CN104915523B - A kind of regulation full-service unified modeling method based on time series - Google Patents
A kind of regulation full-service unified modeling method based on time series Download PDFInfo
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Abstract
The regulation full-service unified modeling method based on time series that the invention discloses a kind of, include the following steps: S1, the data structure system of power grid common model and the business model one of settling time label carries out the unified maintenance of full-service model/figure of time series, forms model database；S2, each operation system extract the power grid common model and business model of any time section from model database as needed；S3, each operation system generate communication concordance list as needed, in conjunction with the power grid common model and business model of extraction, generation when discontinuity surface figure, carry out co-verification；S4 after being verified, for on-line operation system, carries out the on-line synchronous of power grid common model and business model；For off-line system, power grid common model and business model are distributed to each operation system in a manner of CIM/E file.The method achieve the operations of dispatching of power netwoks control system and maintenance to be completely separated, and enhances the stability and reliability of on-line system.
Description
Technical field
The present invention relates to a kind of unified modeling methods more particularly to a kind of regulation full-service based on time series uniformly to build
Mould method belongs to dispatching automation of electric power systems field.
Background technique
Smart grid Dispatching Control System played an important role in " big operation " System Construction, be in regulations at different levels
The integrative operation of systematic collaboration and regulation central interior full-service between the heart provides good technical support.Based on intelligence
Dispatching of power netwoks control system basic platform is realized between regulation centers at different levels using the model splicing technology based on CIM/E
Model, figure source maintenance and globally shared, in regulation central interior, also realize model between line service, figure substantially
Shape is shared.
But existing smart grid Dispatching Control System has also discovered some shortcomings in actual operation, it is main to show
: (1) model of smart grid Dispatching Control System mainly meet the needs of scheduling production run, regulation center other application
Model, such as comprehensive stability analysis model, method of operation model etc. causes the weight of each application system there is no being really integrated into
The problems such as rebuilding mould and inconsistent information.(2) the real-time state of smart grid Dispatching Control System, planning state, test state etc. are
State in logic often influences whether Real-time running system, causes system when carrying out system maintenance based on planning state and test state
Fluctuation of service.(3) management system of model data is also unsound.Regulating and controlling mechanism not yet establish through Study on Power Grid Planning,
The entire process model data maintenance management system of engineering construction, new equipment debugging to operation of going into operation, need to improve do not come it is current,
Online with the model maintenance process of offline coordinate operation.(4) the preposition verifying of smart grid Dispatching Control System is often because accidentally
Operate and interfere the normal operation of real-time system.
In short, bulk power grid coordinated control proposes regulating and controlling mechanisms at different levels and each profession in terms of business cooperation and data sharing
Higher demand, smart grid Dispatching Control System is on the basis of improving application on site, it is also necessary to further emerging system
The offline mode of operation profession calculates and the offline class applications such as the adaptive setting of relay protection profession, and then further sophisticated model
Data " source maintenance, the whole network are shared " mechanism, promotes regulation business cooperation operating capability.It is final to realize dispatching of power netwoks control system
It runs and that safeguards is completely separated, enhance the stability and reliability of on-line system.
Summary of the invention
In view of the deficiencies of the prior art, a kind of based on time series technical problem to be solved by the present invention lies in providing
Regulate and control full-service unified modeling method.
For achieving the above object, the present invention uses following technical solutions:
A kind of regulation full-service unified modeling method based on time series, includes the following steps:
S1, the data structure system of power grid common model and the business model one of settling time label carry out time sequence
The full-service model of column/figure is unified to be safeguarded, model database is formed；
S2, each operation system extract the power grid common model and industry of any time section from model database as needed
Business model；
S3, each operation system generate as needed communication concordance list, in conjunction with extraction power grid common model and business model,
Generation when discontinuity surface figure, carry out co-verification；
S4 after being verified, for on-line operation system, carries out the on-line synchronous of power grid common model and business model；
For off-line system, power grid common model and business model are distributed to each operation system in a manner of CIM/E file.
