CN104156230B - The red-black figure implementation method of automation based on debugging system object-oriented data technology - Google Patents
The red-black figure implementation method of automation based on debugging system object-oriented data technology Download PDFInfo
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Abstract
The invention discloses a kind of red-black figure implementation method of electrical power distribution automatization system based on debugging system object-oriented data technology, the node object that device object, system-oriented towards power network are managed is integrated and be divided into data in system according to different sources.Following distribution net work structure is described with red figure, black chart states the distribution net work structure of current real time execution, and red, black two numbers evidence seamlessly transit is realized by " red turn black ", ensure that figure and the actual holding of network topology and scene are unified in real time, support dispatcher to grasp current, following distribution net work structure in time, realize operation monitoring and sacurity dispatching.The beneficial effect that the present invention is reached：The distribution artwork that generally existing in domestic electrical power distribution automatization system can be solved builds speed is slow, accuracy is poor scene, it is impossible to debug the problem of not putting into operation terminal under red figure state, at the same can improve red turn it is black when device model integrality and conversion efficiency.
Description
Technical field
The present invention relates to a kind of red-black figure implementation method of automation based on debugging system object-oriented data technology, belong to electricity
Force system distribution network technology field.
Background technology
The need for urban construction, expressway extension and transformation, the network structure of power distribution network and its topology almost all everyday
Changing, the track remodelling in multiple places may be carried out simultaneously within sometimes one day, and this allows for auxiliary tone dispatcher must
It must face that a network that at every moment may all change is scheduled and instruction is issued.
For distribution construction and frequently situation is transformed, distribution network model dynamic change treatment mechanism solves real mould
The real-time and scheduling problem of type and future models.Take the lead in proposing red-black figure concept in distribution management at home, i.e., to power distribution network mould
Type/figure is managed according to planning and designing, actual motion to network model, is that auxiliary tone is provided in fact before circuit power transmission puts into operation
When, following wiring diagram, it is ensured that according to operation.
The present invention is under electrical power distribution automatization system red and black figure application present situation, based on debugging system in dispatching of power netwoks control system
The red-black figure application function of a new generation of object-oriented data technology, can preferably solve the multiple of the red-black figure good application of puzzlement at present
Problem.
The content of the invention
To solve in the prior art for the deficiency that red-black figure application is present at present, use for reference debugging system technical research and be based on
The red-black figure application of object-oriented data, can solve the problem that in red-black figure model multi version it is an object of the invention to provide one kind and returns
The power distribution automation based on debugging system object-oriented data technology of the key issues such as rolling, terminal debugging, the parallel importing of multi-model
Red-black figure implementation method.
In order to realize above-mentioned target, the present invention is adopted the following technical scheme that：
The red-black figure implementation method of automation based on debugging system object-oriented data technology, it is characterised in that including：
1) according to the set distribution management service management flow of electric company, built in electrical power distribution automatization system debugging system
Equipment zero order model including vertical the connections figure related to current business and equipment topological model；Current business refers at present
Distribution scheduling business, such as stop power transmission operation before and after circuit some day reconfiguration.
2) according to the equipment zero order model, equipment level one data model is set up by the distribution scheduling business；It is described to set
Standby level one data model includes device real-time monitoring model, analytical model for application and other computation models；Further according to the equipment
Level one data model generation device secondary data simulator；According to being actually needed for different distribution scheduling business, system can match somebody with somebody
The real-time monitoring model of generation, high soft analytical model for application and other models are set to, for being supported not on the premise of mutual independence
With the use demand of application；The equipment secondary data model includes preposition measurement model, Information Interaction Model, system emulation mould
Type and other models；The preposition measurement model and Information Interaction Model are generated by device real-time monitoring model；The system is imitated
True mode and other models are generated by analytical model for application；
3) according to the step 1) and 2) in equipment zero order model, equipment level one data model and equipment secondary data model
Generating process, empirically value is the equipment zero order model, equipment level one data model and equipment secondary data model mend
Device parameter full of sufficient data object completeness criterion；The device parameter includes the unit type in zero order model, cable
Equipment in length/specification, rated capacity, rated current, two grades of preposition models in passage, period and second-level message interaction models
Deng；
4) according to the step 1), 2) and 3), the debugging system generates corresponding red figure；
5) test checking is carried out to the red figure in debugging system；
6) according to the step 5) test the result determine whether to meet service feature, the service feature is system
In equipment zero order model, equipment level one data model, equipment secondary data model and connections figure with the distribution adjust
The scene of degree business is consistent:If being unsatisfactory for this service feature, retract again successively by the step 1), 2), 3), 4) and
5) red figure is built, untill requirement is met；If meeting this service feature, next step is carried out；
7) red figure in debugging system is had access in electrical power distribution automatization system runtime according to stopping power transmission business, carried out red
Turn black operation, as the black figure in runtime.
