CN105720688B - The recognition methods of chain type topological structure of electric and system - Google Patents
The recognition methods of chain type topological structure of electric and system Download PDFInfo
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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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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/12—Discovery or management of network topologies
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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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B70/00—Technologies for an efficient end-user side electric power management and consumption
- Y02B70/30—Systems integrating technologies related to power network operation and communication or information technologies for improving the carbon footprint of the management of residential or tertiary loads, i.e. smart grids as climate change mitigation technology in the buildings sector, including also the last stages of power distribution and the control, monitoring or operating management systems at local level
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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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
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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
- Y04S10/16—Electric power substations
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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
- Y04S20/00—Management or operation of end-user stationary applications or the last stages of power distribution; Controlling, monitoring or operating thereof
- Y04S20/20—End-user application control systems
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- Remote Monitoring And Control Of Power-Distribution Networks (AREA)
Abstract
The present invention relates to a kind of recognition methods of chain type topological structure of electric and system, its method includes：Region control layer sets middle plant stand number definite value and chain type power network plant stand sequence parameter definite value；Region control layer determines that the plant stand on chain type power network sorts according to chain type power network plant stand sequence parameter definite value；Each 220kV plant stands stood in the key-course of domain report first node, section point, the status information of the 3rd node to give Region control layer respectively, and the 500kV transformer stations in domain key-course of standing report the status information of a line section node to give Region control layer；The topological structure of chain type power network is identified according to each status information and plant stand sequence, middle plant stand number definite value for Region control layer.Using the solution of the present invention, the change of power network is adapted to, it is possible to prevente effectively from the region backup power automatic switching function failure caused by power network changes.
Description
Technical field
The present invention relates to technical field of electric power, a kind of recognition methods more particularly to chain type topological structure of electric and it is
System.
Background technology
In the power network of large size city, because short circuit current is exceeded, it is necessary to carry out partition running.And in two 500kV power transformations
Stand and be connected often through 220kV chain structures power network (chain type power network) between subregion, normal 220kV chain structures power network open loop fortune
OK, when system side main transformer, bus or line fault trip, it is possible to cause multiple 220kV and 110kV plant stands no-voltage of entire station,
Cause large-area power-cuts.In order to avoid the generation of such event, before primary system rack does not improve, it is necessary in 220kV chains
Installation area prepared auto restart (standby inlet wire automatic throw-in equipment), can reduce fault outage to a certain extent in formula structure power network
Region and the time, improve customer power supply reliability.But, can only be according to simple chain type electricity for some current region prepared auto restarts
The fixed structure of net is completed, and when electric network composition changes, the failure of region backup power automatic switching function, can not adapt to the change of power network,
Therefore the key technology of region prepared auto restart is how quickly to identify the topological structure of chain type power network, and adapts to the change of power network
Change.
The content of the invention
It is an object of the invention to provide a kind of recognition methods of chain type topological structure of electric and system, power network is adapted to
Change, it is possible to prevente effectively from the region backup power automatic switching function failure caused by power network changes.
The purpose of the present invention is achieved through the following technical solutions：
A kind of recognition methods of chain type topological structure of electric, by a 500kV power transformation in the both ends power supply of chain type power network
Stand and be used as Region control layer, another 500kV transformer station in the both ends power supply and each 220kV on the chain type power network
Plant stand includes as station domain key-course, methods described：
The Region control layer sets middle plant stand number definite value and chain type power network plant stand sequence parameter definite value；
The Region control layer determines the factory on the chain type power network according to the chain type power network plant stand sequence parameter definite value
Stand sequence；
Each 220kV plant stands in the station domain key-course report first node, section point, the 3rd node respectively
Status information gives the Region control layer, and the 500kV transformer stations in the station domain key-course report line section node
Status information gives the Region control layer, wherein, the first node, the 3rd node are the two of corresponding 220kV plant stands
Individual line section node, the section point are mother/block switch section node of corresponding 220kV plant stands；
First node that the Region control layer reports according to each 220kV plant stands, section point, the shape of the 3rd node
State information, the status information of a line section node that the 500kV transformer stations in the station domain key-course report, the region
The status information for the line section node that 500kV transformer stations in key-course provide, and plant stand sequence, it is described in
Between plant stand number definite value the topological structure of the chain type power network is identified, wherein, the 500kV power transformations in the Region control layer
Line section node corresponding to standing is as start node, line section corresponding to the 500kV transformer stations in the station domain key-course
Node is as end node.