Wherein more preferably, in step sl, it includes complete for carrying out the unified maintenance of regulation full-service model/figure of time series
The basic modeling of business and parameter maintenance for model；
Wherein, the model includes power grid common model and business model.
Wherein more preferably, in step s 2, the business model extraction of discontinuity surface includes the following steps: when
S21 extracts real-time model and meets the future models of time conditions from model database；
S22 filters out the power grid common model for meeting the business according to selected business；
S23 generates the business model of needs according to power grid common model and business model configuration information；
S24 obtains corresponding CIM/G file, according to model extraction rule, filters out equipment in figure and associated
Pel, automatically generates topological relation, the figure of discontinuity surface when generation.
Wherein more preferably, business model=business real-time model+business future models of discontinuity surface when；Wherein, industry
The real-time model of business be current time be less than equipment actually move back fortune the time when discontinuity surface business model；The following mould of business
Type is the when discontinuity surface that the fortune time is moved back in the plan that plan of the current time more than or equal to equipment puts into operation the time, while being less than equipment
Business model.
Wherein more preferably, in step s3, the co-verification includes model verifying, model/figure/communication concordance list
The special verifying of co-verification and business model.
Wherein more preferably, the co-verification of the model/figure/communication concordance list, includes the following steps:
S31 sends SCADA system from front-end system for analogue data, consistent to model/drawn table of figure/communication
Property is verified；
S32 carries out transmission test, will collect after the on-line operation system of main website receives the data of substation acquisition
Data be sent to SCADA system from front-end system, model/figure/communication drawn table consistency is verified.
Wherein more preferably, model/figure/communication drawn table consistency is verified, is included the following steps:
S311 selects measuring point from communication concordance list to be verified, simulates front-end system by messaging bus and sends mould
Quasi- data；
S312, SCADA system receive analogue data, real-time data base are written after processing；
S313, graphical browser obtain analogue data by service bus from real-time data base and carry out browsing inspection；
S314 judges in step S311-S313 whether the analogue data in model/drawn table of figure/communication is consistent,
It is proved to be successful if always；Otherwise, authentication failed.
Wherein more preferably, in step s 4, for on-line operation system, carry out power grid common model and business model
Line locking includes the following steps:
S41, according to one synchronous task of capital construction task creation；
S42, model/drawn table of figure/communication of discontinuity surface is added to synchronous appoint when selecting one from model database
Business；
S43 safeguards own using graphic editor to the drawn table information of model/figure/communication in synchronous task
The information of maintenance is automatically labeled as content to be synchronized；
S44 synchronizes task；After the completion of synchronous task, completes synchronous device attribute " actually put into operation state " and repair
It is changed to current time, the status modifier of synchronous task is to have synchronized.
Wherein more preferably, in step s 4, for on-line operation system, carry out power grid common model and business model
Line locking further includes following steps:
The power grid common model and business model of current on-line operation system are generated a version and are saved by S45, when
When needing to retract, the selected synchronous task completed return back to last revision.
Wherein more preferably, the regulation full-service unified modeling method further includes following steps:
S5 presses Service creation model version after model is issued or synchronized in a manner of CIM/E file, CIM/G file automatically
This information, and the model version information of generation is stored.
Regulation full-service unified modeling method provided by the present invention based on time series, passes through the regulation of time series
The unified maintenance of full-service model, figure, when the power grid common model of discontinuity surface and extraction, the model/figure/communication of business model
The co-verification of the information such as data directory, the model on-line synchronous based on capital construction task, the publication of offline application model, time industry
The research for the technologies such as various dimensions model version management of being engaged in, solves the deficiency of smart grid Dispatching Control System, when realizing more
The unified maintenance and management of state, more application model/figures, to regulate and control, each professional system of central interior is integrative coordinated to provide system
One model data support, realizes the operation of dispatching of power netwoks control system and maintenance is completely separated, and enhances the steady of on-line system
Qualitative and reliability.
