CN106294989B - A kind of intelligent substation relay protection secondary actual situation circuit visual presentation method - Google Patents
A kind of intelligent substation relay protection secondary actual situation circuit visual presentation method Download PDFInfo
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Abstract
The present invention relates to a kind of intelligent substation relay protection secondary actual situation circuit visual presentation methods, parse to intelligent substation SCD file, extract SV/GOOSE message configuration information, external data reference information and the physical port configuration information of each IED；The external reference entry of each IED is analyzed, building virtually connects line；The physical port configuration information for analyzing each IED constructs the physical connection line between each port；Find out each output virtual terminator and the input associated physical port of virtual terminator of each IED；Draw secondary actual situation loop diagram.The present invention can show secondary actual situation loop diagram shape, greatly facilitate and check intelligent substation relay protection secondary circuit, be remarkably improved the efficiency for examining secondary actual situation circuit.
Description
Technical field
The present invention relates to intelligent substation SCD file visualization technique fields, and in particular to a kind of intelligent substation relay
Protect secondary actual situation circuit visual presentation method.
Background technique
Current New Generation of Intelligent substation, China construction is just like a raging fire, and most importantly uses in intelligent substation
Digitized mode builds the communications network system of secondary device, this is based on " 860 power transformation of DL of China's power industry standard
Stand communication network and system " series standard and the other standards that are derived on the basis of this series standard.DL 860 is advised
Determined a kind of SCL file to describe the configuration of substation, 4 classes of SCL file point, be respectively the SSD file for describing substation's specification,
The CID file of the single IED configuration of ICD file, description whole station complete configuration SCD file and description of IED ability is described.Fig. 2 is clear
Chu shows that 4 class files distinguish location and the relationship between them during building a station.Since SCD file describes
The configuration of whole station, thus it when building a station and in the operation and maintenance after substation puts into operation and in reorganization and expansion all by pass
Note, and SCD file is a kind of text file based on XML specification, content is huge, structure is complicated, it is difficult to reading and understanding, so
The visualization of SCD file, graphically be particularly important with it is urgent.
The current related visual scientific achievement of SCD file has compared more, the figure exhibition in relay protection secondary void circuit
Show and also have been carried out, but shows that the real circuit visualization of secondary communication system physical connection also rarely has hearsay.Description signal flows away
To empty circuit and actual bearer signal stream the connection of physical connection reality circuit it is close, usually need to know some in engineering practice
Signal stream has passed through in which optical fiber or certain optical fiber which signal stream carried, and means there is no intuitively to show these letters at present
Breath.
As can drawing out the secondary actual situation loop diagram of each IED device automatically according to SCD file, intelligence greatly will be conveniently checked
Energy substation relay protection secondary circuit, is also remarkably improved the efficiency for examining secondary actual situation circuit.
Summary of the invention
In order to solve the above technical problems, the present invention provides a kind of intelligent substation relay protection secondary actual situation circuit visualization
Methods of exhibiting.It solves the problems, such as to virtually connect line in SCD file and physical connection is not seen impalpable, facilitate field technician
It checks intelligent substation relay protection secondary circuit, is also remarkably improved the efficiency for examining secondary actual situation circuit.
