CN105740351A - Data fusion method and system of power transmission operation and maintenance equipment - Google Patents

Data fusion method and system of power transmission operation and maintenance equipment Download PDF

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Publication number
CN105740351A
CN105740351A CN201610050557.5A CN201610050557A CN105740351A CN 105740351 A CN105740351 A CN 105740351A CN 201610050557 A CN201610050557 A CN 201610050557A CN 105740351 A CN105740351 A CN 105740351A
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China
Prior art keywords
electricity
transmission
equipment
monitoring
data
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CN201610050557.5A
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Chinese (zh)
Inventor
曹敏
冯玉喜
张�浩
尹福荣
陈达
王艳涛
方情莉
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Electric Power Research Institute of Yunnan Power Grid Co Ltd
Electric Power Research Institute of Yunnan Power System Ltd
Kunming Enersun Technology Co Ltd
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Electric Power Research Institute of Yunnan Power System Ltd
Kunming Enersun Technology Co Ltd
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Application filed by Electric Power Research Institute of Yunnan Power System Ltd, Kunming Enersun Technology Co Ltd filed Critical Electric Power Research Institute of Yunnan Power System Ltd
Priority to CN201610050557.5A priority Critical patent/CN105740351A/en
Publication of CN105740351A publication Critical patent/CN105740351A/en
Pending legal-status Critical Current

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    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/90Details of database functions independent of the retrieved data types
    • G06F16/95Retrieval from the web
    • G06F16/951Indexing; Web crawling techniques
    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/20Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/25Integrating or interfacing systems involving database management systems
    • G06F16/254Extract, transform and load [ETL] procedures, e.g. ETL data flows in data warehouses
    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06QDATA PROCESSING SYSTEMS OR METHODS, SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL, SUPERVISORY OR FORECASTING PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL, SUPERVISORY OR FORECASTING PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
    • G06Q50/06Electricity, gas or water supply

Abstract

The invention provides a data fusion method and system of power transmission operation and maintenance equipment. The data fusion method of the power transmission operation and maintenance equipment comprises the following steps: each piece of power transmission monitoring equipment independently monitors the monitoring data of each piece of power transmission operation and maintenance equipment according to respective power protocols; the power protocol uploaded by each piece of power transmission operation and maintenance equipment and the monitoring data of the power transmission operation and maintenance equipment are obtained; a mapping relationship between the power protocol of each piece of power transmission monitoring equipment and a preset power protocol is established, a uniform information model is established according to the mapping relationship, the monitoring data, which is uploaded by each piece of power transmission monitoring equipment, of the power transmission operation and maintenance equipment is converted into the monitoring data with the same power protocol according to the uniform information model; and the monitoring data with the same power protocol is fused to generate the panoramic information of each piece of power transmission operation and maintenance equipment. The technical scheme of the invention can bring convenience for relevant operation personnel to timely master the state and the operation situation of each piece of power transmission operation and maintenance equipment.

Description

The data fusion method of a kind of O&M equipment of transmitting electricity and system
Technical field
The present invention relates to technical field of power systems, more specifically, relate to data fusion method and the system of a kind of O&M equipment of transmitting electricity.
Background technology
At present, field is monitored at transmission line of electricity O&M, the reasons such as communication mechanism is different, the difference of data model and interface due to monitoring equipment of transmitting electricity, the state of substantial amounts of transmission of electricity O&M equipment and operation information is had to fail collection and utilization, make associative operation personnel can not grasp state and the operation information of transmission of electricity O&M equipment in time, to these equipment operation conditions, regularly arrive scene mainly by associative operation personnel to carry out supervising, monitoring, to unwatched monitoring, monitor in real time can not be accomplished, spend substantial amounts of people's material resources to site inspection again.
In sum, state and the ruuning situation that how can grasp each transmission of electricity O&M equipment in time become the technical problem that current those skilled in the art are urgently to be resolved hurrily.
Summary of the invention
It is an object of the invention to provide the data fusion scheme of a kind of O&M equipment of transmitting electricity, with the problem solving state and the operation information that can not grasp each transmission of electricity O&M equipment in the prior art introduced in background technology in time.
In order to solve above-mentioned technical problem, the present invention provides following technical scheme:
The invention provides the data fusion method of a kind of O&M equipment of transmitting electricity, the data fusion method of described transmission of electricity O&M equipment includes:
Each transmission of electricity monitoring equipment monitors the Monitoring Data of each transmission of electricity O&M equipment respectively according to respective electric power stipulations;Wherein, described electric power stipulations include the transmit electricity network communication protocol of monitoring equipment, data frame format, control word format and the data structure corresponding with described transmission of electricity O&M equipment;
Obtain the electric power stipulations that each transmission of electricity monitoring equipment is uploaded and the Monitoring Data transmitting electricity O&M equipment;
Set up the electric power stipulations of each transmission of electricity monitoring equipment and the mapping relations of default electric power stipulations, according to described mapping relations, set up uniform information model, according to described uniform information model by each transmit electricity monitoring equipment upload transmission of electricity O&M equipment Monitoring Data be converted to the Monitoring Data with same power stipulations;
The Monitoring Data with same power stipulations is merged.