Detailed description of the invention
Fig. 1 is the flow chart of regulation full-service unified modeling method provided by the present invention；
Fig. 2 is model/figure maintenance schematic diagram in regulation full-service unified modeling method provided by the invention；
Fig. 3 be regulation full-service unified modeling method provided by the invention in, when discontinuity surface model schematic；
Fig. 4 is that one is carried out from front-end system to SCADA system in regulation full-service unified modeling method provided by the invention
The flow chart of cause property verifying；
Fig. 5 is to carry out transmission test in the regulation full-service unified modeling method provided by the invention based on time series
Flow chart.
Specific embodiment
Detailed specific description is carried out to technology contents of the invention in the following with reference to the drawings and specific embodiments.
As shown in Figure 1, in the regulation full-service unified modeling method provided by the present invention based on time series, including such as
Lower step: firstly, the data structure system of power grid common model and the business model one of settling time label, on this basis
Regulation full-service model/figure of development time sequence unifies maintenance tool, formed different time section full-service model and
Figure (history of each business, real-time and future models).When each operation system extracts any from model database as needed
The model (power grid common model and business model) of discontinuity surface.Wherein, the business model extraction of discontinuity surface can customize simultaneously when
Personalized business model information, such as extract the model for not including disconnecting link and earthing knife-switch.For on-line operation system (in linear system
System), when discontinuity surface model and after communication concordance list extracts, be loaded into real-time data base, carry out model/figure/communication index
The co-verification of table after being verified, can form synchronous task, be synchronized to on-line operation system according to capital construction task.For
Off-line system, when discontinuity surface model extraction and by verifying after, each operation system is distributed in a manner of CIM/E file.Under
Detailed specific description is done in face of this process.
S1, the data structure system of power grid common model and the business model one of settling time label carry out time sequence
The full-service model of column/figure is unified to be safeguarded, the model database of the regulation full-service of time series is formed.
Power grid common model is the universal model in all kinds of dispatching of power netwoks business such as real time monitoring, data acquisition, is each tune
The common portion of electric network model required for control business, the universal model both included grid equipment model (electrical equipment class and its
Basic parameter attribute), also include topology controlment (equipment is further abstracted as node, branch and electrical island).Business model
It then include the common portion and the peculiar model of business of electric network model.It is extracted from the electric network model of each business in regulation center public
Information establishes the incidence relation of power grid common model and business model, be mainly used for realizing more application models unified maintenance and
Management.So as to form the regulation full-service unified model architecture of time series.
When safeguarding power grid common model, the basic letter of business model is automatically generated using business model configuration information
Breath.Business model configuration information mainly includes application name, the class name in business model corresponding with power grid common model equipment, life
Name rule, incidence relation and other attributes for needing to automatically generate and attribute value generation rule etc..When such as creating a bus, root
2 bus differential protection device information can be generated according to business model configuration information.
When safeguarding power grid common model, it is necessary to foundation is planned or the plan of capital construction task to maintain equipment puts into operation time and plan
Move back the fortune time.Plan puts into operation the time and plan moves back the fortune time and is mainly used for managing future models, in the model of future time section
It also will use when extraction.After equipment really puts into operation, plan puts into operation the time and plan moves back the fortune time and ceases to be in force automatically, the reality of equipment
Put into operation the time and move back fortune the time come into effect.Graphic editor is the common electric network model of dispatch automated system/figure one
Change maintenance tool, the maintaining method of above-mentioned power grid common model is usually to carry out on graphic editor.Graphic editor is unified
Complete the drafting and modification of power grid common model.Although graphic editor solves the unification of time series regulation full-service model
The problem of maintenance, but graphic editor is only responsible for basic modeling, therefore, for the parameter of power grid common model and business model
Maintenance issues, it is also necessary to establish the parameter maintenance that an individual parameter maintenance process carries out model.Wherein, the ginseng of model is carried out
The method of number maintenance uses any means in the prior art, just repeats no more herein.
