CN106980660A - A kind of storage and generation method for 10KV circuit rack structured datas - Google Patents
A kind of storage and generation method for 10KV circuit rack structured datas Download PDFInfo
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- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
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Abstract
The present invention relates to a kind of storage for 10KV circuit rack structured datas and generation method, following steps are specifically included：Step S1：Store grid structure data；Step S2：Grid structure object-instantiated；Step S3：Check grid structure topology information.The present invention fully takes into account the present situation of current magnanimity layout data, can largely lift reading and the topology exhibits efficiency of data.
Description
Technical field
The present invention relates to power network field of computer technology, particularly a kind of storage for 10KV circuit rack structured datas
And generation method.
Background technology
As State Grid Corporation of China continues to increase the input to distribution network construction, distribution network planning related data amount is increasingly
Greatly.Under growing data volume, purely it can not be realized by the artificial layout data statistics and analysis of carrying out.By new
Informationization technology storage and the way of presentation of type are realized to 10KV circuits grid structure magnanimity static data and dynamic operation data
Storage and analysis turn into grid structure important method.
The content of the invention
In view of this, the purpose of the present invention is to propose to a kind of storage for 10KV circuit rack structured datas and generation side
Method, fully takes into account the present situation of current magnanimity layout data, can largely lift reading and the topology exhibits effect of data
Rate.
The present invention is realized using following scheme：A kind of storage and generation method for 10KV circuit rack structured datas,
Specifically include following steps：
Step S1：Store grid structure data；
Step S2：Grid structure object-instantiated；
Step S3：Check grid structure topology information.
Further, the step S1 specifically includes following steps：
Step S11：According to the source of Net Frame of Electric Network data, specification is called with reference to power grid GIS spatial Information Service platform service, it is right
Graphical information in Electric Power Network Planning, which is set up, calls specification；Wherein, power grid GIS is mainly W3C Web Service frameworks, passes through clothes
Issue-discovery-the access mechanism for resource of being engaged in, realizes the shared of Service Source；Service is described using WSDL language, according to WSDL
Specification realizes the information gathering to planning grid graph data；GIS figure call requests, request are sent by interface requests service
Consist predominantly of the information such as parameter, Token mandates.GIS SERVICE are by the checking of user name and password, if being proved to be successful,
Then assign the effective response of request and return to request object.
Step S12：The data according to needed for grid structure, are divided into two classifications by static data and dynamic data.One be with
Static data based on facility information, mainly there is distribution transforming information, line information, on-pole switch information, transformer information etc., static
Data message update frequency is low, and digital independent amount is small, is the DataNode that this partial data is uniformly stored in single node by this
In database, it is easy to digital independent.Two be the dynamic data based on operating load, and this partial data change update frequency is high,
Real time data update frequency up to 15 minutes, 10 minutes, 1 minute even the second level；It is individually deposited for this, maximizes and improves data
Reading performance.
By grid structure related data in step S11 reading GIS services and by it by static data and dynamic data point
Class is stored in distributed data base, sets up distributed storage database, and taking for data-base cluster framework is realized based on hadoop
Build.According to appeal described information, cluster frameworks at least configure two-server.Wherein one server services for NameNode
Device, one is used as DateNode servers in addition.The metadata information of NameNode server admin file system files（Including
File name, size, position etc.）, two be maintenance documentation to block corresponding relation and block to the corresponding relation of node, three be to safeguard
Operation information of the user to file.DataNode servers are mainly used in the actual static data and dynamic data of storage.Quiet
In the storage of state data, serviced by the hive that correlation is configured in DataNode servers.Interface requests service is obtained in GIS
Topological data after, interim table information is read by Sqoop components, corresponding related data structures are equally set up in hive,
Realize the storage to the topological dynamic data of grid structure and static data.