A kind of intelligent substation relay protection secondary actual situation circuit visual presentation method, comprising the following steps:
Step S1, parses SCD file, extracts SV/GOOSE message configuration information, the external data reference of each IED
Information and physical port configuration information；
SV/GOOSE message configuration information includes the name of SV/GOOSE control block, the description of SV/GOOSE control block, SV/
The mark of data set associated by GOOSE control block and the APPID of SV/GOOSE control block, data set include each data set stripe
Mesh；
External data reference information includes external reference entry, and external reference entry includes home address and external address；
Physical port configuration information include the physical port mark specified in home address in external reference entry and
The object of local terminal IED under " Communication/SubNetwork/ConnectedAP/PhysConn " node of SCD file
The physical port mark of port-mark, opposite end IED name and opposite end IED are managed,
Step S2 analyzes the external reference entry of each IED, and building virtually connects line, specifically:
The data object that the home address of the external reference entry of the IED as recipient is directed toward is found, setting is used as and connects
The home address of the external reference entry of the IED of debit is input virtual terminator；External reference item according to the IED as recipient
Purpose external address finds the IED as sender of corresponding outside, traverses each SV/GOOSE of the IED as sender
It is consistent as the external address of the IED of recipient to find data set neutralization for the data set entry of data set associated by control block
Data set entry, this data set entry is defined as the output virtual terminator of the IED of sender, building output virtual terminator with it is right
Line is virtually connected between the input virtual terminator answered,
Step S3 analyzes the physical port configuration information of each IED, constructs the physical connection line between each port, specifically
Are as follows:
The physical port that local terminal IED is found according to the physical port of local terminal IED mark, by opposite end IED name and opposite end IED
Physical port mark can find local terminal IED physical port connection opposite end IED physical port, thus construct local terminal IED
Physical port and the opposite end IED being connect with the physical port of local terminal IED physical port between physical connection line,
Step S4 finds out each output virtual terminator and the input associated physical port of virtual terminator of each IED；
Conduct is found by access point where the SV/GOOSE control block of the IED as sender where output virtual terminator
The IED of sender is corresponding to have connected access point, and it is that output virtual terminator is closed that this, which has connected the physical port configured under access point,
The physical port of connection；
It, will input void if being configured with the input associated physical port of virtual terminator in the corresponding home address of input virtual terminator
Terminal is associated with corresponding physical port, if associated without configuration input virtual terminator in the corresponding home address of input virtual terminator
Physical port, the then object of physical port associated by the output virtual terminator of the IED as sender connected as input virtual terminator
Reason connecting line inputs the associated physical port of virtual terminator to determine,
Step S5 draws secondary actual situation loop diagram, specifically:
Step S5.1: IED centered on an IED in SCD file is chosen, there are other IED for virtually connecting line with center IED
As peripheral IED；
Step S5.2: drawing center IED in the middle part of drawing area, and center IED name and SCD text are drawn in the IED of center
To the description of center IED in part；
At center, periphery IED is drawn in the two sides of IED, draws in peripheral IED corresponding in periphery IED name and SCD file
Peripheral IED description；
Step S5.3: it successively selects center IED and each periphery IED as sender IED, is drawn in sender IED
The corresponding SV/GOOSE control block of the SV/GOOSE message of transmission draws SV/GOOSE control block in SV/GOOSE control block
APPID mark draws the physical port associated by SV/GOOSE control block for transmission in the side of SV/GOOSE control block,
For drawing corresponding physical port mark below the physical port of transmission；It is drawn in recipient IED and the object for transmission
It is corresponding for received physical port to manage port, for drawing corresponding physical port mark below received physical port
Know；Associated line is virtually connected in the physical port for transmission and for drawing between received physical port；It is virtually connecting above line
Description of the data object in SCD file corresponding to associated output virtual terminator and input virtual terminator is drawn respectively.
Further comprising the steps of in step S5.2 as described above, calculate center IED and each periphery IED virtually connects line number
Mesh, the height for each virtually connecting the corresponding periphery IED of line is definite value, the total height of all periphery IED is determined, with the total of peripheral IED
The half of height is as threshold level, and at center, the left side of IED arranges periphery IED from top to bottom, until left side periphery IED always high
Degree is more than or equal to threshold level for the first time, and remaining periphery IED is aligned to the right side of center IED.
The present invention has the advantage that compared with the existing technology
1, the secondary actual situation loop diagram of each IED device can be drawn out automatically through SCD file by this method, it can be intuitive
Show virtual terminator line between each IED, physical connection to user and virtually connect being associated between line and physical connection；
2, it facilitates field technician and checks intelligent substation relay protection secondary circuit, be also remarkably improved examination two
The efficiency in secondary actual situation circuit.
Detailed description of the invention
Fig. 1 is intelligent substation SCD file tree structure figure.
Fig. 2 is the correlation schematic diagram for virtually connecting line and physical connection between two IED.
Fig. 3 is the actual situation loop diagram of certain IED
Specific embodiment
Understand for the ease of those of ordinary skill in the art and implement the present invention, with reference to the accompanying drawing and specific embodiment
The present invention is described in further detail.