S2, each operation system extract the power grid common model and industry of any time section from model database as needed
Business model.
After forming the model database of the regulation full-service of time series, different time section is store in model database
Full-service model and figure, historical models, real-time model and future models including each business.Each operation system is as needed
The power grid common model and business model of any time section are extracted from model database.When discontinuity surface model be a certain
Specified time (including historical time and future time) interior real-time model and plan put into operation the set of model.As shown in Figure 3, it is assumed that
T1 < T2 < T3, T1 be greater than current time Tc, the plan of equipment move back fortune the time be all much larger than T3, arbitrarily select a time Ti.(1)
As Tc≤Ti < T1, then it is shown that in Fig. 3 the rightmost side real-time model；(2) as T1≤Ti < T2, then it is shown that figure
The model of discontinuity surface when time T1 is corresponding in 3；(3) as T2≤Ti < T3, then it is shown that when time T2 is corresponding in Fig. 3
The model of discontinuity surface；(4) as T3≤Ti, then it is shown that the model of the full-time discontinuity surface of the leftmost side Fig. 3.
Assuming that specifying a time Ts, the plan of equipment time of putting into operation is indicated with T1, and the plan of equipment moves back the fortune time and uses T2
Indicate, equipment actually move back fortune the time with T ' 2 indicate, then the business model of the section at Ts moment is as follows: when discontinuity surface business
The future models (T1≤Ts < T2) of model=business real-time model (Ts < T ' 2)+business, i.e. real-time model+plan of business
It puts into operation the time and plan moves back the fortune time and meets a T1≤Ts < T2 future models.When discontinuity surface business model extract specific packet
Include that steps are as follows:
S21 extracts real-time model and meets the future models of time conditions from model database；
S22 filters out the power grid common model for meeting the business according to selected business；
S23, according to business model configuration information, generates the business model of needs on the basis of first two steps；
S24 obtains corresponding graphic file (CIM/G file), according to model extraction rule, filters out the equipment in figure
And associated pel, automatically generate topological relation, the figure of discontinuity surface when generation.
S3, each operation system generate as needed communication concordance list, in conjunction with extraction power grid common model and business model,
Generation when discontinuity surface figure, carry out co-verification.
In regulation full-service unified modeling method provided by the present invention, the real-time running data that needs is from on-line operation
System obtains.For normal real time data, the data acquisition service of on-line operation system is in addition to giving the application of this system normal
It sends outside data, while the depth verifying that same data are used for model being used, such as state estimation verifying.Transmission is tried
The plant stand tested is not landed in this system after on-line data acquisition service receives the transmission data of substation transmission, i.e., not to this
Systematic difference is sent, and is directly verified.
Each operation system extracts power grid common model and business model as needed, and when generating corresponding discontinuity surface figure
Shape and communication concordance list.Different application is different to the specific requirements of model, and the mode to model verifying is also different, such as SCADA
System needs to carry out model/figure/communication concordance list co-verification, for the application such as state estimation, also to verify mould
Topology, parameter of type etc. will also verify secondary device model other than above-mentioned verifying for the adaptive setting of protection customization
The information such as integrality.In embodiment provided by the present invention, it is illustrated by taking SCADA system as an example.
Co-verification includes that model verifying, model/figure/co-verification of communication concordance list and the special of business model are tested
Card.Wherein, model verifying and the special verifying of business model use existing conventional verification method.In reality provided by the present invention
It applies in example, using Liu Tao, meter Wei Min, Chen Zhengping et al. at " the electric network model integration secret sharing suitable for big operation architecture "
The verifying of method implementation model disclosed in (being published in " Automation of Electric Systems " the 1st phase in 2015) and the special of business model are tested
Card.It just repeats no more herein.And model/figure/communication concordance list co-verification, including two steps:
S31 sends SCADA system from front-end system for analogue data, consistent to model/drawn table of figure/communication
Property is verified.