Further, topology objects are mainly made up of using upper embodiment point, line and place scene, and three constitutes and opened up
Flutter the environment of presence.Now carry out instantiation processing to above object, the object after processing possesses each independent attribute, object with
There is the incidence relation mutually restricted between object.Obtained by above-mentioned steps after topological data, by the static number of topology factually
Exampleization, completes the realization to topology objects.The step S2 specifically includes following steps：
Step S21：According to the attribute of topology geometry and the instance object of characteristic information building topology, point pair is carried out respectively
The instantiation of elephant, the instantiation of line object and the instantiation of scene；
Step S22：The presentation of 10KV grid structure topology objects is realized by Flex front ends and Java background applications.
Wherein, the instantiation of point object is specially：An ImpNode interface is defined, the nodal information in topology is equal below
Inherit this interface.The attribute NODEID that wherein ImpNode includes（Node ID）、TOPOID（Topological diagram ID）、NODENAME（Section
Point title）、NODECOLOR（Node color）、NODECOLOR（Node picture）、NODESIZE（Node size）、NODE_X（Section
Point X-coordinate）、NODE_Y（Node Y-coordinate）、RESOURCE_ID（Resource object types）；Node is realized according to the characteristics of object
ImpNode interfaces simultaneously inherit its all properties.TRAN_10KV_NODE is such as set up according to 10KV distribution transformings, it inherits ImpNode sections
All properties in point, the characteristics of based on 10KV distribution transformings, its particular attribute NPJFH（Annual load）、PJFZL（Annual is born
Load rate）、PBXH（With Variant number）The extra embodiment in TRAN_10KV_NODE is needed Deng attribute；
The instantiation of line object is specially：A same ImpEdge interface as defined above, line information all in topology is equal below
Inherit this interface.The attribute that wherein ImpEdge includes has EDGEID（Line ID）、TOPOID（Topological diagram ID）、FROMID（Node
Originate ID）、TOID（Node terminates ID）、EDGELABEL（Line bookmark name）、COLOR（Line color）；Edge is according to topology objects
The characteristics of realize ImpEdge interfaces and inherit its all properties.Line_10KV_Edge is such as set up according to 10KV circuits, it is inherited
ImpEdge all properties；The characteristics of based on 10KV circuits, its particular attribute XLZCD（Total line length）、JKJYDXCD（Frame
Empty insulated conductor length）、JKLDXCD（Suspended insulated guide wire length）、DLCD（Cable length）Needed additionally in Line_ Deng attribute
Embodied in 10KV_Edge；
The instantiation of scene is specially：Define an ImpContainer container joint, below topology in all scenes after
Hold this interface.Included in wherein ImpContainer attribute have WIDTH (width), HEIGHT (length),
IsNodeMovedInDrag (whether pulling into container), IsNodeMovedOutDrag (whether node hauls out container),
ContainerBackgroundColor（Container background color）、Title（Container title）、ArrayNodes（Point set number
Group）、ArrayEdges（Line set array）；10KV line topological application scenarios realize ImpContainer container joints.Such as root
The characteristics of according to 10KV circuits and distribution transforming, set up 10KV rack scenes.According to the characteristics of instance object, by key feature ID such as
XLID, PBID are realized to putting the one-to-one corresponding with line logical relation.
Further, the step S22 specifically includes following steps：
Step S221：Object initialization：The scene of instantiation is realized by end instruction before Flex, while the 10KV of instantiation is matched somebody with somebody
Become set and collect into list, and add distribution transforming node in lists and pull monitoring event；
Step S222：Perform action：Event is monitored by the dragging added in 10KV distribution transforming set, and addition is matched somebody with somebody in the scene
Become the monitoring event for pulling and entering, complete the operation for being dragged into hauling-out to distribution transforming；Perform and complete after above drag motions, Flex will
Grid structure information is assembled into the data format needed for back office interface.Specially：Pass through dragging for being added in 10KV distribution transforming set
Drag monitoring event addPbMoveInListener and addPbMoveOutListener, and add in the scene distribution transforming pull into
The monitoring event addPbEnterInListener entered, completes the operation for being dragged into hauling-out to distribution transforming.When distribution transforming is pulled into scene
When, list monitors event addPbMoveInListener and removes the distribution transforming in list.At the same time, the monitoring thing in scene
Part addPbEnterInListener receives the PBID of current dragging distribution transforming, and is deposited into ArrayNodes point set arrays
In.It is automatically that its is corresponding when 10KV distribution transformings, which are pulled, enters scene based on processing above to topology objects association analysis
10KV circuits are taken out of.At the same time, the monitoring event addXlEnterInListener in scene receives the corresponding circuit of distribution transforming
XLID, and be deposited into ArrayEdges line number groups.Perform and complete after above drag motions, Flex is by the grid structure
Information is assembled into the data format needed for back office interface, wherein comprising main coordinate value x, the y by pulling 10KV distribution transformings of data,
ArrayEdges arrays, ArrayNodes arrays, the incidence relation between the corresponding PBID of 10KV circuits and each node.