Fig. 1 be intelligent substation SCD file tree structure figure, SCD file mainly include Header, Substation,
Communication, IED, DataTypeTemplate five are most of, related with secondary actual situation circuit to be
Communication and IED two parts.The part Communication describes the communication parameter configuration of each IED；Each IED
The intelligent electronic device (such as protective relaying device, measure and control device) in substation is represented, it describes the visit of the equipment
Ask the communication service that point, logical device, the logical node of instantiation and data object and equipment are capable of providing.
Fig. 2 is the correlation schematic diagram for virtually connecting line and physical connection between two IED.Physical connection refers to practical object
The communication cable of equipment room, usually optical fiber or cable are managed, physical port then refers to inserting for grafting communication cable in equipment
Mouth, usually optical port or power grid mouth.Various SV/GOOSE messages can be transmitted in physical connection.In the IED as sender, each
The data content of SV/GOOSE message carrying is by associated data set definition, and data set is by one or more data set entries
Composition, data set entry is substantially the reference address of data object.IED as recipient will receive very by physical port
More SV/GOOSE messages, but in most cases only can partial data content to part of message it is interested, these contents
By Inputs node definition in SCD, have one under the node to a plurality of external reference entry (ExtRef node), each outside is drawn
It include home address and external address two parts corresponding with home address with entry.External address and the IED as sender
Some data set entry it is corresponding, data set stripe can be visually to the output virtual terminator of the IED as sender；Home address
It is directed toward some data object of the IED as recipient, home address can be considered as to the input virtual terminator of receiving end IED；In this way,
One is constituted between output virtual terminator and input virtual terminator and virtually connects line, and all lines that virtually connects constitute empty circuit.One physics connects
Line is virtually connected there may be a plurality of in line, all physical connections constitute real circuit.
The content of present invention is described step by step below.
Step S1, parses SCD file, extracts SV/GOOSE message configuration information, the external data reference of each IED
Information and physical port configuration information；
SV/GOOSE message configuration information includes the name of SV/GOOSE control block, the description of SV/GOOSE control block, SV/
The mark of data set associated by GOOSE control block and the APPID of SV/GOOSE control block, data set include each data set stripe
Mesh；
External data reference information includes external reference entry, and external reference entry includes home address and external address；
Physical port configuration information include the physical port mark specified in home address in external reference entry and
The object of local terminal IED under " Communication/SubNetwork/ConnectedAP/PhysConn " node of SCD file
Manage the physical port mark of port-mark, opposite end IED name and opposite end IED.
Extraction SV/GOOSE message configuration information in the step S1 includes the following steps:
The SV/ of each IED is obtained under " IED/AccessPoint/Server/LDevice/LN0 " node of SCD file
The information of GOOSE control block, such as name (name of SV/GOOSE control block), datSet；
SV/GOOSE control block is found under the LDevice node where the SV/GOOSE control block of each IED of SCD file
Associated data set, i.e., by datSet parameter specified data collection, data set includes each data set entry；
According to the name of IED under " Communication/SubNetwork/ConnectedAP " node of SCD file
The name (i.e. name) of SV/GOOSE control block corresponding with IED finds the communication configuration parameter of SV/GOOSE control block, communication
Configuration parameter includes the APPID mark of SV/GOOSE control block；
Extraction external data reference information in the step S1 includes the following steps:
Each IED is extracted under " IED/AccessPoint/Server/LDevice/LN0/Inputs " node of SCD file
Corresponding external reference entry, external reference entry include home address (intAddr) and external address.
Extracts physical port configuration information in the step S1 includes the following steps:
The physical port mark specified in home address in the external reference entry of IED as recipient, physics end
Mouth mark specifies corresponding with home address from which physical port reception external reference entry of the IED as recipient
External address associated by sender IED transmission SV/GOOSE message；
Object under " Communication/SubNetwork/ConnectedAP/PhysConn " node of SCD file
Link information is managed, physical connection information includes the physics end of the physical port mark of local terminal IED, opposite end IED name and opposite end IED
Mouth mark etc..