The red-black figure implementation method of the foregoing automation based on debugging system object-oriented data technology, it is characterised in that
The step 1) in set up connections figure and equipment topological model method be：Carried out using system artwork storehouse integrated tool
Drawing makees storehouse and forms the connections figure and equipment Top Modules using system GIS/PMS artworks interface importing external system
Type.
The red-black figure implementation method of the foregoing automation based on debugging system object-oriented data technology, it is characterised in that institute
Stating GIS/PMS artwork interfaces includes：Workflow management interface, the workflow management interface is used for the work of electrical power distribution automatization system
Stream is connected with the workflow of external system and forms closed loop workflow；Model introducting interface, the model introducting interface is with increment
Mode is used for the model data for importing CIM/XML or CIM-E specifications derived from external system；Figure introducting interface, the figure
Introducting interface is used for the graph data for importing CIM/SVG or CIM-G specifications derived from external system；Bus adapter, it is described total
Line adapter is used to connect the bus realization for meeting IEC61968 standard criterions and External system communication.
The red-black figure implementation method of the foregoing automation based on debugging system object-oriented data technology, it is characterised in that institute
State step 4) in, the red figure includes：The device object mould in do not put into operation primary connection figure, debugging system in debugging system
Type, the different life of equipment；The life cycle include do not put into operation the phase, in Yunqi, treat the date of retirement.
The red-black figure implementation method of the foregoing automation based on debugging system object-oriented data technology, it is characterised in that institute
Stating device object model includes：Equipment zero order model, the equipment zero order model includes graph topology model and equipment Top Modules
Type；Equipment first-order model, the equipment first-order model includes device real-time monitoring model, analytical model for application and other calculating moulds
Type；Equipment second-level model, the equipment second-level model include preposition measurement model, Information Interaction Model, system simulation model and
Other models；Object integrity is verified, and the object integrity verification is according to system configuration in the equipment zero order model, equipment
First-order model and equipment second-level model are carried out.
The red-black figure implementation method of the foregoing automation based on debugging system object-oriented data technology, it is characterised in that institute
Stating object integrity verification includes：Hierarchical relationship, unique encodings in the equipment topological model, voltage class, affiliated application
Attribute for sky or does not meet foreign key constraint；Signal in the real-time monitoring model is associated with equipment；The front-collection model
In passage, period, stipulations are to be empty and can be communicated with acquisition terminal foundation.
The red-black figure implementation method of the foregoing automation based on debugging system object-oriented data technology, it is characterised in that
The step 7) in, the red turn of black operation includes：Initiated in runtime or debugging system, be base using the red figure of debugging system
Plinth, analyzes all devices object that the feeder line included in red figure and the feeder line are included, with identical figure and equipment in black figure
Object is compared, and variance data is synchronized in runtime by base unit incremental mode of device object, as operation
Black figure in system.
The beneficial effect that the present invention is reached：It is red that the present invention provides the power distribution network based on debugging system object-oriented data technology
Black figure implementation method, it is possible to resolve the distribution artwork of generally existing builds that speed is slow, accuracy is poor in domestic electrical power distribution automatization system
Scene, it is impossible to debug the problem of not putting into operation terminal under red figure state, at the same can improve red turn it is black when device model it is complete
Whole property and conversion efficiency.
Brief description of the drawings
Red-black figure application data objectization processing logical schematic of Fig. 1 present invention based on debugging system；
Fig. 2 Distribution Network Equipment objectification schematic diagrames of the present invention.
Embodiment
The invention will be further described below in conjunction with the accompanying drawings.Following examples are only used for clearly illustrating the present invention
Technical scheme, and can not be limited the scope of the invention with this.
