CN109061355A - Intelligent substation based on virtual panel protects device visualization monitoring method - Google Patents
Intelligent substation based on virtual panel protects device visualization monitoring method Download PDFInfo
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- CN109061355A CN109061355A CN201811056235.7A CN201811056235A CN109061355A CN 109061355 A CN109061355 A CN 109061355A CN 201811056235 A CN201811056235 A CN 201811056235A CN 109061355 A CN109061355 A CN 109061355A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J13/00—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
- Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
- Y04S10/00—Systems supporting electrical power generation, transmission or distribution
- Y04S10/40—Display of information, e.g. of data or controls
Abstract
The invention discloses the intelligent substations based on virtual panel to protect device visualization monitoring method, establishes the protection equipment virtual panel SVG pel library of intelligent substation；Equipment and protection equipment virtual panel SVG figure element will be protected in SCD file；The state relation relationship of virtual front panel signal lamp pel, board pel, optical fiber interface pel in configuration protection equipment virtual panel SVG pel；Status display is carried out to virtual front panel signal lamp pel, board pel, optical fiber interface pel according to the data set stripe purpose state value of protection equipment.The present invention realizes that the virtual visualization of protection device panel is shown; finding both gained; it is easy to implement the Centralizing inspection of protection equipment, remotely monitors, quickly understand protection equipment state for operations staff, service personnel, effectively improve intelligent substation protection equipment remote visualization O&M level and ability.
Description
Technical field
The present invention relates to intelligent substation technical fields, and in particular to the intelligent substation based on virtual panel protects equipment
Visualizing monitor method.
Background technique
Relay protection device is the important secondary device of substation, and when electric system breaks down or is abnormal, relay is protected
Shield equipment selectively can quickly cut off failure, maintain the safe operation of electric system.Therefore, how effectively to implement protection to set
Received shipment dimension, it is ensured that protection in awaiting orders and health status, has great importance forever, protects equipment condition monitoring and instruction is
Effectively solve the problems, such as this technological means.Currently, being based on IEC61850 specification model with the size expansion of intelligent substation
Intelligent substation be widely used to national grid and south electric network, intelligent substation has primary equipment intelligence, secondary
The features such as device network provide technical foundation for protection device intelligence visualizing monitor.
In intelligent substation O&M, routine work amount is big, is pressed for time, and increases efficiency by downsizing payrolls with larger potentiality, how to rely on
The strength of science and technology realizes the efficient concentration inspection of intelligent substation protection equipment, makes an inspection tour and remotely make an inspection tour, and realizes visualization prison
It surveys, for reducing O&M service personnel labor intensity, improving labor efficiency, it is positive to have the function of, it helps establishes strong intelligence
It can power grid.
Summary of the invention
For above-mentioned deficiency present in currently available technology, the present invention provides the intelligent substations based on virtual panel
Protect device visualization monitoring method.
In order to achieve the above object, the present invention provides following technical schemes:
Intelligent substation based on virtual panel protects device visualization monitoring method, comprising the following steps:
Step 1 establishes the protection equipment virtual panel SVG that each protection equipment virtual panel SVG pel constitutes intelligent substation
Pel library, protection equipment virtual panel SVG pel include that the protection virtual front panel SVG pel of equipment and protection equipment are virtual below
Plate SVG pel, the protection virtual front panel SVG pel of equipment includes virtual front panel signal lamp pel, and protection equipment is virtual
Rear panel SVG pel includes board pel and the optical fiber interface pel on board pel；
Step 2 imports intelligent substation SCD file；
Step 3, by the protection equipment in intelligent substation SCD file one by one with protection equipment virtual panel SVG figure element；
Step 4, the state instruction incidence relation for configuring virtual front panel signal lamp pel one by one, virtual front partitioned signal refer to
The state instruction incidence relation for showing lamp pel includes: signal lamp reference address and protection equipment running status data entry
Incidence relation and the corresponding logical operation model of signal lamp reference address；
Step 5, the state instruction incidence relation for configuring board pel one by one, the state instruction incidence relation of board pel include:
Board pel reference address and board abnormal data set entry and board faults data set stripe purpose incidence relation, further include plate
The corresponding logical operation model of card pel reference address；
The state instruction incidence relation of optical fiber interface pel, the state instruction incidence relation packet of optical fiber interface pel are configured one by one
Include: optical fiber interface pel reference address and optical fiber link interrupt data set entry and the out-of-limit data set stripe of optical fiber interface optical power
Purpose incidence relation further includes the corresponding logical operation model of optical fiber interface pel reference address；
Step 6, configuration whole station protect apparatus optical fiber link relationship, and optical fiber link relationship includes the SV signal of optical fiber interface pel
The optical fiber connection relation of optical fiber connection relation and GOOSE signal；
Step 7, the data set stripe purpose state value for obtaining protection equipment, according to the state of virtual front panel signal lamp pel
Indicate that incidence relation, the state instruction incidence relation of board pel, the state instruction incidence relation of optical fiber interface pel, whole station are protected
Apparatus optical fiber link relationship is protected, state is carried out to virtual front panel signal lamp pel, board pel, optical fiber interface pel and is shown
Show.