Step S2, analyzes the external reference entry of each IED, and building virtually connects line；
The method that building in the step S2 virtually connects line is as follows:
The data object that the home address of the external reference entry of the IED as recipient is directed toward is found, setting is used as and connects
The home address of the external reference entry of the IED of debit is input virtual terminator；External reference item according to the IED as recipient
Purpose external address finds the IED as sender of corresponding outside, traverses each SV/GOOSE of the IED as sender
It is consistent as the external address of the IED of recipient to find data set neutralization for the data set entry of data set associated by control block
Data set entry, this data set entry is defined as the output virtual terminator of the IED of sender.Building exports empty end as a result,
It is sub to virtually connect line between corresponding input virtual terminator.
Step S3 analyzes the physical port configuration information of each IED, constructs the physical connection line between each port；
The method of building physics connecting line in the step S3 is as follows:
Physical port configuration information by the local terminal IED obtained in analytical procedure S1, according to the physical port of local terminal IED
Mark finds the physical port of local terminal IED, can find local terminal IED's by the physical port of opposite end IED name and opposite end IED mark
The physical port of the opposite end IED of physical port connection, is thus built into the physical port of local terminal IED and the physics with local terminal IED
Physical connection line between the physical port of the opposite end IED of port connection.
Step S4 finds out each output virtual terminator and the input associated physical port of virtual terminator of each IED；
The method of the associated physical port of lookup virtual terminator in the step S4 is as follows:
Pass through access point where the SV/GOOSE control block of the IED as sender where output virtual terminator
(AccessPoint) find that the IED as sender is corresponding to have connected access point (ConnectedAP), this has connected access
The physical port (including redundant physical port) configured under point (ConnectedAP) is the output associated physics end of virtual terminator
Mouthful；
It is defeated according to the requirement of national grid " 61850 engineering relay protection application model of Q/GDW 1396-2012 IEC "
Enter to configure the input associated physical port of virtual terminator in the corresponding home address of virtual terminator (intAddr), if input virtual terminator
It is configured with the input associated physical port of virtual terminator in corresponding home address, then will input virtual terminator and corresponding physical port
Association, if without the configuration input associated physical port of virtual terminator in the corresponding home address of input virtual terminator, it is empty by input
The physical connection line of physical port associated by the output virtual terminator of the IED as sender of terminal connection inputs void to determine
The associated physical port of terminal.
Step S5 chooses IED centered on one of IED, has other IED for virtually connecting line as periphery with center IED
IED draws the secondary actual situation loop diagram of center IED and periphery IED.
The method of the secondary actual situation loop diagram of drafting in the step S5 is as follows:
Step S5.1: IED centered on an IED in SCD file is chosen, there are other IED for virtually connecting line with center IED
As peripheral IED；
Step S5.2: drawing center IED in the middle part of drawing area, and center IED name and SCD text are drawn in the IED of center
To the description of center IED in part；
At center, periphery IED is drawn in the two sides of IED, draws in peripheral IED corresponding in periphery IED name and SCD file
Peripheral IED description；
Step S5.3: successively select center IED and each periphery IED as sender IED.It is drawn in sender IED
The corresponding SV/GOOSE control block of the SV/GOOSE message of transmission draws SV/GOOSE control block in SV/GOOSE control block
Hexadecimal APPID mark is drawn associated by SV/GOOSE control block in the side of SV/GOOSE control block for transmission
Physical port, for drawing corresponding physical port mark below the physical port of transmission；It draws and is used in recipient IED
The physical port of transmission is corresponding to be used for received physical port, for drawing corresponding physics below received physical port
Port-mark；Associated line is virtually connected in the physical port for transmission and for drawing between received physical port；It is virtually connecting
Description of the data object in SCD file corresponding to associated output virtual terminator and input virtual terminator is drawn above line respectively.
Need to calculate center IED and each periphery IED in step S5.2 virtually connects line number mesh, each virtually connects required for line
The height of the peripheral IED of occupancy is setting value, virtually connects the height that line number mesh determines peripheral IED, thus obtains all periphery IED
Total height, using the half of the total height of peripheral IED as threshold level, first the left side of center IED arrange from top to bottom outside
IED is enclosed, until left side periphery IED total height is more than or equal to threshold level for the first time, remaining periphery IED is aligned to center IED
Right side.
