CN106097158A - A kind of visual implementation method of intelligent substation panoramic information - Google Patents
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Abstract
The invention discloses a kind of visual implementation method of intelligent substation panoramic information; belong to Relay Protection Technology in Power System field; it, by the connection of the optical fiber of transformer station, empty terminal loop and transforming plant primary equipment being associated, forms the layering visualization interface of " primary equipment prefabricated optical cable optical fiber circuit void terminal ".The present invention, by forming " primary equipment prefabricated optical cable optical fiber circuit void terminal " layering Visualization Model, can help commissioning staff to find faster stand interior communication and connect institute's produced problem so that whole debugging process is more directly perceived, reduces the generation of mistake；Maintainer can be helped when carrying out overhaul of the equipments quickly to judge the scope that the stoppage in transit of this equipment is affected, it is to avoid interference neighbouring device simultaneously.
Description
Technical field
The present invention relates to a kind of visual implementation method of intelligent substation panoramic information, belong to relay protection of power system
Technical field, a secondary information verification, loop check and security strategy when being suitable to intelligent substation Capital Construction Debugging and overhaul
Online check.
Background technology
Along with promulgation and the popularization and application of correlation engineering of IEC61850 standard, present stage intelligent substation technology is also
Development and progress, by the GOOSE(Generic Object Oriented Substation of Ethernet and fiber-optic transfer
Event) and SV(Sampled Value) soft message instead of the cable used by traditional secondary loop, for design and the reality of engineering
Execute and bring great convenience.There is material object connection in the cable used due to traditional secondary loop, connects framework clear, very
It is easy to debugging and maintenance personnel understand, and the secondary circuit of New Generation of Intelligent transformer station, although there is physical connection, but material object connects
Reflection is communication Topology connection in kind, does not connect with communication logic Topology connection and empty terminal connection, causes tune
Directly perceived in terms of examination and maintenance, brings the biggest difficulty to staff.
Simultaneously along with the development of intelligent substation technology, new technique is applied on new construction successively, the most prefabricated
Cabin and using of the application of prefabricated optical cable, especially prefabricated optical cable more increase in the maintenance of information circuits to debugging and maintainer
Add one layer of work.
Owing to intelligent substation builds often " time short, task weight ", in needing the short time, high-quality completes capital construction and tune
Trial work is made, and therefore provides the visualization tool comprising full station information circuits to become urgent problem for commissioning staff.
Present stage becomes New Generation of Intelligent along with computer graphics techniques development, the visualization of substation information system
The inexorable trend of transformer station's development.Transformer station normative model file (SSD) is the important set of substation configuration description file (SCD)
Become part, which depict transformer station's function and topological structure, its connection based on point and line chart, derive from from the structural point of transformer station
Go out logical node, make electric equipment function and its logical node comprised in transformer station set up and connect, be to realize substation information
Visual basis.But, the application currently for SSD file is not extensive, is formed without a unified standard, therefore yet
Research in terms of SSD application is become an important problem.
Method is had to use graph-based based on the automatic Aided Design of computer, by SSD file each unit and phase at present
Close attribute to be associated with computer-aided design figure, reduce designer and the understanding of IEC61850 Correlative Standard System is wanted
Ask, with the way of output based on data base, intelligent substation model file and primary connection figure thereof are bound.But, due to above-mentioned
Method uses CAD software, can produce a series of problem in systems soft ware versatility；Simultaneously because designer couple
Being unfamiliar with of IEC61850 specification, can cause user of service and making side's deviation on system understanding.
The secondary circuit visual testing using SVG technology is also a kind of wide variety of method.The method utilizes power transformation
Configuration of standing describes (SCD), extracts empty terminal information, uses scalable vector graphics (SVG) to realize graphical numeral secondary circuit,
And in graphical interfaces operates, numeral secondary circuit is tested.The method achieves the visualization of Quadratic Imaginary terminal, but
A physical connection is not associated with secondary circuit, simultaneously because switch and the existence of prefabricated optical cable in station, respectively
Individual IED(Intelligent Electronic Device) annexation between equipment also will redistribute, it is therefore desirable to enter
Row more fully, concrete consideration.