A kind of identifying system of chain type topological structure of electric, including Region control layer and station domain key-course, the region control
Preparative layer includes a 500kV transformer station in the both ends power supply of chain type power network, and the station domain key-course includes the both ends power supply
In another 500kV transformer station and each 220kV plant stands on the chain type power network, the 500kV of the Region control layer become
Power station includes setup module, processing module, identification module, nodal information and provides module, and each 220kV plant stands include one the respectively
One reporting module, the 500kV transformer stations of the station domain key-course include second reporting module；
The setup module is used to set middle plant stand number definite value and chain type power network plant stand sequence parameter definite value；
The processing module is used to be determined on the chain type power network according to the chain type power network plant stand sequence parameter definite value
Plant stand sorts；
Each first reporting module be respectively used to report first node, section point, the 3rd node status information to
The Region control layer, second reporting module are used to report the status information of a line section node to be controlled to the region
Preparative layer, wherein, the first node, the 3rd node are two line section nodes of corresponding 220kV plant stands, described the
Two nodes are mother/block switch section node of corresponding 220kV plant stands；
The identification module be used for reported according to each first reporting module first node, section point, Section three
The status information of point, the status information for the line section node that second reporting module reports, and plant stand row
The topological structure of the chain type power network is identified for sequence, the middle plant stand number definite value, wherein, provided by the nodal information
Module provides the status information of a line section node, and circuit corresponding to the 500kV transformer stations in the Region control layer breaks
Face node is as start node, and line section node corresponding to the 500kV transformer stations in the station domain key-course is as terminating to save
Point.
According to the scheme of the invention described above, its be a 500kV transformer station in the both ends power supply using chain type power network as
Region control layer, another 500kV transformer station in the both ends power supply and each 220kV plant stands on the chain type power network are made
For domain key-course of standing, the Region control layer sets middle plant stand number definite value and chain type power network plant stand sequence parameter definite value, according to
The chain type power network plant stand sequence parameter definite value determines the plant stand sequence on the chain type power network, and suitable according to the chain type power network plant stand
Order parameter definite value determines the nodes on chain type power network；Each 220kV plant stands in the station domain key-course report three respectively
The status information of individual node gives the Region control layer, and the 500kV transformer stations in the station domain key-course report a circuit to break
The status information of face node gives the Region control layer, and the Region control layer reports and stood domain according to each 220kV plant stands
The node status information that 500kV transformer stations in key-course report, and plant stand sequence, the middle plant stand number definite value pair
The topological structure of the chain type power network is identified, due to being opened up there is provided middle plant stand number definite value, and to the chain type power network
The node that the 500kV transformer stations that flutterring structure and being identified is to be reported and stood based on each 220kV plant stands in the key-course of domain report
Status information, and plant stand sequence, the middle plant stand number definite value, the nodes, therefore, can be by chain type
The setting of plant stand quantity (middle plant stand number definite value) flexibly adapts to the chain type power network of different length between the power supply of both ends on power network,
The change of power network is adapted to, it is possible to prevente effectively from the region backup power automatic switching function failure caused by power network changes.
Brief description of the drawings
Fig. 1 is the implementation process schematic diagram of the recognition methods embodiment of the chain type topological structure of electric of the present invention；
Fig. 2 is the schematic diagram of the 220kV chain structure power networks in a specific example；
Fig. 3 is that the implementation process of the mode of the status information of determination line section node in one of the embodiments is shown
It is intended to；
Fig. 4 is the structural representation of one embodiment of the identification structure of the chain type topological structure of electric of the present invention；
Fig. 5 be Fig. 4 in Region control layer 500kV transformer stations and station domain key-course in 500kV transformer stations and
The refinement structural representation of 220kV plant stands in one of the embodiments；
Fig. 6 be Fig. 4 in Region control layer 500kV transformer stations and station domain key-course in 500kV transformer stations and
Refinement structural representation of the 220kV plant stands in wherein another embodiment；
Fig. 7 is the refinement structural representation of first node state determining module in one of the embodiments in Fig. 6.