Preferably, the data fusion method of described transmission of electricity O&M equipment also includes:
Described transmission of electricity monitoring equipment, according to the type of described transmission of electricity O&M equipment, environment position, duty and function, selects the transmission of electricity monitoring device type corresponding with described transmission of electricity O&M equipment, monitors the Monitoring Data of each transmission of electricity O&M equipment.
Preferably, the described Monitoring Data to having same power stipulations merges, including:
The Monitoring Data of same data type of O&M equipment of being transmitted electricity by same type sequentially in time merges, and generates the first fusion Monitoring Data;
According to transmission of electricity business demand, the first of the transmission of electricity O&M equipment that Selective type is corresponding with described transmission of electricity business demand is merged Monitoring Data and merges, and generates the second fusion Monitoring Data.
Preferably, the data fusion method of described transmission of electricity O&M equipment also includes:
By three-dimensional geographic information system technology, the transmission of electricity O&M monitoring of equipment data that O&M equipment of each being transmitted electricity is corresponding respectively are integrated to transmission of electricity O&M device model, transmission of electricity monitoring device model and relevant geographical environmental information respectively, generate the panoramic information of transmission of electricity O&M equipment.
Preferably, the data fusion method of described transmission of electricity O&M equipment also includes:
Obtain and monitor in real time the running status of each transmission of electricity monitoring equipment;
The alarm device corresponding respectively with each transmission of electricity monitoring equipment is set;
Judging that whether the running status of each transmission of electricity monitoring equipment described is abnormal, if the running status of described transmission of electricity monitoring equipment is abnormal, then the alarm device that abnormal with described running status transmission of electricity monitoring equipment is corresponding sends alarm signal;
Record each transmission of electricity monitoring equipment and the history run information of each transmission of electricity O&M equipment respectively, generate serve log.
According to the second aspect of the invention, it is also proposed that the data fusion system of a kind of O&M equipment of transmitting electricity, including:
Monitoring modular, monitors the Monitoring Data of each transmission of electricity O&M equipment respectively for controlling each transmission of electricity monitoring equipment according to respective electric power stipulations;Wherein, described electric power stipulations include the transmit electricity network communication protocol of monitoring equipment, data frame format, control word format and the data structure corresponding with described transmission of electricity O&M equipment;
Acquisition module, for obtaining the electric power stipulations that each transmission of electricity monitoring equipment is uploaded and the Monitoring Data transmitting electricity O&M equipment;
Model building module, for setting up electric power stipulations and the mapping relations of default electric power stipulations of each transmission of electricity monitoring equipment, according to described mapping relations, sets up uniform information model;
Modular converter, for being converted to the Monitoring Data with same power stipulations according to described uniform information model by the transmission of electricity O&M monitoring of equipment data that each transmission of electricity monitoring equipment is uploaded;
Fusion Module, for the described Monitoring Data with same power stipulations is merged, generates the panoramic information of each transmission of electricity O&M equipment.
Preferably, the data fusion system of described transmission of electricity O&M equipment, also include:
Monitoring type selection module, for according to the type of described transmission of electricity O&M equipment, environment position, duty and function, selecting the transmission of electricity monitoring device type corresponding with described transmission of electricity O&M equipment, monitor the Monitoring Data of each transmission of electricity O&M equipment.
Preferably, in the data fusion system of described transmission of electricity O&M equipment, described Fusion Module includes:
First merges Monitoring Data generation module, and the Monitoring Data for the same data type of O&M equipment of being transmitted electricity by same type sequentially in time merges, and generates the first fusion Monitoring Data;
Second merges Monitoring Data generation module, and for according to transmission of electricity business demand, the first of the transmission of electricity O&M equipment that Selective type is corresponding with described transmission of electricity business demand is merged Monitoring Data and merge, and generates the second fusion Monitoring Data.
Preferably, the data fusion system of described transmission of electricity O&M equipment, also include:
Integrate module, for by three-dimensional geographic information system technology, the transmission of electricity O&M monitoring of equipment data that O&M equipment of each being transmitted electricity is corresponding respectively are integrated to transmission of electricity O&M device model, transmission of electricity monitoring device model and relevant geographical environmental information respectively, generate the panoramic information of transmission of electricity O&M equipment.