The protection virtual front panel SVG pel of equipment as described above further include: virtual front panel appearance and tone pel, void
Quasi- front panel liquid crystal pel, virtual front panel keys pel, virtual front panel apparatus model name pel,
The attribute for protecting equipment virtual panel SVG pel includes: protection device model,
The attribute of the virtual front panel signal lamp pel includes: signal lamp title, signal lamp shape, letter
Number indicator light colors, signal lamp whether self-sustaining.
Step 3 as described above the following steps are included:
Protection equipment IED in step 3.1, parsing SCD file, obtains protection device model；
Step 3.2, according to protection device model, will protection equipment IED and protection equipment virtual panel SVG figure element.
Step 4 as described above the following steps are included:
Step 4.1, to virtual front panel signal lamp pel, configure one by one signal lamp title, signal lamp shape,
Signal lamp color, signal lamp whether self-sustaining；
Step 4.2, by the signal lamp reference address of virtual front panel signal lamp pel and protection equipment running status
Data entry association；
Step 4.3, according to the signal lamp logic corresponding logic of setting signal indicator light reference address one by one of protection equipment
Operational model.
In step 4.2 as described above,
To the protection equipment for meeting state and netting new " six unifications " code requirement, by signal lamp reference address with
Protection equipment running status data entry association in dsDeviceState data set；
The protection equipment that new " six unifications " code requirement is netted for not meeting state, by signal lamp reference address with
One in dsRelayDin data set or dsAlarm data set or dsWarning data set or dsTripInfo data set or
Multiple protection equipment running status data entry associations.
Step 5 as described above the following steps are included:
Board pel reference address and dsAlarm data set and the concentrated reflection of dsWarning data is arranged in step 5.1 one by one
The board abnormal data set entry and board faults data set entry of the board abnormal failure are associated；
Step 5.2 is arranged that board pel reference address is corresponding to patrol according to the board exception and fault logic of protection equipment one by one
Collect operational model.
Optical fiber interface pel reference address and dsWarning data set and dsCommState is arranged in step 5.3 one by one
The optical fiber link that data embody a concentrated reflection of optical fiber interface exception interrupts data set entry and the out-of-limit data set of optical fiber interface optical power
Entry is associated.
Optical fiber interface pel reference address pair is arranged according to the optical fiber interface abnormal logic of protection equipment in step 5.4 one by one
The logical operation model answered.
Step 6 as described above the following steps are included:
Step 6.1 protects equipment virtual terminator connection relationship according to protection equipment actual fiber connection relationship and SCD file, one by one
The optical fiber connection relation of the SV signal of optical fiber interface pel is set, and the optical fiber connection relation of the SV signal of optical fiber interface pel includes
The SV signal transmitted in the board of the optical fiber interface pel at SV signal both ends-optical fiber interface information and SV signal optical fibre
APPID；
Step 6.2 protects equipment virtual terminator connection relationship according to protection equipment actual fiber connection relationship and SCD file, one by one
The optical fiber connection relation of the GOOSE signal of optical fiber interface pel, the optical fiber connection of the GOOSE signal of optical fiber interface pel are set
Relationship includes that board-optical fiber interface information of the optical fiber interface pel at GOOSE signal both ends and GOOSE signal optical fibre upload
The APPID of defeated GOOSE signal.