Further, the step S3 specifically includes following steps：
Step S31：Based on grid structure topology information, by JavaScript pages front end script, current rack is controlled
Structural topology ID, JAVA rear ends are passed to by ID, realize all elements obtained by grid structure ID under current rack；
Step S32：After the acquisition for completing corresponding element set, return to element set, and by the incoming TopoId of remote object and
Element set is to Flex front-end control platforms, and Flex front-end controls platform receives TopoId and simultaneously performs corresponding grid structure displaying.
Particularly, the present invention fully takes into account the magnanimity static data and dynamic data of grid structure, passes through hardoop collection
The mode of group sets up dynamic operation data storage mechanism, realizes the fast lifting of digital independent performance.Meanwhile, the present invention is set up
Interface specification in 10KV circuit racks, according to thought of the different characteristic based on object-oriented of circuit, by inheriting rack knot
The specification attributes of structure, realize that different circuits, distribution transforming, the entity of scene are set up.Also, the characteristics of present invention is based on Flex language,
Its compile after for flash file can flexible deployment operate in each browser, and possess outstanding compatibility.Pass through JAVA languages
The quick presentation of network frame topology and flexibly editor are realized in speech communication with FLEX language.
Compared with prior art, the present invention has following beneficial effect：The present invention makes full use of grid structure in 10KV circuits
The characteristics of, storage mode of the introducing based on Hardoop clusters of innovation, more original memory technology is compared, in terms of big data
Greatly improve storage and the read-write efficiency of data；By the thought of object-oriented, building for entity object in grid structure is realized
Stand and ultimately generate 10KV circuit rack structural topologies.On this basis, rack knot is further realized by personalized configuration
The functions such as editor, the dragging of structure, improve the flexibility used.
Brief description of the drawings
Fig. 1 is the Method And Principle schematic diagram in the embodiment of the present invention.
Fig. 2 is that the GIS service in the embodiment of the present invention calls specification schematic diagram.
Fig. 3 is to store schematic diagram to the topological dynamic data of grid structure and static data in the embodiment of the present invention.
Fig. 4 be the embodiment of the present invention in the attribute and characteristic information building topology according to topology geometry instantiation
Object schematic diagram.
Embodiment
Below in conjunction with the accompanying drawings and embodiment the present invention will be further described.
As shown in figure 1, a kind of storage for 10KV circuit rack structured datas and generation method are present embodiments provided,
Specifically include following steps：
Step S1：Store grid structure data；
Step S2：Grid structure object-instantiated；
Step S3：Check grid structure topology information.
In the present embodiment, the step S1 specifically includes following steps：
Step S11：According to the source of Net Frame of Electric Network data, specification is called with reference to power grid GIS spatial Information Service platform service, it is right
Graphical information in Electric Power Network Planning, which is set up, calls specification；Wherein, power grid GIS is mainly W3C Web Service frameworks, passes through clothes
Issue-discovery-the access mechanism for resource of being engaged in, realizes the shared of Service Source；Service is described using WSDL language, according to WSDL
Specification realizes the information gathering to planning grid graph data；Adjusted as shown in Fig. 2 sending GIS figures by interface requests service
With request, request consists predominantly of the information such as parameter, Token mandates.GIS SERVICE by the checking of user name and password,
If being proved to be successful, assign the effective response of request and return to request object.