Preferably, the data fusion system of described transmission of electricity O&M equipment also includes:
Running status acquisition module, for obtaining and monitor in real time the running status of each transmission of electricity monitoring equipment;
Alarm device arranges module, for arranging the alarm device corresponding respectively with each transmission of electricity monitoring equipment;
Abnormal judge module, whether the running status for judging each transmission of electricity monitoring equipment described is abnormal;
Alarm module, if be additionally operable to the running status exception of described transmission of electricity monitoring equipment, the alarm device controlling the transmission of electricity monitoring equipment abnormal with described running status corresponding sends alarm signal;
Serve log generation module, for recording each transmission of electricity monitoring equipment and the history run information of each transmission of electricity O&M equipment respectively, generates serve log.
nullCan be drawn by above-mentioned work process,The data fusion scheme of transmission of electricity O&M equipment provided by the invention,Monitored the Monitoring Data of corresponding transmission of electricity O&M equipment respectively according to respective electric power stipulations by each transmission of electricity monitoring equipment corresponding with transmission of electricity O&M equipment,Then the mapping relations according to the electric power stipulations of each transmission of electricity monitoring equipment with default electric power stipulations,The Monitoring Data of the transmission of electricity O&M equipment that monitoring equipment of each being transmitted electricity is uploaded is converted to the Monitoring Data with same power stipulations,Communication mechanism due to monitoring equipment of transmitting electricity、Data model and interface are specified by electric power stipulations,Therefore,By setting up above-mentioned mapping relations,Integrate the network communication protocol of each different transmission of electricity monitoring equipment、Data frame format、Control word format and data structure,It is thus possible to obtain the Monitoring Data with same power stipulations,Conveniently this Monitoring Data is merged.It is thus possible to facilitate associative operation personnel to grasp each information such as the transmission of electricity state of O&M equipment and ruuning situation in time.
Accompanying drawing explanation
In order to be illustrated more clearly that the technical scheme in the embodiment of the present invention, below the accompanying drawing used required during embodiment is described is briefly described, apparently, for those of ordinary skills, under the premise not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the schematic flow sheet of the data fusion method of a kind of O&M equipment of transmitting electricity that the embodiment of the present invention provides;
Fig. 2 is the schematic flow sheet of the data fusion method of a kind of O&M equipment of transmitting electricity that the embodiment of the present invention provides;
Fig. 3 is the schematic flow sheet of the data fusion method of a kind of O&M equipment of transmitting electricity that the embodiment of the present invention provides;
Fig. 4 is the schematic flow sheet of the data fusion method of a kind of O&M equipment of transmitting electricity that the embodiment of the present invention provides;
Fig. 5 is the schematic flow sheet of the data fusion method of a kind of O&M equipment of transmitting electricity that the embodiment of the present invention provides;
Fig. 6 is the structural representation of the data fusion system of a kind of O&M equipment of transmitting electricity that the embodiment of the present invention provides;
Fig. 7 is the structural representation of the data fusion system of a kind of O&M equipment of transmitting electricity that the embodiment of the present invention provides;
Fig. 8 is the structural representation of the data fusion system of a kind of O&M equipment of transmitting electricity that the embodiment of the present invention provides;
Fig. 9 is the structural representation of the data fusion system of a kind of O&M equipment of transmitting electricity that the embodiment of the present invention provides;
Figure 10 is the structural representation of the data fusion system of a kind of O&M equipment of transmitting electricity that the embodiment of the present invention provides.
Detailed description of the invention
The data fusion scheme of the transmission of electricity O&M equipment that the embodiment of the present invention provides, the problem solving the state that can not grasp transmission of electricity O&M the equipment in time and operation information introduced in background technology.
In order to make those skilled in the art be more fully understood that the technical scheme in the embodiment of the present invention, and it is understandable to enable the above-mentioned purpose of the embodiment of the present invention, feature and advantage to become apparent from, below in conjunction with accompanying drawing, the technical scheme in the embodiment of the present invention is described in further detail.
Refer to the schematic flow sheet that accompanying drawing 1, Fig. 1 is the data fusion method of a kind of O&M equipment of transmitting electricity that the embodiment of the present invention provides.As it is shown in figure 1, the data fusion method of described transmission of electricity O&M equipment includes:
S110: each transmission of electricity monitoring equipment monitors the Monitoring Data of each transmission of electricity O&M equipment respectively according to respective electric power stipulations;Wherein, described electric power stipulations include the transmit electricity network communication protocol of monitoring equipment, data frame format, control word format and the data structure corresponding with described transmission of electricity O&M equipment.
For concrete network communication protocol, information is carried out by field bus communication mode mutual between transmission of electricity monitoring equipment and upper strata process equipment, adopt low latency and the deterministic bus of height, complete the information transmission measuring control and measurement result to various places transmission of electricity O&M equipment by fieldbus.
Wherein, the Monitoring Data of transmission of electricity O&M equipment includes the information such as the transmission of electricity state of O&M equipment, ruuning situation and/or ambient environmental conditions.