Embodiment
For the objects, technical solutions and advantages of the present invention are more clearly understood, below in conjunction with drawings and Examples, to this
Invention is described in further detail.It should be appreciated that embodiment described herein is only to explain the present invention,
Do not limit protection scope of the present invention.
In the following description, said first against the embodiment of the recognition methods of the chain type topological structure of electric of the present invention
It is bright, then each embodiment of the identifying system of the chain type topological structure of electric of the present invention is illustrated.
The embodiment of the present invention provides a kind of recognition methods of chain type topological structure of electric, is by the both ends power supply of chain type power network
In a 500kV transformer station as Region control layer, another 500kV transformer station and the chain in the both ends power supply
Each 220kV plant stands on formula power network are as station domain key-course.It is shown in Figure 1, for chain type topological structure of electric of the invention
The implementation process schematic diagram of recognition methods embodiment.As shown in figure 1, the identification side of the chain type topological structure of electric in the present embodiment
Method includes：
Step S101：The Region control layer sets middle plant stand number definite value and chain type power network plant stand sequence parameter definite value；
Here, the middle plant stand number definite value characterizes the quantity of the plant stand on chain type power network between the power supply of both ends, according to reality
The situation of border chain type power network is set；
Here, chain type power network plant stand sequence parameter definite value characterizes the ranking value of the plant stand on chain type power network；
Step S102：The Region control layer determines the chain type electricity according to the chain type power network plant stand sequence parameter definite value
Online plant stand sequence；
Specifically, each plant stand on chain type power network can be entered according to the size of the chain type power network plant stand sequence parameter definite value
Row sequence, the plant stand sequence on the chain type power network is obtained, furthermore it is also possible to determine according to the chain type power network plant stand sequence parameter
Value or plant stand sequence determine plant stand number among maximum, and the nodes on chain type power network are determined further according to 3n+2, wherein, n
Plant stand number among representing maximum；
Step S103：It is described station domain key-course in each 220kV plant stands report respectively first node, section point,
The status information of 3rd node gives the Region control layer, and the 500kV transformer stations in the station domain key-course report a circuit
The status information of section node gives the Region control layer, wherein, the first node, the 3rd node are corresponding
Two line section nodes of 220kV plant stands, the section point are mother/block switch section of corresponding 220kV plant stands
Node；
Specifically, in chain type power network, sent in each 220kV plant stands 3 nodes (first node, section point, Section three
Point) status information give Region control layer, wherein, first node, the 3rd node are that two circuits of corresponding 220kV plant stands break
Face node, each line section node are made up of the double-circuit line between Liang Ge transformer stations, and the section point is corresponding
The mother of 220kV plant stands/block switch section node, mother/block switch section node is by mother or block switch group
Into mother/block switch section node here refers to bus connection switch section node or block switch section node, with Fig. 2
220kV stand exemplified by 1 (or referred to as 220kV plant stands 1), its first node is (or the referred to as line section of section 1 on the left of it
1), its section point is the section 2 (or referred to as line section 2) on the right side of it；
Each 220kV plant stands in the station domain key-course report first node, section point, the 3rd node respectively
Status information to before the Region control layer, it is necessary to first obtain the state letter of first node, section point, the 3rd node
Breath, therefore, the recognition methods of chain type topological structure of electric in one of the embodiments, before above-mentioned steps S101, also
Including：Each 220kV plant stands in the station domain key-course are respectively according to default line section node state decision logic
Determine the status information of each corresponding line section node；
Specifically, as shown in figure 3, each 220kV plant stands in the station domain key-course are respectively according to default circuit
It can include the step of the status information of each line section node corresponding to the determination of section node state decision logic：
Step S201：Each 220kV plant stands in the station domain key-course identify the state of each circuit in our station respectively；
Specifically, can according to traditional prepared auto restart definition by the state recognition of each circuit of our station be " RUN ", " inspection
Repair ", " can throw ", " can not throw " four states；
Step S202：Each 220kV plant stands in the station domain key-course set corresponding each line section section respectively
The line combination of point；
Specifically, each circuit in our station is grouped by each 220kV plant stands according to line section node respectively, is obtained
The line combination of corresponding each line section node；
Step S203：Each 220kV plant stands in the station domain key-course are respectively according to the state of each circuit in our station
And corresponding each line combination, according to each line section section corresponding to the determination of default line section node state decision logic
The status information of point；
Wherein, the line section node state decision logic is：
1. if an at least circuit is in running status, the current line section node in current line section node
Running status；
Here, current line section node is a line section node for being currently needed for judgement state；
2. if all circuits are in inspecting state in current line section node, the current line section node is inspection
Repair state；
3. if other all circuits are that can throw state in addition to the circuit in inspecting state in current line section node,
Then the current line section node is that can throw state；
If 4. current line section node be not running status, inspecting state, can be in throwing state any one state,
Current line section node is that can not throw state.