Step 7 as described above the following steps are included:
Step 7.1, slave station control layer network obtain the protection equipment running status data entry of whole station protection equipment,
Using the corresponding logical operation model of signal lamp reference address, protection associated to signal lamp reference address is set
The state value of standby running state data entry carries out logical operation,
When logic operation result is " 1 ", virtual front partitioned signal is lighted according to signal lamp shape, signal lamp color
Indicator light pel,
When logic operation result is " 0 ", the protection virtual front panel signal lamp pel of equipment is not lighted；
Step 7.2, slave station control layer network obtain the board abnormal data set entry of whole station protection equipment, board faults data set stripe
Mesh, optical fiber link interrupt data set entry and the out-of-limit data set entry of optical fiber interface optical power,
Using the corresponding logical operation model of board pel reference address, to the associated board exception number of board pel reference address
Logical operation is carried out according to the state value and board faults data set stripe purpose state value of collection entry,
If logic operation result is " 1 ", corresponding board pel is flashed；
If logic operation result is " 0 ", corresponding board pel is not flashed；
Using the corresponding logical operation model of optical fiber interface reference address, in the associated optical fiber link of optical fiber interface reference address
Disconnected data set stripe purpose state value and the out-of-limit data set stripe purpose state value of optical fiber interface optical power carry out logical operation,
If logic operation result is " 1 ", corresponding optical fiber interface pel is flashed,
If logic operation result is " 0 ", corresponding optical fiber interface pel is not flashed；
Step 7.3 reads protection device procedures layer data, and protection device procedures layer data includes SV signal and GOOSE signal, root
According to the optical fiber connection relation of the optical fiber connection relation of SV signal and GOOSE signal set by step 6, positioning logic link down
With the incidence relation between board pel, optical fiber interface pel, and associated board pel, optical fiber interface pel are flashed.
The present invention has the advantage that compared with the existing technology
1, device status data, optical fiber link data can be protected to realize the virtual of protection device panel automatically according to intelligent substation
Visualize, finding both gained, independent of protection equipment itself can intuitively understand protection equipment state, be easy to implement guarantor
It protects the Centralizing inspection of equipment, remotely monitor；
2, protection unit exception, failure to plug-in unit, optical port can be positioned, protection is quickly understood convenient for operations staff, service personnel and sets
Standby state effectively improves intelligent substation protection equipment remote visualization O&M level and ability.
Detailed description of the invention
Fig. 1 is flow diagram of the invention；
Fig. 2 is the schematic diagram for protecting equipment virtual panel SVG pel；
Fig. 3 is the schematic diagram for protecting the virtual rear panel SVG pel of equipment；
Fig. 4 is virtual front panel signal lamp pel (" trip protection " signal lamp pel) associated protection equipment operation
The schematic diagram of status data entry.
Specific embodiment
For the ease of those of ordinary skill in the art understand and implement the present invention, below with reference to embodiment to the present invention make into
The detailed description of one step, it should be understood that implementation example described herein is merely to illustrate and explain the present invention, and is not used to limit
The fixed present invention.
A kind of intelligent substation based on virtual panel provided by the invention protects device visualization monitoring method, such as Fig. 1
It is shown, include the following steps:
Step 1 establishes the protection equipment virtual panel SVG that each protection equipment virtual panel SVG pel constitutes intelligent substation
Pel library, protection equipment virtual panel SVG pel include that the protection virtual front panel SVG pel of equipment and protection equipment are virtual below
Plate SVG pel, the protection virtual front panel SVG pel of equipment include virtual front panel signal lamp pel, and protection equipment is virtual
Rear panel SVG pel includes board pel, also includes the optical fiber interface pel on board pel；
The protection equipment virtual panel SVG pel of intelligent substation described in step 1 includes: the protection virtual front panel SVG of equipment
Pel and the protection virtual rear panel SVG pel of equipment, the attribute of protection equipment virtual panel SVG pel include protection equipment type
Number.