Verifying mainly verifying model/figure/communication drawn table consistency from front-end system to SCADA system.Such as
Shown in Fig. 4, specifically comprise the following steps:
S311 selects measuring point from communication concordance list to be verified, simulates front-end system by messaging bus and sends mould
Quasi- data；
S312, SCADA system receive analogue data, real-time data base are written after processing；
S313, graphical browser obtain analogue data by service bus from real-time data base and carry out browsing inspection.
S314 judges in step S311-S313 whether the analogue data in model/drawn table of figure/communication is consistent,
It is proved to be successful if always；Otherwise, authentication failed.
In the whole process, if the analogue data that any one link shows in model/drawn table of figure/communication
It is inconsistent, it can all cause data to show mistake, then authentication failed.For the ease of verifying, preposition simplation verification is in addition to manual operations
Verifying is outer, and some authentication policies can also be arranged, as front-end system sends the point number of telemetering amount, automatic checking communication index
The corresponding relationship of point number and equipment keyword in table, to verify model/figure/communication drawn table consistency.
S32 carries out transmission test, will collect after the on-line operation system of main website receives the data of substation acquisition
Data be sent to SCADA system from front-end system, model/figure/communication drawn table consistency is verified.
As shown in figure 5, from substation to the verifying of main website front-end system, i.e. transmission test.The on-line operation of substation and main website
System establishes normal acquisition communication link, but no communication concordance list in the link of on-line operation system, i.e., no collection point,
The data acquisition service of on-line operation system directly carries out transmission test after receiving the data that substation is sent.This transmission test
Advantage is not interfere with on-line operation system, will not cause the historical data of on-line operation system dirty because of transmission test
Dye.
S4 after being verified, for on-line operation system, carries out the on-line synchronous of model；For off-line system, by model
Each operation system is distributed in a manner of CIM/E file.
For on-line system, when discontinuity surface model (power grid common model and business model) and communication concordance list extract
Afterwards, it is loaded into real-time data base, carrying out model/figure/communication concordance list co-verification can be according to base after being verified
Task is built, synchronous task is formed, is synchronized to on-line operation system.For off-line system, when discontinuity surface model extraction and pass through
After verifying, each operation system is distributed in a manner of CIM/E file.
The on-line synchronous of model can be divided into the online of the information such as model/figure/communication concordance list based on capital construction task
Synchronous (on-line synchronous of abbreviation task based access control), the synchronization based on database table, file synchronization, holographic synchronization and Fast synchronization
Deng.
The on-line synchronous of task based access control is the on-line synchronous mode of most common model, and the on-line synchronous of task based access control is specific
Include the following steps:
S41, according to one synchronous task of capital construction task creation；
S42, model/drawn table of figure/communication of discontinuity surface is added to synchronous appoint when selecting one from model database
Business；
S43 believes the drawn table of model/figure/communication in synchronous task using graphic editor and model maintenance tool
Breath is safeguarded that the information of all maintenances is automatically labeled as content to be synchronized.
In embodiment provided by the present invention, the model of discontinuity surface when also can choose one is directly selected therein
A part of information flag is content to be synchronized, if being related to the outlet of the plant stand, the plant stand equipment component of opposite end also can be certainly
It is dynamic to be added to synchronous task, and synchronous task can automatically record the model and graphical information for needing to synchronize task.
The contents selection of synchronous task selectes the figure of sometime section generally by graphic editor, in editing machine
The upper selected model information to be synchronized, can be entire plant stand, some voltage class being also possible in station is also possible to some
Equipment in interval.
S44 after the completion of synchronous task, completes synchronous device attribute " actually put into operation state " and is revised as current time, together
The status modifier of step task is to have synchronized.
The model of current on-line operation system is generated a version and is saved by S45, when needing to retract, is selected
Synchronous task through completing, return back to last revision.