The red-black figure implementation method of automation based on debugging system object-oriented data technology, step is as follows：
1) according to the set distribution management service management flow of electric company, built in electrical power distribution automatization system debugging system
Equipment zero order model including vertical the connections figure related to current business and equipment topological model.Current business refers at present
Distribution scheduling business, such as stop power transmission operation before and after circuit some day reconfiguration.The method of foundation is to utilize system diagram
Mould storehouse integrated tool carries out drawing and makees storehouse and form the circuit using system GIS/PMS artworks interface importing external system
Wiring diagram and equipment topological model.Wherein, GIS/PMS artworks interface includes：Workflow management interface, for by power distribution automation system
The workflow of system and the workflow of external system connect and form closed loop workflow；Model introducting interface, is used for incremental mode
Import the model data of CIM/XML or CIM-E specifications derived from external system；Figure introducting interface, for importing external system
The graph data of derived CIM/SVG or CIM-G specifications；Bus adapter, IEC61968 standard criterions are met for connecting
Bus is realized and External system communication.
2) according to equipment zero order model, equipment level one data model is generated；It is real-time that equipment level one data model includes equipment
Monitoring model, analytical model for application and other computation models；Further according to equipment level one data model generation device secondary data mould
Type equipment；Equipment secondary data model includes preposition measurement model, Information Interaction Model, system simulation model and other models；
Preposition measurement model and Information Interaction Model are generated by device real-time monitoring model；System simulation model and other models are by applying
Analysis model is generated；
3) according to step 1) and 2) in equipment zero order model, equipment level one data model and equipment secondary data model life
Into process, empirically value is that equipment zero order model, equipment level one data model and equipment secondary data model supplement meet number
According to the device parameter of object integrity specification.Device parameter includes the unit type in zero order model, cable length/specification, volume
Equipment in constant volume, rated current, two grades of preposition models in passage, period and second-level message interaction models etc.；
4) according to step 1), 2) and 3), debugging system generates corresponding red figure.Red figure includes not putting into operation in debugging system
Device object model, the different life of equipment in primary connection figure, debugging system.Life cycle include do not put into operation the phase,
In Yunqi, treat the date of retirement.
5) red figure is entered by the linkage test of topology connectivity, device parameter integrality and on-site terminal in debugging system
Row test checking；
6) according to step 5) test the result determine whether to meet service feature, what service feature referred to this test is
Equipment zero order model, equipment level one data model, equipment secondary data model and connections figure in system with the distribution
The scene of scheduling business is consistent:If being unsatisfactory for service feature, retract again successively by step 1), 2), 3), 4) He 5) build
Red figure, untill requirement is met；If meeting service feature, next step is carried out；
7) red figure in debugging system is had access in electrical power distribution automatization system runtime according to stopping power transmission business, carried out red
Turn black operation, as the black figure in runtime.Red turn of black operation includes：Initiated in runtime or debugging system, to adjust
Based on the red figure of test system, all devices object that the feeder line included in red figure and the feeder line are included is analyzed, with phase in black figure
Same figure and device object is compared, and variance data is synchronized into operation system by base unit incremental mode of device object
In system, as the black figure in runtime.
Such as Fig. 1, system is divided into debugging system, runtime two parts.
Debugging system is orientated artwork data as and built and verification, terminal debugging and software module testing, and data are by surveying
Try backward running subsystem issue artwork data and leading information.Runtime orientates the monitoring of distribution network operation as, towards scheduling
Using.
Keep two system datas consistent with synchronizing function by data publication between debugging system, runtime.Issue refers to
Debugging system data write runtime, synchronously refer to runtime data writing debugging system.
From system integral macroscopic angle, the figure of debugging system, model data as system red figure and following mould
Type, runtime as system black figure and real-time model.
Pass through the correctness of model checking functional assessment model, figure in debugging system.Runtime passes through red turn of black work(
Red graph model can be converted to black graph model.
Debugging system configures preposition application with runtime, is communicated respectively with on-site terminal, two preposition pass through heartbeat
Line coordination and terminal communication, the communication linkage that both are set up by exclusive mode and terminal.