As shown in Fig. 2, the virtual front panel SVG pel of the protection equipment of intelligent substation specifically includes:
1, virtual front panel appearance and tone pel；
2, virtual front panel signal lamp pel；
3, virtual front panel liquid crystal pel；
4, virtual front panel keys pel；
5, virtual front panel apparatus model name pel.
Virtual front panel appearance and tone pel, virtual front panel signal lamp pel, virtual front panel liquid crystal pel,
Virtual front panel keys pel, virtual front panel apparatus model name pel and the protection different types of protection equipment of device manufacturer
Practical front panel appearance and tone, signal lamp, liquid crystal, key, model name are corresponding, virtual front panel signal lamp figure
First, virtual front panel liquid crystal pel, the layout of virtual front panel keys pel and the protection different types of protection of device manufacturer
Equipment actual signal indicator light, liquid crystal, the layout of key and dimension scale are corresponding.
The attribute of the virtual front panel signal lamp pel of intelligent substation includes signal lamp title, signal designation
Lamp shape, signal lamp color and signal lamp whether self-sustaining.
As shown in figure 3, the virtual rear panel SVG pel of the protection equipment of intelligent substation includes that protection equipment plate is each
Board pel also includes the optical fiber interface pel for reflecting the access of transformer station process layer signal on board pel, board figure
Member and optical fiber interface pel are provided with number.
Step 2 imports intelligent substation SCD file；
Step 3, by the protection equipment in intelligent substation SCD file one by one with protection equipment virtual panel SVG figure element；
Protection equipment in step 3.1, parsing SCD file, obtains protection device model；
Step 3.2, according to protection device model, in the protection equipment virtual panel SVG pel library that search step 1 is established, press
Protect device model that will protect equipment and protection equipment virtual panel SVG figure element.
Step 4, the state instruction incidence relation for configuring virtual front panel signal lamp pel one by one, virtual front panel letter
The state instruction incidence relation of number indicator light pel includes: signal lamp reference address and protection equipment running status data strip
Purpose incidence relation and the corresponding logical operation model of signal lamp reference address；
Step 4 refers mainly to the configuration protection virtual front panel signal lamp incidence relation of equipment, so that the protection virtual front of equipment
Partitioned signal indicator light is consistent with real protection device state instruction, executes as follows:
Step 4.1, to virtual front panel signal lamp pel, configure one by one signal lamp title, signal lamp shape,
Signal lamp color, signal lamp whether self-sustaining；
Step 4.2, to the protection equipment for meeting state and netting new " six unifications " code requirement, there is protection equipment running status
(it is " nine unifications " that new " six unifications " code requirement is netted by state to dsDeviceState data set, and in October, 2015, publication, was multiple
New six unification is netted by the general name of relay protection and automatic safety device standardized designs specification, nine unification of industry Nei Cheng state net or state.
Relay protection six uniformly refers to: (1) functional configuration is unified, and the design of (2) circuit is unified, and (3) terminal block arrangement is unified, (4) interface mark
Standard is unified, and (5) shield the unification of cabinet pressing plate, and (6) protect definite value, reporting format unified.), one by one by virtual front panel signal lamp
The signal lamp reference address of pel and the protection equipment running status data entry in dsDeviceState data set close
Connection, gos to step 4.4；
Step 4.3, the protection equipment that new " six unifications " code requirement is netted for not meeting state, do not have protection equipment running status
DsDeviceState data set, one by one by the signal lamp reference address of virtual front panel signal lamp pel and protection
One in equipment dsRelayDin data set or dsAlarm data set or dsWarning data set or dsTripInfo data set
A or multiple protection equipment running status data entry associations；
Step 4.4 sets signal designation according to the signal lamp logic (from the explanation of protective device) of protection equipment one by one
The corresponding logical operation model of lamp reference address.