Above embodiments are only one embodiment of the present invention, and the description thereof is more specific and detailed, but cannot therefore and
It is interpreted as limitations on the scope of the patent of the present invention.Its specific structure and size can be adjusted correspondingly according to actual needs.It answers
When, it is noted that for those of ordinary skill in the art, without departing from the inventive concept of the premise, can also make
Several modifications and improvements, these are all within the scope of protection of the present invention.
Claims (2)
1. a kind of intelligent substation relay protection secondary actual situation circuit visual presentation method, which is characterized in that including following step
It is rapid:
Step S1, parses SCD file, extracts SV/GOOSE message configuration information, the external data reference information of each IED
With physical port configuration information；
SV/GOOSE message configuration information includes the name of SV/GOOSE control block, the description of SV/GOOSE control block, SV/
The mark of data set associated by GOOSE control block and the APPID of SV/GOOSE control block, data set include each data set stripe
Mesh；
External data reference information includes external reference entry, and external reference entry includes home address and external address；
Physical port configuration information includes the physical port mark specified in home address in external reference entry and in SCD
The physics end of local terminal IED under " Communication/SubNetwork/ConnectedAP/PhysConn " node of file
The physical port mark of mouth mark, opposite end IED name and opposite end IED,
Step S2 analyzes the external reference entry of each IED, and building virtually connects line, specifically:
The data object that the home address of the external reference entry of the IED as recipient is directed toward is found, setting is used as recipient
IED external reference entry home address be input virtual terminator；External reference entry according to the IED as recipient
External address finds the IED as sender of corresponding outside, traverses each SV/GOOSE control of the IED as sender
The data set entry of data set associated by block finds external address consistent number of the data set neutralization as the IED of recipient
According to collection entry, this data set entry is defined as the output virtual terminator of the IED of sender, building output virtual terminator with it is corresponding
Line is virtually connected between input virtual terminator,
Step S3 analyzes the physical port configuration information of each IED, constructs the physical connection line between each port, specifically:
The physical port that local terminal IED is found according to the physical port of local terminal IED mark, by the object of opposite end IED name and opposite end IED
Reason port-mark can find the physical port of the opposite end IED of the physical port connection of local terminal IED, thus construct the object of local terminal IED
The physical connection line between port and the physical port for the opposite end IED connecting with the physical port of local terminal IED is managed,
Step S4 finds out each output virtual terminator and the input associated physical port of virtual terminator of each IED；
It is found by access point where the SV/GOOSE control block of the IED as sender where output virtual terminator as transmission
The IED of side is corresponding to have connected access point, and it is that output virtual terminator is associated that this, which has connected the physical port configured under access point,
Physical port；
If being configured with the input associated physical port of virtual terminator in the corresponding home address of input virtual terminator, virtual terminator will be inputted
It is associated with corresponding physical port, if without the configuration input associated physics of virtual terminator in the corresponding home address of input virtual terminator
The physics of port, then physical port associated by the output virtual terminator of the IED as sender connected as input virtual terminator connects
Wiring inputs the associated physical port of virtual terminator to determine,
Step S5 draws secondary actual situation loop diagram, specifically:
Step S5.1: IED centered on an IED in SCD file is chosen, there are other IED conducts for virtually connecting line with center IED
Peripheral IED；
Step S5.2: drawing center IED in the middle part of drawing area, draws in center IED name and SCD file in the IED of center
Description to center IED；
At center, periphery IED is drawn in the two sides of IED, draws in peripheral IED corresponding outer in periphery IED name and SCD file
Enclose the description of IED；
Step S5.3: successively selecting center IED and each periphery IED as sender IED, draws and sends in sender IED
SV/GOOSE message corresponding SV/GOOSE control block, SV/GOOSE control block is drawn in SV/GOOSE control block
APPID mark draws the physical port associated by SV/GOOSE control block for transmission in the side of SV/GOOSE control block,
For drawing corresponding physical port mark below the physical port of transmission；It is drawn in recipient IED and the object for transmission
It is corresponding for received physical port to manage port, for drawing corresponding physical port mark below received physical port
Know；Associated line is virtually connected in the physical port for transmission and for drawing between received physical port；It is virtually connecting above line
Description of the data object in SCD file corresponding to associated output virtual terminator and input virtual terminator is drawn respectively.