The recognition methods of chain type topological structure of electric in one of the embodiments, before above-mentioned steps S101, also
Including：Each 220kV plant stands in the station domain key-course identify the state of each mother/block switch in our station respectively, and
It is true according to default mother/block switch section node decision logic respectively according to the state of each mother/block switch in our station
The status information of mother/block switch section node corresponding to fixed；
Specifically, the state recognition of each mother/block switch of our station " can be transported according to the definition of traditional prepared auto restart
OK ", " maintenance ", " can throw ", " can not throw " four states；
Wherein, the mother/block switch section node decision logic is：
1. if at least two mother/block switches, which are in, divides position or maintenance, and at least one standby can throw mother/point
Duan Kaiguan, then corresponding mother/block switch section node is that can throw state；
2. if corresponding mother/block switch section node is not that can throw state, the mother/block switch section node
For running status.
In the present embodiment, do not consider the inspecting state of mother/block switch section node, be because if mother/point
Then chain type power network can throw node to the maintenance of Duan Kaiguan sections node without other, and this time domain prepared auto restart does not possess operation condition, therefore
Without the concern for.
Step S104：First node that the Region control layer reports according to each 220kV plant stands, section point,
The status information of three nodes, the state letter of the line section node reporting of 500kV transformer stations in the station domain key-course
Cease, the status information for the line section node that the 500kV transformer stations in the Region control layer provide, and the plant stand
The topological structure of the chain type power network is identified for sequence, the middle plant stand number definite value, wherein, in the Region control layer
500kV transformer stations corresponding to line section node as start node, the 500kV transformer stations in the station domain key-course are corresponding
Line section node as end node.
Specifically, the node of node to be searched can be determined according to plant stand sequence and the middle plant stand number definite value
Sequence, node searching is carried out from the start node based on the node sequencing, and record the state letter of the node searched
Breath, end node is directly arrived when completing the search to each node of n-th 220kV plant stands, here, N represents middle plant stand number
Definite value, obtain the topological structure of the chain type power network.In this way, each 220kV plant stands after n-th 220kV plant stands
Node need not scan for again, therefore, be adapted to the change of electric network composition.
Wherein, stand a line section node that the 500kV transformer stations in the key-course of domain report status information according to upper
The line section node state decision logic stated is determined, the circuit that the 500kV transformer stations in Region control layer provide
The status information of section node is determined also according to above-mentioned line section node state decision logic, will not be described here.
Illustrated below by taking the 220kV chain structure power networks in Fig. 2 as an example.500kV station B is in the domain key-courses of station
500kV transformer stations, 500kV stations A are the 500kV transformer stations in Region control layer,
500kV stations B：The line section node that 220kV line section of the station on chain type power network is stood according to 220kV judges
Logic (i.e. above-mentioned line section node state decision logic) provides the status information of a line section node, and the circuit breaks
Face node is as end node.
500kV stands A as identification of the Region control station to chain type topological structure of electric, specifically：
The line section node decision logic that 220kV line sections of the 500kV stations A on chain type power network is stood according to 220kV
(i.e. above-mentioned line section node state decision logic) provides the status information of a line section node, the line section section
Point is used as start node.