It is corresponding according to signal lamp reference address for same virtual front panel signal lamp pel in step 4.4
Logical operation model to the associated protection equipment running status data strip of signal lamp reference address in step 4.2 or 4.3
Purpose state value carries out logical operation, and the logical operation in logical operation model is in logical inversion, logic or logic and operation
One or more combinations.
By taking certain model transmission line of electricity line protective device as an example, by the virtual front panel signal lamp of step 4.3 setting
Pel (" trip protection " signal lamp pel) associated protection equipment running status data entry is as shown in figure 4, this is virtual
The corresponding logical operation model of front panel signal lamp pel (" trip protection " signal lamp pel) are as follows:
" trip protection "=(1) OR (2) OR (3) OR (4) --- OR or operator
(1), (2), (3), (4) in above-mentioned logical operation model refer both to the protection equipment running status data entry in Fig. 4
State value.
That is any protection equipment running status data entry in 4 protection equipment running status data entries in Fig. 4
State value meets condition, which presses step
Signal lamp shape, the signal lamp color being arranged in 4.1 are lighted, and whether self-sustaining determination is according to signal lamp
It is no to need involution.
Step 5, the state instruction incidence relation for configuring board pel one by one, the state instruction incidence relation packet of board pel
Include: board pel reference address and board abnormal data set entry and board faults data set stripe purpose incidence relation also wrap
The corresponding logical operation model of rubbing board card pel reference address；
The state instruction incidence relation of optical fiber interface pel, the state instruction incidence relation packet of optical fiber interface pel are configured one by one
Include: optical fiber interface pel reference address and optical fiber link interrupt data set entry and the out-of-limit data set of optical fiber interface optical power
The incidence relation of entry further includes the corresponding logical operation model of optical fiber interface pel reference address；
Step 5 refers mainly to configuration protection equipment void rear panel state instruction incidence relation, executes as follows:
Step 5.1, setting board pel reference address and dsAlarm data set, dsWarning data embody a concentrated reflection of the plate one by one
The board abnormal data set entry and board faults data set entry of card abnormal failure are associated；
Step 5.2, board exception and fault logic (from the explanation of protective device) arranging plate one by one according to protection equipment
The corresponding logical operation model of card pel reference address.
The corresponding logical operation model of board pel reference address described in step 5.2 refers to board abnormal data set item
Mesh and board faults data set entry carry out one of logical inversion, logic or logic and operation or multiple combinations.
Step 5.3, further, for the board pel comprising process layer optical fiber interface, also one by one on board pel
Optical fiber interface pel, setting optical fiber interface pel reference address and dsWarning data set, in dsCommState data set
Reflect that the optical fiber link of optical fiber interface exception interrupts data set entry and the out-of-limit data set entry of optical fiber interface optical power carries out
Association.
Step 5.4, for the board pel comprising process layer optical fiber interface, further, also according to protection equipment light
Its corresponding logic of optical fiber interface pel reference address is arranged in fine interface abnormal logic (from the explanation of protective device) one by one
Operational model.
The corresponding logical operation model of optical fiber interface reference address described in step 5.4 refers to the light to optical fiber interface exception
Fine link down data set stripe purpose state value and the out-of-limit data set stripe purpose state value of optical fiber interface optical power carry out logic and take
Instead, one of logic or logic and operation or multiple combinations.
Step 6, configuration whole station protect apparatus optical fiber link relationship, and optical fiber link relationship includes the SV letter of optical fiber interface pel
Number optical fiber connection relation and GOOSE signal optical fiber connection relation；
It comprises the steps of:
Step 6.1 protects equipment virtual terminator connection relationship according to protection equipment actual fiber connection relationship and SCD file, one by one
The optical fiber connection relation of the SV signal of optical fiber interface pel is set, and the optical fiber connection relation of the SV signal of optical fiber interface pel includes
The SV signal transmitted in the board of the optical fiber interface pel at SV signal both ends-optical fiber interface information and SV signal optical fibre
APPID；
Step 6.2 protects equipment virtual terminator connection relationship according to protection equipment actual fiber connection relationship and SCD file, one by one
The optical fiber connection relation of the GOOSE signal of optical fiber interface pel, the optical fiber connection of the GOOSE signal of optical fiber interface pel are set
Relationship includes that board-optical fiber interface information of the optical fiber interface pel at GOOSE signal both ends and GOOSE signal optical fibre upload
The APPID of defeated GOOSE signal.