S120: obtain the electric power stipulations that each transmission of electricity monitoring equipment is uploaded and the Monitoring Data transmitting electricity O&M equipment;
Specifically, the transmission of electricity monitoring equipment in each place carries out the collection monitoring of the data of transmission of electricity O&M equipment on the spot, in gathering monitoring process, adopts electric power stipulations to specify each transmission of electricity data frame format of monitoring equipment, data structure and transmission rule.Electric power stipulations include transmission of electricity monitoring equipment and process general agreement, data frame format, control word definition and form, data structure and the transmission rule that equipment communicates with upper strata, ensure that transmission of electricity monitoring equipment has the data model and data interface type determined, the data model simultaneously comprising this monitoring device in the transmission of electricity data uploaded of monitoring equipment and data interface type information;Wherein, each transmission of electricity monitoring equipment concentrates upload communication data, upper strata processes equipment and is uniformly processed the data that each transmission of electricity monitoring equipment is uploaded, each transmission of electricity monitoring equipment adopts the layered distribution type structure of bus type, this structure has good anti-interference, extensibility and overall performance, being installed on monitored transmission of electricity monitoring equipment, the transmission of electricity precision that uses at the scene of monitoring equipment and stability are to ensure that the key link of Monitoring Data effectiveness.
Wherein, the electric power stipulations of the transmission of electricity monitoring equipment that different transmission of electricity O&M equipment are corresponding are different, therefore, the Monitoring Data of different transmission of electricity O&M equipment is difficult to merge, therefore, obtain each transmission of electricity electric power stipulations of uploading of monitoring equipment, it is possible to according to these electric power stipulations, each transmission of electricity network communication protocol of Monitoring Data of monitoring equipment, data frame format control word format and data structure are uniformly processed, to cross over the different transmission of electricity communication mechanism of monitoring equipment, difference between data model and interface.
S130: set up the electric power stipulations of each transmission of electricity monitoring equipment and the mapping relations of default electric power stipulations, according to described mapping relations, set up uniform information model, according to described uniform information model by each transmit electricity monitoring equipment upload transmission of electricity O&M equipment Monitoring Data be converted to the Monitoring Data with same power stipulations;Wherein, uniform information model, the mapping relations of electric power stipulations with default electric power stipulations for storing each transmission of electricity monitoring equipment above-mentioned, for being converted to the Monitoring Data with same power stipulations according to these mapping relations.
Specifically, data and information to transmission of electricity O&M equipment collect, for adopting the transmission of electricity monitoring equipment of different electric power stipulations, according to corresponding stipulations, realize heterogeneous networks communication protocol, data frame format, the monitoring device data acquisition of control word format and warehouse-in, set up uniform information model, be converted to the Monitoring Data with same power stipulations by uniform information model;Then the Monitoring Data of transmission of electricity O&M equipment is integrated, specifically, use three-dimensional gis technology, integrate Monitoring Data, transmission facility model, monitoring device model, geographical environment information, it is provided that the panoramic information service of transmission of electricity O&M equipment.Transmission facility state Centralizing inspection provides open secondary developing platform simultaneously, sets up analysis and the diagnostic system of various equipment for each professional application.
The mapping relations of electric power stipulations with default electric power stipulations by setting up each transmission of electricity monitoring equipment, thus setting up uniform information model, thus each Monitoring Data transmitting electricity O&M equipment is converted to the Monitoring Data with same power stipulations, conveniently this Monitoring Data is carried out fusion treatment.
S140: the described Monitoring Data with same power stipulations is merged.
By the described Monitoring Data with same power stipulations is merged, conveniently Monitoring Data can be uniformly processed, in time, the collection and utilization transmission of electricity state of O&M equipment and operation information all sidedly so that associative operation personnel can grasp the transmission of electricity state of O&M equipment, environment and operation information in time.
Gathered the Monitoring Data of corresponding transmission of electricity O&M equipment respectively according to respective electric power stipulations by each transmission of electricity monitoring equipment corresponding with transmission of electricity O&M equipment, then the mapping relations according to the electric power stipulations of each transmission of electricity monitoring equipment with default electric power stipulations, the Monitoring Data of the transmission of electricity O&M equipment that monitoring equipment of each being transmitted electricity is uploaded is converted to the Monitoring Data with same power stipulations, communication mechanism due to monitoring equipment of transmitting electricity, data model and interface are specified by electric power stipulations, therefore, by setting up above-mentioned mapping relations, integrate the network communication protocol of each different transmission of electricity monitoring equipment, data frame format, control word format and data structure, it is thus possible to obtain the Monitoring Data with same power stipulations, conveniently this Monitoring Data is merged.It is thus possible to facilitate associative operation personnel to grasp each information such as the transmission of electricity state of O&M equipment and ruuning situation in time.