Plant stand number definite value, determines the 220kV plant stand numbers between the power supply of chain type power network both ends among setting.
The sequence of transformer station on chain type power network is determined according to chain type power network topology plant stand sequence parameter definite value, and determines chain type
Nodes on power network.
The Topology identification table of chain type power network is as shown in institute's table 1.
Table 1：Chain type topological structure of electric identifies table
If normal one completely go here and there in addition to the power supply of both ends among stand containing n 220kV (situation of consideration actual electric network,
It is that 5 settings substantially can be with meet demand by n maximums), then the string node total number is 3n+2；Assuming that actual chain type power network is as schemed
2, then n be equal to 4, share 14 nodes on chain type power network.Therefore " middle plant stand number " is set to 4, such as table 1, then does not have to judge section
Point 13,14,15 is directly by node 12 to end node.
According to each node status information sent on the plant stand order combining station domain key-course of chain type power network, chain structure is identified
The topological structure and running status of power network.Chain type power network as described by according to Fig. 2 and table 1, then 14 on whole chain type power network
Individual node state is as shown in table 2, therefore the open loop point that the chain type power network can be thrown in the presence of 220kV plant stands 1, other nodes are in
Running status.
Table 2：Each node state table of Fig. 2 chain type power networks
In addition, in order to prevent the first node of each 220kV plant stands, the 3rd node sequence from overturning, a reality wherein
Applying the recognition methods of the chain type topological structure of electric in example can also include：Each 220kV factories in the station domain key-course
Stand respectively according to the plant stand sequence determine corresponding to the first node, the 3rd node.
Wherein, SDH (Synchronous Digital can be used between Region control layer and station domain key-course
Hierarchy, SDH) communication network 2M (SYV class radio frequency coaxial-cables, transmission rate 2Mbps) passage, traffic rate
On can ensure Region control layer station domain key-course between a data exchange is completed in 1.667MS, so that it is guaranteed that region
Key-course obtains the information of whole chain type power network in real time, and when electric network fault causes substation power loss, region prepared auto restart can be fast
Quick-action restores electricity.
Accordingly, according to the scheme of above-described embodiment, it is a 500kV transformer station in the both ends power supply by chain type power network
As Region control layer, each 220kV factories in another 500kV transformer station and the chain type power network in the both ends power supply
To stand as station domain key-course, the Region control layer sets middle plant stand number definite value and chain type power network plant stand sequence parameter definite value,
Determine that the plant stand on the chain type power network sorts according to the chain type power network plant stand sequence parameter definite value, and according to the chain type power network factory
Sequence parameter of standing definite value determines the nodes on chain type power network；It is described station domain key-course in each 220kV plant stands respectively on
The status information of three nodes of report give the Region control layer, and the 500kV transformer stations in the domain key-course of standing report a line
The status information of road section node gives the Region control floor, the Region control layer reported according to each 220kV plant stands and
Stand the node status information that the 500kV transformer stations in the key-course of domain report, and plant stand sequence, the middle plant stand number are determined
The topological structure of the chain type power network is identified value, due to there is provided middle plant stand number definite value, and to the chain type power network
Topological structure the 500kV transformer stations for being to report and stand based on each 220kV plant stands in the key-course of domain be identified report
Node status information, and plant stand sequence, the middle plant stand number definite value, the nodes, therefore, can be by right
The setting of plant stand quantity (middle plant stand number definite value) flexibly adapts to the chain type of different length between the power supply of both ends on chain type power network
Power network, the change of power network is adapted to, it is possible to prevente effectively from the region backup power automatic switching function failure caused by power network changes.
According to the recognition methods of the chain type topological structure of electric of the invention described above, the present invention also provides a kind of chain type power network and opened up
The identifying system of structure is flutterred, the embodiment of the identifying system of the chain type topological structure of electric of the present invention is carried out specifically below
It is bright.The structural representation of the embodiment of the identifying system of the chain type topological structure of electric of the present invention is shown in Fig. 4.For the ease of
Illustrate, merely illustrate part related to the present invention in Fig. 4.