In the present embodiment, when step 6 is mainly for the protection of the interruption of device procedures layer optical fiber logical links, believe according to process layer
Number deletion mapping logical links interrupt corresponding signal and send relevant protection equipment plate card and corresponding optical fiber interface.
Step 7, the data set stripe purpose state value for obtaining protection equipment, according to virtual front panel signal lamp pel
State instruction incidence relation, the state instruction incidence relation of board pel, optical fiber interface pel state instruction incidence relation, complete
It stands and protects apparatus optical fiber link relationship, shape is carried out to virtual front panel signal lamp pel, board pel, optical fiber interface pel
State is shown.
It comprises the following steps:
Step 7.1, slave station control layer network obtain the protection equipment running status data set entry of whole station protection equipment,
Using the corresponding logical operation model of signal lamp reference address, protection associated to signal lamp reference address is set
The state value of standby running state data entry carries out logical operation,
When logic operation result is " 1 ", lighted according to signal lamp shape, signal lamp color before protecting equipment virtual
Panel signal lamp pel, and whether self-sustaining determines the need for involution according to signal lamp, to keep and reality
Protective device state instruction is consistent.
When logic operation result is " 0 ", the protection virtual front panel signal lamp pel of equipment is not lighted,
Step 7.2, slave station control layer network obtain the board abnormal data set entry of whole station protection equipment, board faults data set stripe
Mesh, optical fiber link interrupt data set entry and the out-of-limit data set entry of optical fiber interface optical power,
Using the corresponding logical operation model of board pel reference address, to the associated board exception number of board pel reference address
Logical operation is carried out according to the state value and board faults data set stripe purpose state value of collection entry,
If logic operation result is " 1 ", corresponding board pel is flashed,
If logic operation result is " 0 ", corresponding board pel is not flashed；
Using the corresponding logical operation model of optical fiber interface reference address, in the associated optical fiber link of optical fiber interface reference address
Disconnected data set stripe purpose state value and the out-of-limit data set stripe purpose state value of optical fiber interface optical power carry out logical operation,
If logic operation result is " 1 ", corresponding optical fiber interface pel is flashed,
If logic operation result is " 0 ", corresponding optical fiber interface pel is not flashed；
The virtual rear panel board pel of abovementioned steps 5.1-5.2 that several sections of verbal descriptions setting protection equipment and optical fiber interface figure
The exception of reflection board associated by member, board faults and optical fiber interface chain rupture, the out-of-limit corresponding data set entry of optical power, step
7 fetch protection the above-mentioned data set stripe purpose state value of equipment (protection device status data) by the way that station level network is readable, according to every
A board pel and comprising the logical operation model of optical fiber interface pel (if any) logics are carried out to associated multiple state values
Operation, logic operation result are board/optical fiber interface state value, just according to each board pel/optical fiber interface pel state value
It can decide whether that flashing shows its state, in specific embodiment, for example logical operation state value is " 1 ", shows the board or light
Fine interface has exception/fault, then board/optical fiber interface pel flashing instruction does not flash then if state value is " 0 " and shows the plate
Card/optical fiber interface pel shows that the board/optical fiber interface is normal.Similarly hereinafter.Above-mentioned " 1 " may be other modes such as " TRUE "
Expression, " 0 " can also use the expression such as " FALSE " other modes.
Step 7.3 reads protection device procedures layer data, includes SV signal and GOOSE signal, according to set by step 6
SV signal optical fiber connection relation and GOOSE signal optical fiber connection relation, positioning logic link down and board pel, light
Incidence relation between fine interface pel, and flash associated board pel, optical fiber interface pel.
Specific embodiment described herein is only an example for the spirit of the invention.The neck of technology belonging to the present invention
The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method
In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.