Synchronous task automatically records the description information of the task, including task creation people, and the task creation time needs to synchronize
Model information, the modification information etc. of synchronous task.Synchronous task itself may browse through and count, the illustraton of model in synchronous task
The information such as shape can be browsed by synchronous task, modified and be verified.
Synchronization based on database table is commonly used in dictionary table and other non-equipment lists etc., to maintenance system and on-line operation
Same table of system is compared, and forms different information, different information is synchronized to on-line operation system.
File synchronization be commonly used in single graphic file synchronization, such as be only to some figure source on plant stand figure safeguard into
It has gone modification, has not been related to model, then the figure of modification is synchronized to on-line operation system using the mode of file synchronization.
It is that the selected sometime information such as model/figure/communication concordance list of section are fully synchronized to online that holography, which synchronizes,
Operating system, the method for synchronization using maintenance system when discontinuity surface model and on-line operation system full model carry out diversity ratio
Compared with different information is synchronized to on-line operation system by formation different information.It is larger or online which is suitable for model modification amount
The case where model of operating system is damaged due to hardware etc. by large area.
Fast synchronization is adapted to relate only to the smaller modification of model, such as modifies a parameter value of some equipment,
Directly on-line operation system can be notified to modify, to improve efficiency without verification.
S5 presses Service creation model version after model is issued or synchronized in a manner of CIM/E file, CIM/G file automatically
This information, and the model version information of generation is stored.
The version management of various dimensions model information issues in model or after synchronizing, automatically with CIM/E file, CIM/G file
Mode presses Service creation model version information, and is saved.When off-line system Issuance model or on-line operation system
It, can be according to various dimensions model information version back to before handling when needing to return to last revision after synchronizing task
Version.
In conclusion the regulation full-service unified modeling method provided by the present invention based on time series, passes through foundation
The data structure system of power grid common model and the business model one of time tag carries out the regulation full-service mould of time series
Type/figure is unified to be safeguarded, the model database of the regulation full-service of time series is formed；Each operation system is as needed from model
The power grid common model and business model of any time section are extracted in database；Each operation system generates communication rope as needed
Draw table, in conjunction with the power grid common model and business model of extraction, generation when discontinuity surface figure, carry out co-verification；Verifying
By rear, for on-line operation system, the on-line synchronous of model is carried out；For off-line system, by power grid common model and business
Model is distributed to each operation system in a manner of CIM/E file.The method achieve the operation of dispatching of power netwoks control system and maintenances
It is completely separated, enhances the stability and reliability of on-line system, solve the deficiency of smart grid Dispatching Control System, realize
The unified maintenance and management of multi-time Scales, more application model/figures, for regulation, each professional system of central interior is integrative coordinated mentions
Unified model data has been supplied to support.
The regulation full-service unified modeling method to provided by the present invention based on time series has carried out detailed above
Explanation.For those of ordinary skill in the art, it is done under the premise of without departing substantially from true spirit any
Obvious change, the infringement for all weighing composition to the invention patent will undertake corresponding legal liabilities.
Claims (10)
1. a kind of regulation full-service unified modeling method based on time series, it is characterised in that include the following steps:
S 1, the data structure system of power grid common model and the business model one of settling time label, carries out time series
Full-service model/figure is unified to be safeguarded, model database is formed；
S2, each operation system extract the power grid common model and business mould of any time section from model database as needed
Type；
S3, each operation system generate as needed communication concordance list and when discontinuity surface figure, in conjunction with the public mould of power grid of extraction
Type and business model, generation when discontinuity surface figure, carry out co-verification；
S4 after being verified, for on-line operation system, carries out the on-line synchronous of power grid common model and business model；For
Power grid common model and business model are distributed to each operation system by off-line system in a manner of CIM/E file.
2. regulation full-service unified modeling method as described in claim 1, it is characterised in that:
In step S 1, the unified maintenance of regulation full-service model/figure for carrying out time series includes that the basic of full-service is built
Mould and parameter maintenance for power grid common model and business model.