Step S12：The data according to needed for grid structure, are divided into two classifications by static data and dynamic data.One be with
Static data based on facility information, mainly there is distribution transforming information, line information, on-pole switch information, transformer information etc., static
Data message update frequency is low, and digital independent amount is small, is the DataNode that this partial data is uniformly stored in single node by this
In database, it is easy to digital independent.Two be the dynamic data based on operating load, and this partial data change update frequency is high,
Real time data update frequency up to 15 minutes, 10 minutes, 1 minute even the second level；It is individually deposited for this, maximizes and improves data
Reading performance.
By grid structure related data in step S11 reading GIS services and by it by static data and dynamic data point
Class is stored in distributed data base, sets up distributed storage database, and taking for data-base cluster framework is realized based on hadoop
Build.According to appeal described information, cluster frameworks at least configure two-server.Wherein one server services for NameNode
Device, one is used as DateNode servers in addition.The metadata information of NameNode server admin file system files（Including
File name, size, position etc.）, two be maintenance documentation to block corresponding relation and block to the corresponding relation of node, three be to safeguard
Operation information of the user to file.DataNode servers are mainly used in the actual static data and dynamic data of storage.Quiet
In the storage of state data, serviced by the hive that correlation is configured in DataNode servers.As shown in figure 3, interface requests take
Business is obtained after the topological data in GIS, reads interim table information by Sqoop components, corresponding phase is equally set up in hive
Data structure is closed, the storage to the topological dynamic data of grid structure and static data is realized.
In the present embodiment, topology objects are mainly made up of using upper embodiment point, line and place scene, three's structure
The environment existed into topology.Instantiation processing is now carried out to above object, the object after processing possesses each independent attribute, right
As there is the incidence relation mutually restricted between object.Obtained by above-mentioned steps after topological data, by the static number of topology
According to instantiation, the realization to topology objects is completed, as shown in Figure 4.The step S2 specifically includes following steps：
Step S21：According to the attribute of topology geometry and the instance object of characteristic information building topology, point pair is carried out respectively
The instantiation of elephant, the instantiation of line object and the instantiation of scene；
Step S22：The presentation of 10KV grid structure topology objects is realized by Flex front ends and Java background applications.
Wherein, the instantiation of point object is specially：An ImpNode interface is defined, the nodal information in topology is equal below
Inherit this interface.The attribute NODEID that wherein ImpNode includes（Node ID）、TOPOID（Topological diagram ID）、NODENAME（Section
Point title）、NODECOLOR（Node color）、NODECOLOR（Node picture）、NODESIZE（Node size）、NODE_X（Section
Point X-coordinate）、NODE_Y（Node Y-coordinate）、RESOURCE_ID（Resource object types）；Node is realized according to the characteristics of object
ImpNode interfaces simultaneously inherit its all properties.TRAN_10KV_NODE is such as set up according to 10KV distribution transformings, it inherits ImpNode sections
All properties in point, the characteristics of based on 10KV distribution transformings, its particular attribute NPJFH（Annual load）、PJFZL（Annual is born
Load rate）、PBXH（With Variant number）The extra embodiment in TRAN_10KV_NODE is needed Deng attribute；
The instantiation of line object is specially：A same ImpEdge interface as defined above, line information all in topology is equal below
Inherit this interface.The attribute that wherein ImpEdge includes has EDGEID（Line ID）、TOPOID（Topological diagram ID）、FROMID（Node
Originate ID）、TOID（Node terminates ID）、EDGELABEL（Line bookmark name）、COLOR（Line color）；Edge is according to topology objects
The characteristics of realize ImpEdge interfaces and inherit its all properties.Line_10KV_Edge is such as set up according to 10KV circuits, it is inherited
ImpEdge all properties；The characteristics of based on 10KV circuits, its particular attribute XLZCD（Total line length）、JKJYDXCD（Frame
Empty insulated conductor length）、JKLDXCD（Suspended insulated guide wire length）、DLCD（Cable length）Needed additionally in Line_ Deng attribute
Embodied in 10KV_Edge；
The instantiation of scene is specially：Define an ImpContainer container joint, below topology in all scenes after
Hold this interface.Included in wherein ImpContainer attribute have WIDTH (width), HEIGHT (length),
IsNodeMovedInDrag (whether pulling into container), IsNodeMovedOutDrag (whether node hauls out container),
ContainerBackgroundColor（Container background color）、Title（Container title）、ArrayNodes（Point set number
Group）、ArrayEdges（Line set array）；10KV line topological application scenarios realize ImpContainer container joints.Such as root
The characteristics of according to 10KV circuits and distribution transforming, set up 10KV rack scenes.According to the characteristics of instance object, by key feature ID such as
XLID, PBID are realized to putting the one-to-one corresponding with line logical relation.