2. a kind of intelligent substation relay protection secondary actual situation circuit visual presentation method according to claim 1,
Further comprising the steps of in step S5.2 described in being characterized in that, calculate center IED and each periphery IED virtually connects line number mesh,
The height for each virtually connecting the corresponding periphery IED of line is definite value, the total height of all periphery IED is determined, with the total height of peripheral IED
Half as threshold level, at center, the left side of IED arranges periphery IED from top to bottom, until left side periphery IED total height the
Once it is more than or equal to threshold level, remaining periphery IED is aligned to the right side of center IED.
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| CN112637035B (en) * | 2020-12-21 | 2022-11-15 | 国网浙江省电力有限公司电力科学研究院 | Setting type configuration-free method based on relay protection prefabricated data set |
| CN113377452B (en) * | 2021-06-10 | 2022-09-09 | 南京国电南自电网自动化有限公司 | Setting method based on prefabricated GOOSE data set |
| CN113722869B (en) * | 2021-09-10 | 2024-03-19 | 国网江苏省电力有限公司常州供电分公司 | Reconstruction and expansion method for secondary circuit of transformer substation |
| CN114900239A (en) * | 2022-06-07 | 2022-08-12 | 国网安徽省电力有限公司滁州供电公司 | Intelligent substation optical fiber label analysis and visual display method |
| CN115037593A (en) * | 2022-07-01 | 2022-09-09 | 四川英得赛克科技有限公司 | IED device data acquisition position information determination method, device and medium |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103199617A (en) * | 2012-01-05 | 2013-07-10 | 山东电力工程咨询院有限公司 | Representing method of corresponding relationship between virtual circuits and physical ports in secondary circuit graph |
| CN103618384A (en) * | 2013-11-29 | 2014-03-05 | 上海毅昊自动化有限公司 | Secondary circuit closed loop monitoring system based on GOOSE input end mapping mechanism |
| CN104820755A (en) * | 2015-05-14 | 2015-08-05 | 南京南瑞继保电气有限公司 | Physical loop extension and automatic virtual-real mapping method based on SCD (System Configuration Description) file |
| CN105225164A (en) * | 2014-06-30 | 2016-01-06 | 国家电网公司 | Intelligent substation GOOSE virtual secondary circuit graphic method |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| ATE514256T1 (en) * | 2008-08-18 | 2011-07-15 | Abb Technology Ag | CONFIGURATION OF A PROCESS CONTROL SYSTEM |
| EP2302477A1 (en) * | 2009-09-25 | 2011-03-30 | ABB Research Ltd. | Reliability calculation for substation automation systems |
-
2016
- 2016-08-09 CN CN201610644639.2A patent/CN106294989B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103199617A (en) * | 2012-01-05 | 2013-07-10 | 山东电力工程咨询院有限公司 | Representing method of corresponding relationship between virtual circuits and physical ports in secondary circuit graph |
| CN103618384A (en) * | 2013-11-29 | 2014-03-05 | 上海毅昊自动化有限公司 | Secondary circuit closed loop monitoring system based on GOOSE input end mapping mechanism |
| CN105225164A (en) * | 2014-06-30 | 2016-01-06 | 国家电网公司 | Intelligent substation GOOSE virtual secondary circuit graphic method |
| CN104820755A (en) * | 2015-05-14 | 2015-08-05 | 南京南瑞继保电气有限公司 | Physical loop extension and automatic virtual-real mapping method based on SCD (System Configuration Description) file |
Non-Patent Citations (2)
| Title |
|---|
| 智能变电站SCD文件管控技术措施研究;徐丹露等;《电工技术》;20160710(第07期);第72-77页 |
| 智能变电站二次回路可视化研究与应用;严浩军等;《浙江电力》;20150925(第09期);第6-9页 |
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