Claims (8)
1. the intelligent substation based on virtual panel protects device visualization monitoring method, which comprises the following steps:
Step 1 establishes the protection equipment virtual panel SVG that each protection equipment virtual panel SVG pel constitutes intelligent substation
Pel library, protection equipment virtual panel SVG pel include that the protection virtual front panel SVG pel of equipment and protection equipment are virtual below
Plate SVG pel, the protection virtual front panel SVG pel of equipment includes virtual front panel signal lamp pel, and protection equipment is virtual
Rear panel SVG pel includes board pel and the optical fiber interface pel on board pel；
Step 2 imports intelligent substation SCD file；
Step 3, by the protection equipment in intelligent substation SCD file one by one with protection equipment virtual panel SVG figure element；
Step 4, the state instruction incidence relation for configuring virtual front panel signal lamp pel one by one, virtual front partitioned signal refer to
The state instruction incidence relation for showing lamp pel includes: signal lamp reference address and protection equipment running status data entry
Incidence relation and the corresponding logical operation model of signal lamp reference address；
Step 5, the state instruction incidence relation for configuring board pel one by one, the state instruction incidence relation of board pel include:
Board pel reference address and board abnormal data set entry and board faults data set stripe purpose incidence relation, further include plate
The corresponding logical operation model of card pel reference address；
The state instruction incidence relation of optical fiber interface pel, the state instruction incidence relation packet of optical fiber interface pel are configured one by one
Include: optical fiber interface pel reference address and optical fiber link interrupt data set entry and the out-of-limit data set stripe of optical fiber interface optical power
Purpose incidence relation further includes the corresponding logical operation model of optical fiber interface pel reference address；
Step 6, configuration whole station protect apparatus optical fiber link relationship, and optical fiber link relationship includes the SV signal of optical fiber interface pel
The optical fiber connection relation of optical fiber connection relation and GOOSE signal；
Step 7, the data set stripe purpose state value for obtaining protection equipment, according to the state of virtual front panel signal lamp pel
Indicate that incidence relation, the state instruction incidence relation of board pel, the state instruction incidence relation of optical fiber interface pel, whole station are protected
Apparatus optical fiber link relationship is protected, state is carried out to virtual front panel signal lamp pel, board pel, optical fiber interface pel and is shown
Show.
2. the intelligent substation described in claim 1 based on virtual panel protects device visualization monitoring method, feature exists
In the virtual front panel SVG pel of the protection equipment further include: virtual front panel appearance and tone pel, virtual front panel
Liquid crystal pel, virtual front panel keys pel, virtual front panel apparatus model name pel,
The attribute for protecting equipment virtual panel SVG pel includes: protection device model,
The attribute of the virtual front panel signal lamp pel includes: signal lamp title, signal lamp shape, letter
Number indicator light colors, signal lamp whether self-sustaining.
3. the intelligent substation as claimed in claim 2 based on virtual panel protects device visualization monitoring method, feature exists
In, the step 3 the following steps are included:
Protection equipment IED in step 3.1, parsing SCD file, obtains protection device model；
Step 3.2, according to protection device model, will protection equipment IED and protection equipment virtual panel SVG figure element.
4. the intelligent substation as claimed in claim 3 based on virtual panel protects device visualization monitoring method, feature exists
In, the step 4 the following steps are included:
Step 4.1, to virtual front panel signal lamp pel, configure one by one signal lamp title, signal lamp shape,
Signal lamp color, signal lamp whether self-sustaining；
Step 4.2, by the signal lamp reference address of virtual front panel signal lamp pel and protection equipment running status
Data entry association；
Step 4.3, according to the signal lamp logic corresponding logic of setting signal indicator light reference address one by one of protection equipment
Operational model.
5. the intelligent substation as claimed in claim 4 based on virtual panel protects device visualization monitoring method, feature exists
In, in the step 4.2,
To the protection equipment for meeting state and netting new " six unifications " code requirement, by signal lamp reference address with
Protection equipment running status data entry association in dsDeviceState data set；
The protection equipment that new " six unifications " code requirement is netted for not meeting state, by signal lamp reference address with
One in dsRelayDin data set or dsAlarm data set or dsWarning data set or dsTripInfo data set or
Multiple protection equipment running status data entry associations.