In sum, the most effective visualization solving substation information loop of the method that present stage is used is asked
Topic.
Summary of the invention
The technical problem to be solved there is provided a kind of based on full station aspect, facilitate staff to adjust
Examination and the visual implementation method of intelligent substation panoramic information of maintenance.
The technical solution used in the present invention is as follows:
A kind of visual implementation method of intelligent substation panoramic information, the optical fiber of transformer station is connected, empty terminal loop and
Transforming plant primary equipment is associated, and forms the layering visualization circle of " primary equipment prefabricated optical cable optical fiber circuit void terminal "
Face, implements step as follows:
(1) switch, prefabricated optical cable are modeled respectively:
Set up switch model: in transformer station, some information is directly to be transmitted by secondary device, the most directly adopt, straight hop-information；
Some is then transmitted by switch, such as mesh information, it is therefore desirable to sets up the model of switch, improves substation configuration description
Secondary device model in SCD.Further, switch model is according to " intelligent substation protection equipment on-line monitors and diagnosis
Technical specification " the middle model foundation specified, its logical node includes physical device information node LPHD, public information logical node
LLNO, each port statistics info logical node APST, each port neighbor information logical node APNE and warning information logic joint
Point GGIO.Switch quantity according to transformer station's actual disposition carries out foundation and the interpolation of model.
Set up prefabricated optical cable model: prefabricated optical cable is New Generation of Intelligent transformer station important component part, primarily serves connection
Prefabricated below deck equipment and the effect of above deck equipment, below deck equipment includes protection, observing and controlling, record ripple etc., and above deck equipment includes merging list
Unit, intelligent terminal.Further, prefabricated optical cable model includes that optical cable self-information, optical cable connect both-end port information, optical cable passes
Transmission information and optical cable warning information etc..
(2) configuration intelligent electronic device IED and switch ports themselves connect.PhysConn mesh at IED equipment and switch
Record is lower adds its port information, and wherein element should include:<P type=" Plug ">,<P type=" Port ">,<P type=
" Type ">, wherein<P type=" Port ">is essential option.The port configured is carried out according to actual optical fiber connection
It is mutually matched；
(3) port of intelligent electronic device IED and corresponding accessing points and empty terminal are associated, will equipment
GOOSE and SV transmission information matches with optical fiber.Wherein accessing points is the GOOSE that described intelligent electronic device IED sends
(Generic Object Oriented Substation Event) or SV(Sampled Value) information, empty terminal is then
The GOOSE(Generic Object Oriented Substation Event that intelligent electronic device IED receives) or SV
(Sampled Value) information, connects according to the APPID information in GOOSE and SV transmission message and empty terminal and mates phase
The port closed, generates and comprises physical connection and the SCD file of empty terminal connection；
(4) setting up Substation Bus Arrangement figure, concrete grammar is as follows:
A. Substation Bus Arrangement figure is divided into different electric pressure regions by transformer station's virtual voltage grade, such as H1(220kV),
L1(110kV) electric pressure regions etc., in respective electric pressure region, the different demarcation according to primary equipment is different
Interval region；
B. build the SSD topological model corresponding with Substation Bus Arrangement figure, read the equipment interval in SSD model by program
Information, utilizes SVG technology to form Substation Bus Arrangement figure.
(5) correlation logic node and primary equipment, forms the SCD file comprising transformer station's panoramic information.Save according to logic
Intelligent electronic device IED belonging to Dian and the interval properties of this intelligent electronic device, in the SCD file generate step (3)
Logical node mate with each interval region of Substation Bus Arrangement figure, formed and comprise the SSD file of logical node,
End form becomes to comprise the SCD file of transformer station's panoramic information.