3. regulation full-service unified modeling method as described in claim 1, it is characterised in that in step s 2, when discontinuity surface
Business model extraction includes the following steps:
S21 extracts real-time model and meets the future models of time conditions from model database；The real-time model is to work as
The business model of discontinuity surface when preceding；The future models are to plan the model that puts into operation in future time；
S22 filters out the power grid common model for meeting the business according to selected business；
S23 generates the business model of needs according to power grid common model and business model configuration information；
S24 obtains corresponding CIM/G file, according to model extraction rule, filters out the equipment in figure and associated figure
Member, automatically generates topological relation, the figure of discontinuity surface when generation.
4. regulation full-service unified modeling method as claimed in claim 3, it is characterised in that:
When discontinuity surface business model=business real-time model+business future models；Wherein, the real-time model of business is to work as
The preceding time be less than equipment actually move back fortune the time when discontinuity surface business model；The future models of business are that current time is greater than
Plan equal to equipment puts into operation the time, at the same be less than equipment plan move back transport the time when discontinuity surface business model.
5. regulation full-service unified modeling method as described in claim 1, it is characterised in that:
In step s3, the co-verification includes model verifying, model/figure/communication concordance list co-verification and business
The special verifying of model.
6. regulation full-service unified modeling method as claimed in claim 5, it is characterised in that the model/figure/communication rope
The co-verification for drawing table, includes the following steps:
S31 sends SCADA system from front-end system for analogue data, to model/figure/communication drawn table consistency into
Row verifying；
S32 carries out transmission test, by collected number after the on-line operation system of main website receives the data of substation acquisition
It is sent to SCADA system according to from front-end system, model/figure/communication drawn table consistency is verified.
7. regulation full-service unified modeling method as claimed in claim 6, it is characterised in that drawn to model/figure/communication
The consistency of table is verified, and is included the following steps:
S311, selects measuring point from communication concordance list to be verified, and simulation front-end system sends simulation number by messaging bus
According to；
S312, SCADA system receive analogue data, real-time data base are written after processing；
S313, graphical browser obtain analogue data by service bus from real-time data base and carry out browsing inspection；
S314 judges in step S311~S313 whether the analogue data in model/drawn table of figure/communication is consistent, if
It is consistent then be proved to be successful；Otherwise, authentication failed.
8. regulation full-service unified modeling method as described in claim 1, it is characterised in that in step s 4, for transporting online
Row system carries out the on-line synchronous of power grid common model and business model, includes the following steps:
S41, according to one synchronous task of capital construction task creation；
S42, model/drawn table of figure/communication of discontinuity surface is added to synchronous task when selecting one from model database；
S43 safeguards the drawn table information of model/figure/communication in synchronous task using graphic editor, all maintenances
Information flag be content to be synchronized；
S44 synchronizes task；After the completion of synchronous task, completes synchronous device attribute " actually put into operation state " and be revised as
Current time, the status modifier of synchronous task are to have synchronized.
9. regulation full-service unified modeling method as claimed in claim 8, it is characterised in that in step s 4, for transporting online
Row system carries out the on-line synchronous of power grid common model and business model, further includes following steps:
The power grid common model and business model of current on-line operation system are generated a version and are saved, work as needs by S45
When rollback, the selected synchronous task completed return back to last revision.
10. regulation full-service unified modeling method as described in claim 1, it is characterised in that further include following steps:
S5 presses Service creation model version information after model is issued or synchronized in a manner of CIM/E file, CIM/G file,
And the model version information of generation is stored.
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| 基于CIM/E的电网调度中心应用模型信息共享方案;辛耀中等;《电力系统自动化》;20130425;第37卷(第8期);1-5页 |
| 基于CIM_G的电网图形维护与共享方案;李伟等;《电力系统自动化》;20150110;第39卷(第1期);42-47页 |
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