As shown in figure 4, the identifying system of the chain type topological structure of electric of the present embodiment, including Region control layer 30 and station domain
Key-course 40, Region control layer 30 include a 500kV transformer station 301 in the both ends power supply of chain type power network, domain key-course of standing
Including another 500kV transformer station 401 in the power supply of both ends and each 220kV plant stands 402 on chain type power network, as shown in figure 5,
The 500kV transformer stations 301 of Region control layer include setup module 501, processing module 502, identification module 503, nodal information and carried
For module 504, each 220kV plant stands 402 include first reporting module 505, the 500kV transformer stations for domain key-course 40 of standing respectively
401 include second reporting module 506；
Setup module 501 is used to set middle plant stand number definite value and chain type power network plant stand sequence parameter definite value；
Processing module 502 is used to determine that the plant stand on chain type power network sorts according to chain type power network plant stand sequence parameter definite value；
Each first reporting module 505 is respectively used to report first node, section point, the status information of the 3rd node to area
Domain key-course, the second reporting module 506 are used to report the status information of a line section node to give Region control layer, wherein,
First node, the 3rd node are two line section nodes of corresponding 220kV plant stands, and section point is corresponding 220kV factories
The mother stood/block switch section node；
Nodal information provides the status information that module 504 is used for a line section node of offer；
Identification module 503 is used for first node, section point, the 3rd node reported according to each first reporting module 505
Status information, the status information for the line section node that the second reporting module 506 reports, nodal information provide module
The status information and plant stand sequence, the middle plant stand number definite value of the 504 line section nodes provided are to described
The topological structure of chain type power network is identified, wherein, line section section corresponding to the 500kV transformer stations in the Region control layer
Put and be used as start node, line section node is as end node corresponding to the 500kV transformer stations in the station domain key-course.
It should be noted that illustrate only a 220kV plant stand 402 in Fig. 5 and Fig. 6, rough schematic view is intended merely to, but
It is not limited to the situation for only including a 220kV plant stand 402.Other unshowned 220kV plant stands 402 also have institute in Fig. 5 and Fig. 6
The structure of the 220kV plant stands 402 shown.
In one of the embodiments, as shown in fig. 6, each 220kV plant stands 402 can also include respectively：
Node sequence determining module 507, for first node, the 3rd node according to corresponding to plant stand sequence determination.
In one of the embodiments, as shown in fig. 6, each 220kV plant stands 402 can also include respectively：
First node state determining module 508, it is each for being determined according to default line section node state decision logic
The status information of corresponding line section node；
Wherein, line section node state decision logic is：
If an at least circuit is in running status in current line section node, the current line section node is fortune
Row state；
If all circuits are in inspecting state in current line section node, the current line section node is maintenance
State；
If other all circuits are that can throw state in addition to the circuit in inspecting state in current line section node,
The current line section node is that can throw state；
If current line section node be not running status, inspecting state, can be in throwing state any one state, when
Preceding line section node is that can not throw state.
In one of the embodiments, as shown in fig. 6, first node state determining module 508 can include：
Identification of lines unit 601, for identifying the state of each circuit in our station respectively；
Setting unit 602, for setting the line combination of corresponding each line section node；
Section node identifier unit 603, for according to the state of each circuit in our station and corresponding each line combination, pressing
According to the status information of each line section node corresponding to the determination of default line section node state decision logic.
In one of the embodiments, as shown in fig. 6, each 220kV plant stands 402 can also include respectively：
Section point state determining module 509, identified respectively for each 220kV plant stands in domain key-course of standing each in our station
The state of mother/block switch, and respectively according to the state of each mother/block switch in our station, according to default mother/segmentation
Switch the status information of mother/block switch section node corresponding to the determination of section node decision logic；
Wherein, mother/block switch section node decision logic is：
If at least two mother/block switches, which are in, in our station divides position or maintenance, and at least one in our station can be standby
Mother/block switch of throwing, then corresponding mother/block switch section node is that can throw state；
If corresponding mother/block switch section node is not that can throw state, the mother/block switch section node is
Running status.
The identifying system of the chain type topological structure of electric of the present invention and the identification side of the chain type topological structure of electric of the present invention
Method corresponds, the technical characteristic and its advantage illustrated in the embodiment of the recognition methods of above-mentioned chain type topological structure of electric
Suitable for the embodiment of the identifying system of chain type topological structure of electric, hereby give notice that.