As in figure 2 it is shown, the data fusion method of the transmission of electricity O&M equipment shown in Fig. 1 also includes:
S210: described transmission of electricity monitoring equipment, according to the type of described transmission of electricity O&M equipment, environment position, duty and function, selects the transmission of electricity monitoring device type corresponding with described transmission of electricity O&M equipment, monitors the Monitoring Data of each transmission of electricity O&M equipment.
Namely the type of transmission of electricity O&M equipment transmits electricity the kind of O&M equipment, such as the wire on shaft tower, shaft tower and insulator etc., the environment position of transmission of electricity O&M equipment can affect the transmission of electricity duty of O&M equipment and function, including ambient temperature, humidity, wind speed, wind direction, rainfall, sunshine situation, air pressure, wire inclination angle, insulator inclination angle etc..Therefore, by the type of above-mentioned transmission of electricity O&M equipment, environment position, duty and function, select the type of the transmission of electricity monitoring equipment corresponding with transmission of electricity O&M equipment, such as temperature sensor, humidity sensor, pressure transducer etc., it is thus possible to monitor each transmission of electricity Monitoring Data corresponding to O&M equipment, as ambient temperature, humidity, wind speed, wind direction, rainfall and sunshine situation etc..
As it is shown on figure 3, described step S140: the transmission of electricity O&M monitoring of equipment data of each transmission of electricity monitoring equipment with same power stipulations are merged, including:
S310: the Monitoring Data of the same data type of O&M equipment of being transmitted electricity by same type sequentially in time merges, generates the first fusion Monitoring Data;The kind that type is transmission of electricity O&M equipment of transmission of electricity O&M equipment, such as shaft tower, wire and insulator etc.;Data type includes the information such as the form of the Monitoring Data that electric power stipulations specify, data structure and transmission rule.
S320: according to transmission of electricity business demand, the first fusion Monitoring Data that Selective type is corresponding with described transmission of electricity business demand merges, and generates the second fusion Monitoring Data.
Specifically, the method for data fusion includes following three parts:
(1) data pick-up:
From each transmission of electricity monitoring equipment extracted data, adopt increment extraction mode, the data increasing newly or revising in the table extracted in data base since being only drawn from extracting last time, accurately the delta data in operation system can be accurately captured by certain frequency, operation system can not be caused too big pressure, affect existing business.
(2) data conversion:
The data extracted from transmission of electricity monitoring equipment not necessarily fully meet demand, such as data form is inconsistent, data entry error, data are imperfect, it is therefore desirable to the data extracted are carried out data conversion and processing, the data obtained by transmission of electricity monitoring equipment, according to transmission of electricity business demand and corresponding electric power stipulations, convert the form required by purpose data base to, and wrong, inconsistent data are carried out and process.
(3) data load:
Data after conversion and processing are loaded in purpose data base, the data after processing conversion are reprinted relevant data sharing interaction center.
As shown in Figure 4, the data fusion method of the transmission of electricity O&M equipment shown in Fig. 1 also includes:
S410: by three-dimensional geographic information system technology, the Monitoring Data that O&M equipment of each being transmitted electricity is corresponding respectively is integrated to transmission of electricity O&M device model, transmission of electricity monitoring device model and relevant geographical environmental information respectively, generates the panoramic information of transmission of electricity O&M equipment.
By using three-dimensional geographic information system (GIS technology) Monitoring Data corresponding for each transmission of electricity O&M equipment to be integrated to transmission of electricity O&M device model, transmission of electricity monitoring device model and relevant geographical environmental information, generate the panoramic information of transmission of electricity O&M equipment such that it is able to transmission of electricity O&M equipment, transmission of electricity monitoring equipment and relevant context information are shown on display interface.Specifically, set up the coordinate mapping relations between transmission of electricity O&M device model, transmission of electricity monitoring device model and relevant geographical environmental information, according to these coordinate mapping relations, transmission of electricity O&M device model, transmission of electricity monitoring device model and relevant geographical environmental information are merged, generate panoramic picture, then relevant Monitoring Data is added in the position that relevant transmission of electricity O&M equipment is corresponding, thus realizing the generation of transmission of electricity O&M equipment.
In order to monitor the ruuning situation of each transmission of electricity monitoring equipment in time, as it is shown in figure 5, the data fusion method of above-mentioned transmission of electricity O&M equipment is except each step shown in Fig. 1, also include:
S510: obtain and monitor in real time the running status of each transmission of electricity monitoring equipment;
S520: the alarm device corresponding respectively with each transmission of electricity monitoring equipment is set;
S530: judge that whether the running status of each transmission of electricity monitoring equipment described is abnormal, if the running status of described transmission of electricity monitoring equipment is abnormal, then perform step S540;
S540: the alarm device that the transmission of electricity monitoring equipment of described running status exception is corresponding sends alarm signal;
S550: record each transmission of electricity monitoring equipment and the history run information of each transmission of electricity O&M equipment respectively, generate serve log.