In the present embodiment, the step S22 specifically includes following steps：
Step S221：Object initialization：The scene of instantiation is realized by end instruction before Flex, while the 10KV of instantiation is matched somebody with somebody
Become set and collect into list, and add distribution transforming node in lists and pull monitoring event；
Step S222：Perform action：Event is monitored by the dragging added in 10KV distribution transforming set, and addition is matched somebody with somebody in the scene
Become the monitoring event for pulling and entering, complete the operation for being dragged into hauling-out to distribution transforming；Perform and complete after above drag motions, Flex will
Grid structure information is assembled into the data format needed for back office interface.Specially：Pass through dragging for being added in 10KV distribution transforming set
Drag monitoring event addPbMoveInListener and addPbMoveOutListener, and add in the scene distribution transforming pull into
The monitoring event addPbEnterInListener entered, completes the operation for being dragged into hauling-out to distribution transforming.When distribution transforming is pulled into scene
When, list monitors event addPbMoveInListener and removes the distribution transforming in list.At the same time, the monitoring thing in scene
Part addPbEnterInListener receives the PBID of current dragging distribution transforming, and is deposited into ArrayNodes point set arrays
In.It is automatically that its is corresponding when 10KV distribution transformings, which are pulled, enters scene based on processing above to topology objects association analysis
10KV circuits are taken out of.At the same time, the monitoring event addXlEnterInListener in scene receives the corresponding circuit of distribution transforming
XLID, and be deposited into ArrayEdges line number groups.Perform and complete after above drag motions, Flex is by the grid structure
Information is assembled into the data format needed for back office interface, wherein comprising main coordinate value x, the y by pulling 10KV distribution transformings of data,
ArrayEdges arrays, ArrayNodes arrays, the incidence relation between the corresponding PBID of 10KV circuits and each node.
In the present embodiment, the step S3 specifically includes following steps：
Step S31：Based on grid structure topology information, by JavaScript pages front end script, current rack is controlled
Structural topology ID, JAVA rear ends are passed to by ID, realize all elements obtained by grid structure ID under current rack；
Step S32：After the acquisition for completing corresponding element set, return to element set, and by the incoming TopoId of remote object and
Element set is to Flex front-end control platforms, and Flex front-end controls platform receives TopoId and simultaneously performs corresponding grid structure displaying.
Particularly, the present invention fully takes into account the magnanimity static data and dynamic data of grid structure, passes through hardoop collection
The mode of group sets up dynamic operation data storage mechanism, realizes the fast lifting of digital independent performance.Meanwhile, the present invention is set up
Interface specification in 10KV circuit racks, according to thought of the different characteristic based on object-oriented of circuit, by inheriting rack knot
The specification attributes of structure, realize that different circuits, distribution transforming, the entity of scene are set up.Also, the characteristics of present invention is based on Flex language,
Its compile after for flash file can flexible deployment operate in each browser, and possess outstanding compatibility.Pass through JAVA languages
The quick presentation of network frame topology and flexibly editor are realized in speech communication with FLEX language.