Each technical characteristic of embodiment described above can be combined arbitrarily, to make description succinct, not to above-mentioned reality
Apply all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, the scope that this specification is recorded all is considered to be.
Embodiment described above only expresses the several embodiments of the present invention, and its description is more specific and detailed, but simultaneously
Can not therefore it be construed as limiting the scope of the patent.It should be pointed out that come for one of ordinary skill in the art
Say, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to the protection of the present invention
Scope.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (10)
1. a kind of recognition methods of chain type topological structure of electric, it is characterised in that by one in the both ends power supply of chain type power network
500kV transformer stations are as Region control layer, in another 500kV transformer station and the chain type power network in the both ends power supply
Each 220kV plant stands as station domain key-course, methods described includes：
The Region control layer sets middle plant stand number definite value and chain type power network plant stand sequence parameter definite value；
The Region control layer determines that the plant stand on the chain type power network is arranged according to the chain type power network plant stand sequence parameter definite value
Sequence；
Each 220kV plant stands in the station domain key-course report first node, section point, the state of the 3rd node respectively
Information gives the Region control layer, and the 500kV transformer stations in the station domain key-course report the state of a line section node
Information gives the Region control layer, wherein, the first node, the 3rd node are two lines of corresponding 220kV plant stands
Road section node, the section point are mother/block switch section node of corresponding 220kV plant stands；
First node that the Region control layer reports according to each 220kV plant stands, section point, the state letter of the 3rd node
Cease, the status information for the line section node that the 500kV transformer stations in the station domain key-course report, the Region control
The status information for the line section node that 500kV transformer stations in layer provide, and plant stand sequence, the intermediate facility
The topological structure of the chain type power network is identified number definite value of standing, wherein, the 500kV transformer stations pair in the Region control layer
The line section node answered is as start node, line section node corresponding to the 500kV transformer stations in the station domain key-course
As end node.
2. the recognition methods of chain type topological structure of electric according to claim 1, it is characterised in that also include：
It is described station domain key-course in each 220kV plant stands respectively according to the plant stand sequence determine corresponding to the first segment
Point, the 3rd node.
3. the recognition methods of chain type topological structure of electric according to claim 1, it is characterised in that also include：
Each 220kV plant stands in the station domain key-course are true according to default line section node state decision logic respectively
The status information of fixed each corresponding line section node；
Wherein, the line section node state decision logic is：
If an at least circuit is in running status in current line section node, the current line section node is operation shape
State；
If all circuits are in inspecting state in current line section node, the current line section node is maintenance shape
State；
If other all circuits are that can throw shape in addition to the circuit in inspecting state in current line section node, this is current
Line section node is that can throw state；
If current line section node be not running status, inspecting state, can be in throwing state any one state, work as front
Road section node is that can not throw state.
4. the recognition methods of chain type topological structure of electric according to claim 3, it is characterised in that the station domain key-course
In each 220kV plant stands respectively according to default line section node state decision logic determine corresponding to each line section
The step of status information of node, includes：
Each 220kV plant stands in the station domain key-course identify the state of each circuit in our station respectively；
Each 220kV plant stands in the station domain key-course set the line combination of corresponding each line section node respectively；
Each 220kV plant stands in the station domain key-course are respectively according to the state of each circuit in our station and corresponding each line
Road is combined, according to the status information of each line section node corresponding to the determination of default line section node state decision logic.
5. the recognition methods of chain type topological structure of electric according to claim 1, it is characterised in that also include：
Each 220kV plant stands in the station domain key-course identify the state of each mother/block switch in our station respectively, and divide
Not according to the state of each mother/block switch in our station, determined according to default mother/block switch section node decision logic
The status information of corresponding mother/block switch section node；
Wherein, the mother/block switch section node decision logic is：
If at least two mother/block switches, which are in, divides position or maintenance, and at least one can be opened for the mother/segmentation thrown
Close, then corresponding mother/block switch section node is that can throw state；
If corresponding mother/block switch section node is not that can throw state, the mother/block switch section node is operation
State.