Specifically, the alert event in real-time monitoring equipment running.The real time record reported to the police is carried out sound and light alarm, and during such as the fault such as occur voltage to transfinite, temperature over-range or voltage inequality transfinite, the alarm device corresponding with faulty equipment sends alarm signal.
Historical events in record system operation, controls event and user operation time etc. including equipment, facilitates and follow-up system is safeguarded, the problem for running in follow-up system running provides inquiry foundation.
Meanwhile, data platform adopting web carry out information issue, the information such as primary connection figure, curve and form can be checked on web and be browsed and refresh in real time, and major function has:
By figure, numeral and curve mode, checking the real-time running state of various equipment, real-time history data, relevant device data is monitored, inquire about, collect, statistics and analysis, the remote measurement amount of each plant equipment is determined by concrete communications protocol.
Based on same inventive concept, the embodiment of the present application additionally provides the data fusion system of transmission of electricity O&M equipment, owing to method that described system is corresponding is the data fusion method of the transmission of electricity O&M equipment in the embodiment of the present application, and the principle that this system solves problem is similar to method, therefore the enforcement of this system may refer to the enforcement of method, repeats part and repeats no more.
Refer to the structural representation that Fig. 6, Fig. 6 are the data fusion systems of a kind of O&M equipment of transmitting electricity that the embodiment of the present invention provides, as shown in Figure 6, the data fusion system of this transmission of electricity O&M equipment, including:
Monitoring modular 601, monitors the Monitoring Data of each transmission of electricity O&M equipment respectively for controlling each transmission of electricity monitoring equipment according to respective electric power stipulations;Wherein, described electric power stipulations include the transmit electricity network communication protocol of monitoring equipment, data frame format, control word format and the data structure corresponding with described transmission of electricity O&M equipment;
Acquisition module 602, for obtaining the electric power stipulations that each transmission of electricity monitoring equipment is uploaded and the Monitoring Data transmitting electricity O&M equipment;
Model building module 603, for setting up electric power stipulations and the mapping relations of default electric power stipulations of each transmission of electricity monitoring equipment, according to described mapping relations, sets up uniform information model;
Modular converter 604, for being converted to the Monitoring Data with same power stipulations according to described uniform information model by the transmission of electricity O&M monitoring of equipment data that each transmission of electricity monitoring equipment is uploaded;
Fusion Module 605, for the described Monitoring Data with same power stipulations is merged, generates the panoramic information of each transmission of electricity O&M equipment.
As it is shown in fig. 7, the data fusion system of above-mentioned transmission of electricity O&M equipment also includes:
Monitoring type selection module 606, for according to the type of described transmission of electricity O&M equipment, environment position, duty and function, selecting the transmission of electricity monitoring device type corresponding with described transmission of electricity O&M equipment, monitor the Monitoring Data of each transmission of electricity O&M equipment.
As shown in Figure 8, the Fusion Module 605 shown in Fig. 7, specifically include:
First merges Monitoring Data generation module 6051, and the Monitoring Data for the same data type of O&M equipment of being transmitted electricity by same type sequentially in time merges, and generates the first fusion Monitoring Data;
Second merges Monitoring Data generation module 6052, and for according to transmission of electricity business demand, the first fusion Monitoring Data that Selective type is corresponding with described transmission of electricity business demand merges, and generates the second fusion Monitoring Data.
As it is shown in figure 9, the data fusion system of described transmission of electricity O&M equipment, also include:
Integrate module 607, for by three-dimensional geographic information system technology, the transmission of electricity O&M monitoring of equipment data that O&M equipment of each being transmitted electricity is corresponding respectively are integrated to transmission of electricity O&M device model, transmission of electricity monitoring device model and relevant geographical environmental information respectively, generate the panoramic information of transmission of electricity O&M equipment.
As shown in Figure 10, the data fusion system of described transmission of electricity O&M equipment also includes:
Running status acquisition module 1001, for obtaining and monitor in real time the running status of each transmission of electricity monitoring equipment;
Alarm device arranges module 1002, for arranging the alarm device corresponding respectively with each transmission of electricity monitoring equipment;
Abnormal judge module 1003, whether the running status for judging each transmission of electricity monitoring equipment described is abnormal;
Alarm module 1004, if be additionally operable to the running status exception of described transmission of electricity monitoring equipment, the alarm device controlling the transmission of electricity monitoring equipment abnormal with described running status corresponding sends alarm signal;
Serve log generation module 1005, for recording each transmission of electricity monitoring equipment and the history run information of each transmission of electricity O&M equipment respectively, generates serve log.