Beneficial effects of the present invention is as follows:
1. the present invention formed comprise transformer station normative model file SSD, prefabricated optical cable model, switch model, optical fiber circuit and
The comprehensive SCD file that empty terminal connects, it is possible to make engineering staff just can obtain comprehensive transformer station letter from a SCD file
Breath, improves the integrated level of information and the availability of file.
2. the present invention forms " primary equipment prefabricated optical cable optical fiber circuit void terminal " layering Visualization Model, can
Find faster stand interior communication and connect institute's produced problem with help commissioning staff so that whole debugging process is more directly perceived,
Reduce the generation of mistake；Maintainer can be helped quickly to judge when carrying out overhaul of the equipments, and the stoppage in transit of this equipment is affected simultaneously
Scope, it is to avoid interference neighbouring device.
3. the online peace that the present invention is transformer station arranges check to provide basis, can be by reality by the visualization of primary equipment
The safety measure on border contrasts online with the safety measure in system, it is ensured that safety in production.
Accompanying drawing explanation
Fig. 1 is prefabricated optical cable port link model figure in the present invention.
Fig. 2 is IED equipment physical port connection figure in the present invention.
Fig. 3 is main electrical scheme drawing program flow chart in the present invention.
Fig. 4 is complete information layered schematic diagram of standing in the present invention.
Fig. 5 is panoramic information visible process figure in the present invention.
Detailed description of the invention
In order to make the purpose of this patent, technical scheme and beneficial effect clearer, below in conjunction with Fig. 1 ~ Fig. 5 and concrete work
Journey example completely describes.
The present invention is based on aspect of entirely standing, it is proposed that a kind of transformer station panoramic information method for visualizing, reaches convenient
Staff carries out the effect debugged and overhaul.
The invention discloses one and realize intelligent substation panoramic information visualization method, described method includes transformer station
Switch model is set up；Prefabricated optical cable model is set up；IED device port interconnects；Transforming plant primary equipment main electrical scheme saves with logic
The association of point, solves the non-intuitive problem in deficiency and excess loop when converting station debugging and maintenance.
(1) as it is shown in figure 5, first swap the foundation of machine model according to the configuration of transformer station's actual switch, such as
Adding this transformer station 220kV circuit switch model PCS9982BD-284A, logical node is according to " intelligent substation protection equipment
On-line monitoring and diagnostic system technical specification " set up, repeat no more, the switch ports themselves of its correspondence is described as:
<ConnectedAP iedName="PCS9882BD-284A" apName="S1">
<PhysConn type="Connection">
<P type="Port">1-1</P>
<P type="Plug">LC</P>
<P type="Type">FOC</P>
<P type="Cable">104</P>
<P type=" Plug ">element shows type of plug, such as ST, SC, LC, FC, RJ45 etc., example uses for LC type；<
P type=" Port " > showing port numbers, example is 1-1；<P type=" Type ">shows interface type, as FOC, Radio,
100BaseT, example is FOC type；<P type=" Cable ">represents the optical fiber number connected, and example is 104.
(2) set up prefabricated optical cable model and port connects.In order to keep the intercommunity with other IED and concordance, this is specially
Profit proposes prefabricated optical cable port model and describes in the following ways:
<PhysConn type=”Connection” >
<P InType=”Plug”>ST</P>
<P OutType=”Plug”>ST</P>
<P type=”Core”>1</P>
<Private type=” Input-end”>1-A</P>
<Private type=” Input-iedname”>IED1</P>
<Private type=” Output-end”>1-A</P>
<Private type=” Output -iedname”>IED2</P>
</PhysConn>
The foregoing describe title and the port of this prefabricated optical cable two ends secondary device, be wherein input outside regulation prefabricated cabin, in advance
It it is the 1-A port 1-A port by this optical cable No. 1 fiber cores Yu equipment I ED2 of outfan, i.e. equipment I ED1 in cabin processed
Being connected, as a example by 1B-GL221A prefabricated optical cable, then IED1 represents #1 main transformer high voltage side lead-in Intelligent control cabinet, and IED2 represents #
1 main transformer protection observing and controlling cabinet, as shown in Figure 1.
