2 is used to push the switch displacement fault information reported to the distribution automation management system (DMS) to the fault information receiving module 4;
用采故障信息推送模块3用以将上报到用电信息采集系统(CSM)的配变和用户故障信息推送给故障信息接收模块4；The fault information push module 3 is used to push the distribution transformer and user fault information reported to the power consumption information collection system (CSM) to the fault information receiving module 4;
故障信息接收模块4用以接收和校验来自报修故障信息推送模块1、线路故障信息推送模块2和用采故障信息推送模块3推送来的故障信息；Fault information receiving module 4 is in order to receive and check the fault information that pushes module 1, line fault information push module 2 and adopts fault information push module 3 to push from report repair fault information;
故障信息处理模块5用以将所述故障信息进行存储，按照电网线路拓扑结构从低压用户到高压设备，以统一的数据模型进行分析整合。The fault information processing module 5 is used to store the fault information, and conduct analysis and integration with a unified data model from low-voltage users to high-voltage equipment according to the grid line topology.
本实施例的电网故障信息综合采集方法如图2所示，包括以下步骤：The method for comprehensive collection of power grid fault information in this embodiment is shown in Figure 2, and includes the following steps:
1)在现有95598客服系统内设置报修故障信息推送模块1，建立95598客服系统与报修故障信息推送模块1的Web服务数据传送通道；具体推送的用户报修故障信息包括：用户编号、用户名称、用户地址、联系方式、故障内容等；1) In the existing 95598 customer service system, set up a repair report fault information push module 1, and establish a web service data transmission channel between the 95598 customer service system and the repair report fault information push module 1; the specific pushed user repair report fault information includes: user number, user name, User address, contact information, fault content, etc.;
在现有配电自动化管理系统内设置线路故障信息推送模块2，建立配电自动化管理系统与线路故障信息推送模块2的GPRS报文信息传送通道(具体是利用设置在开关的遥信变位装置的SIM卡构成GPRS报文信息传送通道)；传送的故障信息主要为出线开关拉闸及线上开关隔离的开关变位信息，具体传送的开关变位信息包括：开关编号、开关状态、线路编号、所属厂站、三相电流、三相电压等报文信息；Set up the line fault information push module 2 in the existing power distribution automation management system, and establish the GPRS message information transmission channel between the power distribution automation management system and the line fault information push module 2 (specifically, use the remote signal displacement device arranged on the switch The SIM card constitutes the GPRS message information transmission channel); the fault information transmitted is mainly the switch displacement information of the outlet switch and the switch isolation on the line, the specific switch displacement information transmitted includes: switch number, switch status, line number , affiliated plant, three-phase current, three-phase voltage and other message information;
在现有用电信息采集系统内设置用采故障信息推送模块3，建立用电信息采集系统与用采故障信息推送模块3的Web服务数据传送通道；传送的配变和用户故障信息包括配变编号、配变名称、关口编号、电表编号、关口编号和采集时间等。In the existing power consumption information collection system, the power consumption fault information push module 3 is set up, and the Web service data transmission channel between the power consumption information collection system and the power consumption fault information push module 3 is established; the distribution transformer and user fault information transmitted include distribution transformers Number, distribution transformer name, gate number, meter number, gate number and collection time, etc.
2)报修故障信息推送模块1将上报到95598客服系统的用户报修故障信息推送给故障信息接收模块4；2) The repair report fault information push module 1 pushes the user repair report fault information reported to the 95598 customer service system to the fault information receiving module 4;
线路故障信息推送模块2将上报到配电自动化管理系统(DMS)的开关变位故障信息推送给故障信息接收模块4；The line fault information pushing module 2 pushes the switch displacement fault information reported to the distribution automation management system (DMS) to the fault information receiving module 4;
用采故障信息推送模块3将上报到用电信息采集系统(CSM)的配变和用户变位故障信息推送给故障信息接收模块4。The utility fault information push module 3 pushes the distribution transformer and user displacement fault information reported to the power consumption information collection system (CSM) to the fault information receiving module 4 .