As shown in Fig. 2 device object model in the method includes：
Equipment zero order model, including graph topology model and equipment topological model；
Equipment first-order model, including device real-time monitoring model, analytical model for application and other computation models；
Equipment second-level model, including preposition measurement model, Information Interaction Model, system simulation model and other models；Before
Measurement model and Information Interaction Model is put to be generated by device real-time monitoring model；System simulation model and other models are by application point
Analyse model generation；
Object integrity is verified, according to system configuration in equipment zero order model, equipment first-order model and equipment second-level model
Carry out, particular content includes：Hierarchical relationship, unique encodings, voltage class in equipment topological model, affiliated application attribute are not
Sky meets foreign key constraint；Signal in real-time monitoring model is associated with equipment；Passage, point in the front-collection model
Number, stipulations are to be empty and can be communicated with acquisition terminal foundation.
Debugging system constitutes autonomous system by database server, application server, front server, work station.Backstage
System is connected by fire wall with runtime, is externally responsible for realizing that artwork is exchanged with the connection of EMS/GIS/PMS systems；
Increase red-black figure server in runtime, for responding the data syn-chronization of debugging system initiation, analysis, issuing work
Make.
Debugging system and the preposition of runtime are deployed in the preposition network segment of identical, both by heartbeat line coordination, mutually
Reprimand mode and terminal communication.
Method of the present invention compares with prior art：
A) stable model, figure multi version administrative mechanism are provided, support model retracts：Matched somebody with somebody by configuring with runtime
The debugging system quantity of set, it is possible to achieve the network model such as different editions, graphics management, i.e., each debugging system is its correspondence
Runtime model, a graphics version；It is available from runtime when some debugging system artwork makes a mistake
The mode for rewriteeing data to debugging system realizes the rollback of debugging system artwork version.
B) specification, easy-operating workflow management instrument are provided, possesses and model/figure of different editions is managed；System
System develops the operation flow configuration tool that can customize for the artwork data maintenance process of debugging system, runtime, to
User provides flow definition and passes through workflow management different editions artwork data.
C) all terminal debugging functions such as period typing, passage configuration, remote-controlled test can be completed in debugging system, are debugged
It is synchronized to after the completion of system debug in runtime, runtime without being debugged again to terminal；I.e. preposition heartbeat line technology, leads to
Cross management terminal preposition or runtime is preposition in synchronization connection debugging system, before putting equipment in service terminal only with debugging
The preposition communication of system, completes the test jobs such as remote control experiment, realizes and is debugged before putting equipment in service with on-site terminal.
D) the heartbeat mechanism that multisystem is coordinated, it is to avoid security risk.Preposition heartbeat passes through coordinated operation system, multiple
Debugging system is linked with terminal, there is following items safety assurance mechanism：1st, ensure that a timeslice only communicates with a system；
2nd, only when a system release Terminal communication link, another system just can set up communication link with terminal；3rd, equipment is thrown
During fortune, terminal only sets up communication link with runtime, when equipment on the contrary does not put into operation, only sets up communication link with debugging system.
E) on the weak influence of overall system performance：It is all that figure, mould test checking work are completed in debugging system, it is to avoid
Substantial amounts of analysis work is completed in runtime, overhead is reduced；When putting into operation, only by the number changed in debugging system
According to Partial synchronization into runtime, therefore synchronous data volume is smaller, does not produce pressure to runtime.
Described above is only the preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, without departing from the technical principles of the invention, some improvement and deformation can also be made, these improve and deformed
Also it should be regarded as protection scope of the present invention.
Claims (7)
1. the red-black figure implementation method of the automation based on debugging system object-oriented data technology, it is characterised in that including：
1) according to the set distribution management service management flow of electric company, in electrical power distribution automatization system debugging system set up with
Equipment zero order model including the related connections figure of distribution scheduling business and equipment topological model；
2) according to the equipment zero order model, equipment level one data model is set up by the distribution scheduling business；The equipment one
DBMS model includes device real-time monitoring model, analytical model for application and other computation models；Further according to the equipment one-level
Data model generates equipment secondary data simulator；The equipment secondary data model includes preposition measurement model, information and handed over
Mutual model, system simulation model and other models；The preposition measurement model and Information Interaction Model are by device real-time monitoring mould
Type is generated；The system simulation model and other models are generated by analytical model for application；
3) according to the step 1) and 2) in equipment zero order model, equipment level one data model and equipment secondary data model life
Into process, empirically value is that the equipment zero order model, equipment level one data model and equipment secondary data model supplement are full
The device parameter of sufficient data object completeness criterion；
4) according to the step 1), 2) and 3), the debugging system generates corresponding red figure；
5) test checking is carried out to the red figure in debugging system；
6) according to the step 5) test the result determine whether to meet service feature, during the service feature is system
Equipment zero order model, equipment level one data model, equipment secondary data model and connections figure with the distribution scheduling industry
The scene of business is consistent:If being unsatisfactory for the service feature, retract again successively by the step 1), 2), 3), 4) He 5) structure
Red figure is built, untill requirement is met；If meeting the service feature, next step is carried out；
7) red figure in debugging system is had access in electrical power distribution automatization system runtime according to stopping power transmission business, carry out red turn it is black
Operation, as the black figure in runtime.