As a kind of preferred embodiment, present invention also offers the data fusion system of a kind of O&M equipment of transmitting electricity, specifically include following four layer operation platforms:
Application Middleware layer:
Application Middleware layer platform is that whole system provides a distributed application development and running environment, application and development adopts uniform information model to cross over the obstacle of different models and interface with running environment, as related application system and bottom hardware system, the middleware of an Efficient robust between the operating system of upper strata, effectively upper layer application and first floor system are separated, reduce the upper layer application dependence to first floor system, adopt Cross-border congestion management language and middleware, foundation simultaneously can cross over the distributed application development on different Computer Architectures and operating system and running environment, design for upper layer application provides a kind of development platform and environment, stability and high efficiency for system provides Reliable guarantee.
Data support:
Data communication service module primary responsibility in Data support platform and external system carry out communication, the object of external communication can be monitoring device, other the data communication services gateway of each producer, this gateway supports the data communication of many producers, communication protocol can be MODBUS, it also is able to be other kinds circulating or Polling Protocol, the ability that the communication of this layer data has simultaneously and multiple nodes communicate.At least while 500 sub-node communication abilities may finally be reached, it is possible to expand as required.
Application layer:
The effective professional application cooked up on the basis of Data Integration, including equipment control, auxiliary O&M decision-making, state evaluation management and risk assessment etc., also includes the application being capable of kinds of artificial intelligent diagnostics.
Represent layer:
This represents employing web on layer operation platform and carries out information issue, and relevant the primary connection figure of Monitoring Data, curve, form etc. can be checked on web and browse and refresh in real time, and major function has:
(1) operational monitoring:
By figure, numeral and curve mode, checking the real-time running state of various equipment, real-time history data, relevant device data is monitored, inquire about, collect, statistics and analysis, the remote measurement amount of each plant equipment is determined by concrete communications protocol.
(2) alert service:
Alert event in real-time monitoring equipment running.The real time record reported to the police is carried out sound and light alarm, and as voltage is transfinited, temperature over-range, the voltage inequality situation such as transfinite reports to the police.
(3) log services:
Historical events in record system operation, this historical events includes equipment and controls event and user operation time etc., facilitates system maintenance, and the problem run in system operation from now on provides inquiry foundation.
nullCan be drawn by above-mentioned work process,The data fusion scheme of transmission of electricity O&M equipment provided by the invention,Monitored the Monitoring Data of corresponding transmission of electricity O&M equipment respectively according to respective electric power stipulations by each transmission of electricity monitoring equipment corresponding with transmission of electricity O&M equipment,Then the mapping relations according to the electric power stipulations of each transmission of electricity monitoring equipment with default electric power stipulations,The Monitoring Data of the transmission of electricity O&M equipment that monitoring equipment of each being transmitted electricity is uploaded is converted to the Monitoring Data with same power stipulations,Communication mechanism due to monitoring equipment of transmitting electricity、Data model and interface are specified by electric power stipulations,Therefore,By setting up above-mentioned mapping relations,Integrate the network communication protocol of each different transmission of electricity monitoring equipment、Data frame format、Control word format and data structure,It is thus possible to obtain the Monitoring Data with same power stipulations,Conveniently this Monitoring Data is merged.It is thus possible to facilitate associative operation personnel to grasp each information such as the transmission of electricity state of O&M equipment and ruuning situation in time.
Each embodiment in this specification all adopts the mode gone forward one by one to describe, between each embodiment identical similar part mutually referring to, what each embodiment stressed is the difference with other embodiments.
Invention described above embodiment, is not intended that limiting the scope of the present invention.Any amendment, equivalent replacement and improvement etc. made within the spirit and principles in the present invention, should be included within protection scope of the present invention.

Claims (10)

1. the data fusion method of an O&M equipment of transmitting electricity, it is characterised in that including:
Each transmission of electricity monitoring equipment monitors the Monitoring Data of each transmission of electricity O&M equipment respectively according to respective electric power stipulations;Wherein, described electric power stipulations include the transmit electricity network communication protocol of monitoring equipment, data frame format, control word format and the data structure corresponding with described transmission of electricity O&M equipment;
Obtain the electric power stipulations that each transmission of electricity monitoring equipment is uploaded and the Monitoring Data transmitting electricity O&M equipment;
Set up the electric power stipulations of each transmission of electricity monitoring equipment and the mapping relations of default electric power stipulations, according to described mapping relations, set up uniform information model, according to described uniform information model by each transmit electricity monitoring equipment upload transmission of electricity O&M equipment Monitoring Data be converted to the Monitoring Data with same power stipulations;
The described Monitoring Data with same power stipulations is merged.
2. the data fusion method of transmission of electricity O&M equipment according to claim 1, it is characterised in that also include:
Described transmission of electricity monitoring equipment, according to the type of described transmission of electricity O&M equipment, environment position, duty and function, selects the transmission of electricity monitoring device type corresponding with described transmission of electricity O&M equipment, monitors the Monitoring Data of each transmission of electricity O&M equipment.