(3) set up the port between secondary device to connect.During the physical port of two equipment of configuration, respectively sender and
The PORT information of reciever is written to offside, just can complete port shown in Fig. 2 and connect.With PL2211A Yu IL2211A at this station it
Between connection as a example by:
The information of PL2211A port is:
<PhysConn type="RedConn">
<P type="Port">7-C</P>
<P type="Plug">LC</P>
<P type="Type">FOC</P>
<P type="Cable">110</P>
<Private type="RemDev-Port">1-B</Private>
<Private type="RemDev-iedName">IL2211A</Private>
The information of IL2211A port is:
<PhysConn type="RedConn">
<P type="Port">1-B</P>
<P type="Plug">LC</P>
<P type="Type">FOC</P>
<P type="Cable">110</P>
<Private type="RemDev-Port">7-C</Private>
<Private type="RemDev-iedName">PL2211A</Private>
(4) IED device port information is associated with accessing points and empty terminal.Void terminal information is written to device port information
In, complete contact between the two, such as: the accessing points of mother observing and controlling CE2200 port association and empty terminal table are shown as:
Accessing points is mated:
<ied name=" CE2200 " desc=" 201 mother observing and controlling PCS-9705AM-FA " caps=" S1, G1, M1 ">
…
Empty terminal coupling:
<refEXTs count="104">
<extref apName="G1" ldInst="PIGO" lnName="LLN0" intAddr="1-A:PIGO/
GOINGGIO1.DPCSO1.stVal"/>
<extref apName="G1" ldInst="PIGO" lnName="LLN0" intAddr="1-A:PIGO/
GOINGGIO1.DPCSO5.stVal"/>
…
(5) main wiring diagram of transformer station is drawn such as Fig. 3.The element information in module walks SSD model is searched by target device,
Target device is searched the information that module reads, is stored in public structure variable.Pel calling module is according to public structure
In body variable, the useful information of the relevant pel of storage, calls the SVG pel having built up in SVG pel storehouse, pel editor
Module arranges the attribute such as the color of pel, display direction according to the electric pressure at SVG pel place.Implant module is according to public knot
Primitive attribute set by SVG pixel coordinates position that structure body variable is provided and pel editor module, writes SVG pel
In the middle of SVG file, and special window is provided to carry out visual presentation in main interface.
(6) finally the primary connection circuit of drafting is associated by the logical node with corresponding interval, i.e. completes step (1)
Being associated of ~ (4) content, forms final SCD file, as shown in Figure 4, is formed and comprise " primary equipment prefabricated optical cable light
Fine loop void terminal " layering visualization panoramic information.
The operation principle of the present invention is as follows:
Transformer station normative model file SSD contains the functions of the equipments of whole transformer station and describes and topological structure, and can collect
Becoming in transformer substation configuration file SCD, therefore, prefabricated optical cable, switch that this patent is involved in model respectively, build power transformation
Secondary device physical loop of standing contacts, and utilizes scaled vectors figure (Scalable Vector Graphics, SVG) technology to set up
Transforming plant primary equipment topological model, by being associated with corresponding logical node by primary equipment, finally constitutes transformer station
Panoptic visualization information.
GOOSE(Generic Object-Oriented Substation Event) it is a kind of change towards general object
Power station event.It is mainly used in the information transmission realizing between multiple intelligent electronic device IED, closes including transmission breaker tripping and closing, connection
Multi-signal or the orders such as lock, have the high-transmission probability of success.SV (Sampled Value) i.e. sampled value, it based on issue/
Subscribing mechanism, the correlation model object of the sampled value that exchange sampled data is concentrated and service, and these model objects and service
Mapping between ISO/IEC 8802-3 frame.