6. a kind of identifying system of chain type topological structure of electric, it is characterised in that including Region control layer and station domain key-course, institute
A 500kV transformer station in both ends power supply of the Region control layer including chain type power network is stated, the station domain key-course includes described
Each 220kV plant stands in another 500kV transformer station and the chain type power network in the power supply of both ends, the Region control layer
500kV transformer stations include setup module, processing module, identification module, nodal information and provide module, and each 220kV plant stands are wrapped respectively
First reporting module is included, the 500kV transformer stations of the station domain key-course include second reporting module；
The setup module is used to set middle plant stand number definite value and chain type power network plant stand sequence parameter definite value；
The processing module is used to determine the plant stand on the chain type power network according to the chain type power network plant stand sequence parameter definite value
Sequence；
Each first reporting module is respectively used to report the status information of first node, section point, the 3rd node to described
Region control layer, the status information that second reporting module is used to report a line section node is to the Region control
Layer, wherein, the first node, two line section nodes of the 3rd node 220kV plant stands for corresponding to, described second
Node is mother/block switch section node of corresponding 220kV plant stands；
The nodal information provides the status information that module is used for a line section node of offer；
The identification module is used for the first node, section point, the 3rd node reported according to each first reporting module
Status information, the status information for the line section node that second reporting module reports, the nodal information provide mould
The status information for the line section node that block provides and plant stand sequence, the middle plant stand number definite value are to the chain
The topological structure of formula power network is identified, wherein, by the shape of nodal information offer module one line section node of offer
State information, line section node corresponding to the 500kV transformer stations in the Region control layer is as start node, station domain control
Line section node is as end node corresponding to 500kV transformer stations in preparative layer.
7. the identifying system of chain type topological structure of electric according to claim 6, it is characterised in that each 220kV plant stands are also
Include respectively：
Node sequence determining module, for the first node, the 3rd node according to corresponding to plant stand sequence determination.
8. the identifying system of chain type topological structure of electric according to claim 6, it is characterised in that each 220kV plant stands are also
Include respectively：
First node state determining module, for determining each corresponding line according to default line section node state decision logic
The status information of road section node；
Wherein, the line section node state decision logic is：
If an at least circuit is in running status in current line section node, the current line section node is operation shape
State；
If all circuits are in inspecting state in current line section node, the current line section node is maintenance shape
State；
If other all circuits are that can throw state in addition to the circuit in inspecting state in current line section node, deserve
Preceding line section node is that can throw state；
If current line section node be not running status, inspecting state, can be in throwing state any one state, work as front
Road section node is that can not throw state.
9. the identifying system of chain type topological structure of electric according to claim 7, it is characterised in that the first segment point-like
State determining module includes：
Identification of lines unit, for identifying the state of each circuit in our station respectively；
Setting unit, for setting the line combination of corresponding each line section node；
Section node identifier unit, for according to the state of each circuit in our station and corresponding each line combination, according to default
Line section node state decision logic determine corresponding to each line section node status information.
10. the identifying system of chain type topological structure of electric according to claim 6, it is characterised in that each 220kV plant stands are also
Include respectively：
Section point state determining module, identified respectively in our station for each 220kV plant stands in the station domain key-course
The state of each mother/block switch, and respectively according to the state of each mother/block switch in our station, according to default mother/point
The status information of mother/block switch section node corresponding to the determination of Duan Kaiguan section nodes decision logic；
Wherein, the mother/block switch section node decision logic is：
If at least two mother/block switches, which are in, in our station divides position or maintenance, and at least one in our station can be for throwing
Mother/block switch, then corresponding mother/block switch section node is that can throw state；
If corresponding mother/block switch section node is not that can throw state, the mother/block switch section node is operation
State.
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Effective date of registration: 20200922 Address after: 510620 Tianhe District, Guangzhou, Tianhe South Road, No. two, No. 2, No. Patentee after: Guangzhou Power Supply Bureau of Guangdong Power Grid Co.,Ltd. Address before: 510620 Tianhe District, Guangzhou, Tianhe South Road, No. two, No. 2, No. Patentee before: GUANGZHOU POWER SUPPLY Co.,Ltd. |