3. the data fusion method of transmission of electricity O&M equipment according to claim 2, it is characterised in that the described Monitoring Data to having same power stipulations merges, including:
The Monitoring Data of same data type of O&M equipment of being transmitted electricity by same class sequentially in time merges, and generates the first fusion Monitoring Data;
According to transmission of electricity business demand, the first fusion Monitoring Data that Selective type is corresponding with described transmission of electricity business demand merges, and generates the second fusion Monitoring Data.
4. the data fusion method of transmission of electricity O&M equipment according to claim 1, it is characterised in that also include:
By three-dimensional geographic information system technology, the transmission of electricity O&M monitoring of equipment data that O&M equipment of each being transmitted electricity is corresponding respectively are integrated to transmission of electricity O&M device model, transmission of electricity monitoring device model and relevant geographical environmental information respectively, generate the panoramic information of transmission of electricity O&M equipment.
5. the data fusion method of transmission of electricity O&M equipment according to claim 1, it is characterised in that also include:
Obtain and monitor in real time the running status of each transmission of electricity monitoring equipment;
The alarm device corresponding respectively with each transmission of electricity monitoring equipment is set;
Judging that whether the running status of each transmission of electricity monitoring equipment described is abnormal, if the running status of described transmission of electricity monitoring equipment is abnormal, then the alarm device that abnormal with described running status transmission of electricity monitoring equipment is corresponding sends alarm signal;
Record each transmission of electricity monitoring equipment and the history run information of each transmission of electricity O&M equipment respectively, generate serve log.
6. the data fusion system of an O&M equipment of transmitting electricity, it is characterised in that including:
Monitoring modular, monitors the Monitoring Data of each transmission of electricity O&M equipment respectively for controlling each transmission of electricity monitoring equipment according to respective electric power stipulations;Wherein, described electric power stipulations include the transmit electricity network communication protocol of monitoring equipment, data frame format, control word format and the data structure corresponding with described transmission of electricity O&M equipment;
Acquisition module, for obtaining the electric power stipulations that each transmission of electricity monitoring equipment is uploaded and the Monitoring Data transmitting electricity O&M equipment;
Model building module, for setting up electric power stipulations and the mapping relations of default electric power stipulations of each transmission of electricity monitoring equipment, according to described mapping relations, sets up uniform information model;
Modular converter, for being converted to the Monitoring Data with same power stipulations according to described uniform information model by the transmission of electricity O&M monitoring of equipment data that each transmission of electricity monitoring equipment is uploaded;
Fusion Module, for merging the described Monitoring Data with same power stipulations.
7. the data fusion system of transmission of electricity O&M equipment according to claim 6, it is characterised in that also include:
Monitoring type selection module, for according to the type of described transmission of electricity O&M equipment, environment position, duty and function, selecting the transmission of electricity monitoring device type corresponding with described transmission of electricity O&M equipment, monitor the Monitoring Data of each transmission of electricity O&M equipment.
8. the data fusion system of transmission of electricity O&M equipment according to claim 7, it is characterised in that described Fusion Module, including:
First merges Monitoring Data generation module, and the Monitoring Data for the same data type of O&M equipment of being transmitted electricity by same type sequentially in time merges, and generates the first fusion Monitoring Data;
Second merges Monitoring Data generation module, and for according to transmission of electricity business demand, the first fusion Monitoring Data that Selective type is corresponding with described transmission of electricity business demand merges, and generates the second fusion Monitoring Data.
9. the data fusion system of transmission of electricity O&M equipment according to claim 6, it is characterised in that also include:
Integrate module, for by three-dimensional geographic information system technology, the transmission of electricity O&M monitoring of equipment data that O&M equipment of each being transmitted electricity is corresponding respectively are integrated to transmission of electricity O&M device model, transmission of electricity monitoring device model and relevant geographical environmental information respectively, generate the panoramic information of transmission of electricity O&M equipment.
10. the data fusion system of transmission of electricity O&M equipment according to claim 6, it is characterised in that also include:
Running status acquisition module, for obtaining and monitor in real time the running status of each transmission of electricity monitoring equipment;
Alarm device arranges module, for arranging the alarm device corresponding respectively with each transmission of electricity monitoring equipment;
Abnormal judge module, whether the running status for judging each transmission of electricity monitoring equipment described is abnormal;
Alarm module, if be additionally operable to the running status exception of described transmission of electricity monitoring equipment, the alarm device controlling the transmission of electricity monitoring equipment abnormal with described running status corresponding sends alarm signal;
Serve log generation module, for recording each transmission of electricity monitoring equipment and the history run information of each transmission of electricity O&M equipment respectively, generates serve log.
CN201610050557.5A 2016-01-26 2016-01-26 Data fusion method and system of power transmission operation and maintenance equipment Pending CN105740351A (en)

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CN109979177A (en) * 2017-12-28 2019-07-05 上海威派格智慧水务股份有限公司 Water supply data general-purpose acquisition device and the method for carrying out water supply data acquisition using it
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