Certainly, those skilled in the art in the art are it should be appreciated that above-described embodiment is intended merely to this is described
Bright, and be not used as limitation of the invention, as long as in the spirit of the present invention, to the change of above-described embodiment,
Modification etc. all will fall within the scope of the claims.
Claims (6)
1. the visual implementation method of intelligent substation panoramic information, it is characterised in that: by the optical fiber connection of transformer station, void
Terminal loop and transforming plant primary equipment are associated, and form " primary equipment prefabricated optical cable optical fiber circuit void terminal "
Layering visualization interface, implements step as follows:
(1) switch, prefabricated optical cable are modeled respectively；
(2) configuration intelligent electronic device (IED) and switch ports themselves, the optical fiber connection of port foundation reality that will configure
It is mutually matched；
(3) being associated with corresponding accessing points and empty terminal by the port of intelligent electronic device (IED), wherein accessing points is
The GOOSE(Generic Object Oriented Substation Event that described intelligent electronic device (IED) sends) or
SV(Sampled Value) information, empty terminal is then the GOOSE(Generic Object that intelligent electronic device (IED) receives
Oriented Substation Event) or SV(Sampled Value) information, according in GOOSE and SV transmission message
APPID information and empty terminal connect and mate relevant port, generate and comprise the SCD literary composition that physical connection connects with empty terminal
Part；
(4) transforming plant primary main wiring diagram is set up；
(5) correlation logic node and primary equipment, forms the SCD file comprising transformer station's panoramic information.
A kind of visual implementation method of intelligent substation panoramic information the most according to claim 1, it is characterised in that: institute
State switch model in step (1) according to the mould of regulation in " intelligent substation protection equipment on-line monitors and diagnostic techniques specification "
Type is set up, and its logical node includes physical device information node (LPHD), public information logical node (LLNO), each port statistics
Infologic node (APST), each port neighbor information logical node (APNE) and warning information logical node (GGIO).
A kind of visual implementation method of intelligent substation panoramic information the most according to claim 2, it is characterised in that: institute
State in step (1) the switch quantity according to transformer station's actual disposition and carry out foundation and the interpolation of model.
A kind of visual implementation method of intelligent substation panoramic information the most according to claim 1, it is characterised in that: institute
State prefabricated optical cable model in step (1) and include that optical cable self-information, optical cable connect both-end port information, optical cable transmission information and light
Cable warning information.
A kind of visual implementation method of intelligent substation panoramic information the most according to claim 1, it is characterised in that: institute
Stating step (4), to set up the concrete grammar of Substation Bus Arrangement figure as follows:
A. Substation Bus Arrangement figure is divided into different electric pressure regions by transformer station's virtual voltage grade, at respective voltage
In hierarchical region, the different demarcation according to primary equipment is different interval region；
B. build the SSD topological model corresponding with Substation Bus Arrangement figure, read the equipment interval in SSD model by program
Information, utilizes SVG technology to form Substation Bus Arrangement figure.
A kind of visual implementation method of intelligent substation panoramic information the most according to claim 5, it is characterised in that: institute
State step (5) correlation logic node and primary equipment, form the concrete grammar of the SCD file comprising transformer station's panoramic information such as
Under: according to the intelligent electronic device (IED) belonging to logical node and the interval properties of this intelligent electronic device (IED), will step
Suddenly the logical node in the SCD file that (3) generate mates with each interval region of Substation Bus Arrangement figure, and formation comprises
The SSD file of logical node, ultimately forms the SCD file comprising transformer station's panoramic information.
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| CN106940748A (en) * | 2017-03-21 | 2017-07-11 | 宁波市电力设计院有限公司 | Figure guiding optical fiber circuit method for designing and system based on information flow direction |
| CN107565693A (en) * | 2017-09-28 | 2018-01-09 | 国网青海省电力公司 | The visualization system and method for visualizing of the optical fiber circuit of intelligent substation |
| CN107563717A (en) * | 2017-07-26 | 2018-01-09 | 国网安徽省电力公司 | A kind of secondary system of intelligent substation safety measure visualization system |
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