6. the intelligent substation described in claim 5 based on virtual panel protects device visualization monitoring method, feature exists
In, the step 5 the following steps are included:
Board pel reference address and dsAlarm data set and the concentrated reflection of dsWarning data is arranged in step 5.1 one by one
The board abnormal data set entry and board faults data set entry of the board abnormal failure are associated；
Step 5.2 is arranged that board pel reference address is corresponding to patrol according to the board exception and fault logic of protection equipment one by one
Collect operational model；
Optical fiber interface pel reference address and dsWarning data set and dsCommState data are arranged in step 5.3 one by one
The optical fiber link for embodying a concentrated reflection of optical fiber interface exception interrupts data set entry and the out-of-limit data set entry of optical fiber interface optical power
It is associated；
Step 5.4, according to the optical fiber interface abnormal logic of protection equipment, that optical fiber interface pel reference address is arranged one by one is corresponding
Logical operation model.
7. the intelligent substation as claimed in claim 6 based on virtual panel protects device visualization monitoring method, feature exists
In, the step 6 the following steps are included:
Step 6.1 protects equipment virtual terminator connection relationship according to protection equipment actual fiber connection relationship and SCD file, one by one
The optical fiber connection relation of the SV signal of optical fiber interface pel is set, and the optical fiber connection relation of the SV signal of optical fiber interface pel includes
The SV signal transmitted in the board of the optical fiber interface pel at SV signal both ends-optical fiber interface information and SV signal optical fibre
APPID；
Step 6.2 protects equipment virtual terminator connection relationship according to protection equipment actual fiber connection relationship and SCD file, one by one
The optical fiber connection relation of the GOOSE signal of optical fiber interface pel, the optical fiber connection of the GOOSE signal of optical fiber interface pel are set
Relationship includes that board-optical fiber interface information of the optical fiber interface pel at GOOSE signal both ends and GOOSE signal optical fibre upload
The APPID of defeated GOOSE signal.
8. the intelligent substation as claimed in claim 7 based on virtual panel protects device visualization monitoring method, feature exists
In, the step 7 the following steps are included:
Step 7.1, slave station control layer network obtain the protection equipment running status data entry of whole station protection equipment,
Using the corresponding logical operation model of signal lamp reference address, protection associated to signal lamp reference address is set
The state value of standby running state data entry carries out logical operation,
When logic operation result is " 1 ", virtual front partitioned signal is lighted according to signal lamp shape, signal lamp color
Indicator light pel,
When logic operation result is " 0 ", the protection virtual front panel signal lamp pel of equipment is not lighted；
Step 7.2, slave station control layer network obtain the board abnormal data set entry of whole station protection equipment, board faults data set stripe
Mesh, optical fiber link interrupt data set entry and the out-of-limit data set entry of optical fiber interface optical power,
Using the corresponding logical operation model of board pel reference address, to the associated board exception number of board pel reference address
Logical operation is carried out according to the state value and board faults data set stripe purpose state value of collection entry,
If logic operation result is " 1 ", corresponding board pel is flashed；
If logic operation result is " 0 ", corresponding board pel is not flashed；
Using the corresponding logical operation model of optical fiber interface reference address, in the associated optical fiber link of optical fiber interface reference address
Disconnected data set stripe purpose state value and the out-of-limit data set stripe purpose state value of optical fiber interface optical power carry out logical operation,
If logic operation result is " 1 ", corresponding optical fiber interface pel is flashed,
If logic operation result is " 0 ", corresponding optical fiber interface pel is not flashed；
Step 7.3 reads protection device procedures layer data, and protection device procedures layer data includes SV signal and GOOSE signal, root
According to the optical fiber connection relation of the optical fiber connection relation of SV signal and GOOSE signal set by step 6, positioning logic link down
With the incidence relation between board pel, optical fiber interface pel, and associated board pel, optical fiber interface pel are flashed.
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