The foregoing is only presently preferred embodiments of the present invention, all equivalent changes done according to scope of the present invention patent with
Modification, should all belong to the covering scope of the present invention.
Claims (5)
1. a kind of storage and generation method for 10KV circuit rack structured datas, it is characterised in that：Comprise the following steps：
Step S1：Store grid structure data；
Step S2：Grid structure object-instantiated；
Step S3：Check grid structure topology information.
2. a kind of storage and generation method for 10KV circuit rack structured datas according to claim 1, its feature
It is：The step S1 specifically includes following steps：
Step S11：According to the source of Net Frame of Electric Network data, specification is called with reference to power grid GIS spatial Information Service platform service, it is right
Graphical information in Electric Power Network Planning, which is set up, calls specification；Wherein, power grid GIS is mainly W3C Web Service frameworks, passes through clothes
Issue-discovery-the access mechanism for resource of being engaged in, realizes the shared of Service Source；Service is described using WSDL language, according to WSDL
Specification realizes the information gathering to planning grid graph data；
Step S12：By grid structure related data in step S11 reading GIS services and it is pressed into static data and dynamic number
It is stored according to classification in distributed data base, sets up distributed storage database, data-base cluster framework is realized based on hadoop
Build.
3. a kind of storage and generation method for 10KV circuit rack structured datas according to claim 1, its feature
It is：The step S2 specifically includes following steps：
Step S21：According to the attribute of topology geometry and the instance object of characteristic information building topology, point pair is carried out respectively
The instantiation of elephant, the instantiation of line object and the instantiation of scene；
Step S22：The presentation of 10KV grid structure topology objects is realized by Flex front ends and Java background applications.
4. a kind of storage and generation method for 10KV circuit rack structured datas according to claim 3, its feature
It is：The step S22 specifically includes following steps：
Step S221：Object initialization：The scene of instantiation is realized by end instruction before Flex, while the 10KV of instantiation is matched somebody with somebody
Become set and collect into list, and add distribution transforming node in lists and pull monitoring event；
Step S222：Perform action：Event is monitored by the dragging added in 10KV distribution transforming set, and addition is matched somebody with somebody in the scene
Become the monitoring event for pulling and entering, complete the operation for being dragged into hauling-out to distribution transforming；Perform and complete after above drag motions, Flex will
Grid structure information is assembled into the data format needed for back office interface.
5. a kind of storage and generation method for 10KV circuit rack structured datas according to claim 1, its feature
It is：The step S3 specifically includes following steps：
Step S31：Based on grid structure topology information, by JavaScript pages front end script, current rack is controlled
Structural topology ID, JAVA rear ends are passed to by ID, realize all elements obtained by grid structure ID under current rack；
Step S32：After the acquisition for completing corresponding element set, return to element set, and by the incoming TopoId of remote object and
Element set is to Flex front-end control platforms, and Flex front-end controls platform receives TopoId and simultaneously performs corresponding grid structure displaying.
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6516326B1 (en) * | 2000-10-30 | 2003-02-04 | Stone And Webster Consultants, Inc. | System and method for integrating electrical power grid and related data from various proprietary raw data formats into a single maintainable electrically connected database |
| CN101751426A (en) * | 2008-12-11 | 2010-06-23 | 北京市电力公司 | Method and device for realizing information sharing between SCADA and GIS |
-
2017
- 2017-03-21 CN CN201710167975.7A patent/CN106980660B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6516326B1 (en) * | 2000-10-30 | 2003-02-04 | Stone And Webster Consultants, Inc. | System and method for integrating electrical power grid and related data from various proprietary raw data formats into a single maintainable electrically connected database |
| CN101751426A (en) * | 2008-12-11 | 2010-06-23 | 北京市电力公司 | Method and device for realizing information sharing between SCADA and GIS |
Non-Patent Citations (2)
| Title |
|---|
| 美国电力科学研究院: "《智能电网互操作性标准蓝图报告》", 31 December 2009 * |
| 赵靖荣: "基于Flex的WebGIS在电力信息化中的应用与研究", 《万方学位数据库》 * |
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