3)故障信息接收模块4接收和校验来自报修故障信息推送模块1、线路故障信息推送模块2和用采故障信息推送模块3推送来的故障信息；3) fault information receiving module 4 receives and verifies the fault information from the fault information push module 1 for repair report, the fault information push module 2 of the line and the fault information pushed by the fault information push module 3;
故障信息接收模块4在接收到故障信息数据时，需对不同来源的故障信息数据进行校验，若校验的故障信息为异常的数据，针对不同的故障信息数据来源向故障信息数据推送方(各自的业务系统)进行反馈；如果校验的故障信息是正常数据则向故障信息处理模块5推送。Fault information receiving module 4 needs to check the fault information data of different sources when receiving the fault information data, if the fault information of verification is abnormal data, send the fault information data to the fault information data pusher ( Respective business system) feeds back; If the fault information of verification is normal data, then push to fault information processing module 5.
4)故障信息处理模块5将经故障信息接收模块4接收和校验的故障信息进行存储，按照电网线路拓扑结构从低压用户到高压设备，以统一的数据模型进行分析整合；4) The fault information processing module 5 stores the fault information received and verified by the fault information receiving module 4, and analyzes and integrates it with a unified data model from low-voltage users to high-voltage equipment according to the topological structure of the grid line;
存储是：对接收到的不同来源的故障信息需要分类存储在各自类型的故障信息表中；Storage is: the fault information received from different sources needs to be classified and stored in the respective types of fault information tables;
分析整合是：在对数据进行分析整合时，按照中低压的线路拓扑结构自下而上的进行整理，如：从用户信息-＞电表信息-＞配变信息-＞线上开关信息-＞变电站出线开关信息进行分析，并建立相互之间可查询的关系(例如可通过用户故障信息查询配变故障信息)，将分析到的结果存储在分析结果表中。Analysis and integration is: when analyzing and integrating data, it is organized from bottom to top according to the topological structure of medium and low voltage lines, such as: from user information->electric meter information->distribution transformer information->online switch information->substation Analyze the outgoing line switch information, and establish a queryable relationship between them (for example, you can query the distribution transformer fault information through the user fault information), and store the analyzed results in the analysis result table.
实施例二Embodiment two
本实施例的电网故障信息综合采集平台与实施例一基本相同，如图3所示，所不同的是：还包括故障信息发送模块6和信息外发通道7，故障信息发送模块6用以将故障信息处理模块5整理和存储的故障信息，通过信息外发通道7外发至电网业务应用系统；信息外发通道7用以在故障信息发送模块6与外部电网业务应用系统之间建立接口，信息外发通道一般是采用局域网络。The power grid fault information comprehensive acquisition platform of this embodiment is basically the same as Embodiment 1, as shown in Figure 3, the difference is: it also includes a fault information sending module 6 and an information outgoing channel 7, and the fault information sending module 6 is used to The fault information sorted and stored by the fault information processing module 5 is sent to the power grid business application system through the information outgoing channel 7; the information outgoing channel 7 is used to establish an interface between the fault information sending module 6 and the external power grid business application system, The information outgoing channel generally adopts a local area network.
本实施例的电网故障信息综合采集方法与实施例一基本相同，如图4所示，所不同的是：(1)在第1)步骤中，通过在配电自动化管理系统与线路故障信息推送模块2之间建立IEB总线服务数据传送通道代替GPRS报文信息传送通道；The grid fault information comprehensive collection method of this embodiment is basically the same as Embodiment 1, as shown in Figure 4, the difference is: (1) in the 1st step, through the power distribution automation management system and line fault information push An IEB bus service data transmission channel is established between modules 2 to replace the GPRS message information transmission channel;
(2)还包括第5)步骤，在故障信息发送模块6与外部电网业务应用系统之间建立信息外发通道7，故障信息发送模块6将经故障信息处理模块5整理和存储的故障信息，通过信息外发通道7外发至电网业务应用系统。(2) It also includes the 5th step, establishing an information outgoing channel 7 between the fault information sending module 6 and the external power grid business application system, and the fault information sending module 6 will organize and store the fault information through the fault information processing module 5, The information is sent to the power grid business application system through the information sending channel 7 .
本发明不局限于上述实施例所述的具体技术方案，凡采用等同替换形成的技术方案均为本发明要求的保护范围。The present invention is not limited to the specific technical solutions described in the above embodiments, and all technical solutions formed by equivalent replacement are within the scope of protection required by the present invention.
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