2. the red-black figure implementation method of the automation based on debugging system object-oriented data technology according to claim 1, its
Be characterised by, in the step 1) in set up connections figure and equipment topological model method be：
Make storehouse using the progress drawing of system artwork storehouse integrated tool and import outside system using system GIS/PMS artworks interface
System forms the connections figure and equipment topological model.
3. the red-black figure implementation method of the automation based on debugging system object-oriented data technology according to claim 2, its
It is characterised by, the GIS/PMS artworks interface includes：
Workflow management interface, the workflow management interface is used for the work of the workflow of electrical power distribution automatization system and external system
Stream connects and forms closed loop workflow；
Model introducting interface, the model introducting interface with incremental mode be used for import CIM/XML derived from external system or
The model data of CIM-E specifications；
Figure introducting interface, the figure introducting interface is used for the figure for importing CIM/SVG or CIM-G specifications derived from external system
Graphic data；
Bus adapter, the bus adapter is used to connect the bus realization for meeting IEC61968 standard criterions and outside
System communicates.
4. the red-black figure implementation method of the automation based on debugging system object-oriented data technology according to claim 1, its
It is characterised by, the step 4) in, the red figure includes：
The device object model in do not put into operation primary connection figure, debugging system in debugging system, the different life of equipment；
The life cycle include do not put into operation the phase, in Yunqi, treat the date of retirement.
5. the red-black figure implementation method of the automation based on debugging system object-oriented data technology according to claim 4, its
It is characterised by, the device object model includes：
Equipment zero order model, the equipment zero order model includes graph topology model and equipment topological model；
Equipment first-order model, the equipment first-order model includes device real-time monitoring model, analytical model for application and other calculating
Model；
Equipment second-level model, the equipment second-level model include preposition measurement model, Information Interaction Model, system simulation model and
Other models；
Object integrity is verified, and the object integrity verification is according to system configuration in the equipment zero order model, equipment one-level
Model and equipment second-level model are carried out.
6. the red-black figure implementation method of the automation based on debugging system object-oriented data technology according to claim 5, its
It is characterised by, the object integrity verification includes：
Hierarchical relationship, unique encodings, voltage class, affiliated application attribute in the equipment topological model be not outer for empty or satisfaction
Key constraint；
Signal in the real-time monitoring model is associated with equipment；
Passage, period, stipulations in the front-collection model can not communicate for sky and with acquisition terminal foundation.
7. the red-black figure implementation method of the automation based on debugging system object-oriented data technology according to claim 1, its
It is characterised by, in the step 7) in, the red turn of black operation includes：
Initiated in runtime or debugging system, based on the red figure of debugging system, analyze the feeder line included in red figure and institute
The all devices object that feeder line is included is stated, is compared with identical figure and device object in black figure, by variance data to set
Standby object is that base unit incremental mode is synchronized in runtime, as the black figure in runtime.
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| CN105119385B (en) * | 2015-10-10 | 2016-12-21 | 江苏省电力公司苏州供电公司 | Electrical power distribution automatization system based on red and black figure mechanism |
| CN109542977B (en) * | 2018-10-29 | 2023-04-28 | 国网新疆电力有限公司昌吉供电公司 | Future state distribution network graph data processing method based on IEC standard |
| US10841182B2 (en) | 2019-03-29 | 2020-11-17 | Juniper Networks, Inc. | Supporting near real time service level agreements |
| US10897396B2 (en) * | 2019-03-29 | 2021-01-19 | Juniper Networks, Inc. | Supporting concurrency for graph-based high level configuration models |
| CN111931315B (en) * | 2019-12-26 | 2022-07-22 | 南京南瑞继保电气有限公司 | Method for realizing distribution network graph transaction part release |
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