CN105809260A - Method for intelligently generating monitoring information point list of dispatching automation system - Google Patents
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Abstract
The invention relates to a method for intelligently generating a monitoring information point list of a dispatching automation system.The method comprises the steps of 1, intelligent input of interval information, wherein an interval model is generated by inquiring an 'equipment category' list in an SCADA database of the dispatching automation system and inquiring an 'under-installation equipment parameter information list' exported out of a PMS of the State Grid Corporation of China; 2, intelligently-aided modification of the interval information, wherein multiple interval batch modification dispatching numbers are provided by analyzing mouse action and the keyboard input state of a user, and equipment contained in an interval is added or modified or deleted in batches; 3, outputting of the standard monitoring information point list, wherein corresponding protection information in a substation standard monitoring information point list template is searched for according to the 'interval type' in the interval model, interval standard information is formed, the template format is imported according to the dispatching automation system, and the monitoring information point list is output.By means of the method, generation efficiency of the monitoring information point list is greatly improved, labor intensity is lowered, and correctness and standardization of the generated monitoring information point list can be guaranteed.
Description
Technical field
The present invention relates to dispatching automation of electric power systems technical field, particularly relate to a kind of dispatch automated system monitoring information point table intelligent generation method.
Background technology
Dispatch automated system is one of technical field with fastest developing speed in current power system, and it mainly realizes the function such as power system of data acquisition and monitoring, Economical Operation of Power Systems and scheduling, electricity marketization operation and reliability, power plant Operation Decision support and the integrated automation of transformation stations；Monitoring information point table in dispatch automated system plays vital effect in the process of communication for information monitoring between scheduling station and each plant stand.Accuracy and the standardization of monitoring information point table directly affect dispatcher's judgement to field condition, it is therefore necessary to strictly meet the relevant criterion of electric power dispatching system.
Monitoring information point table mainly has two kinds of preparing methods at present: hand weaving and Semi-Automatic Generation.Hand weaving all cannot compare favourably with semi-automatic generation method in establishment speed and specification accuracy.But semi-automatic generation method remains a need for user at present in the link of input equipment information and manually enters great deal of related information, and needs the data base containing monitoring information point table Template Information as support.User is after the relevant Substation Bus Arrangement figure of maintenance schedule automated system, need additionally again to input transformer station's relevant device information, also need manually lookup relevant device parameter model, the input device model of transformer station and device numbering process exist lookup error-prone, artificial the problem such as waste time and energy, so being badly in need of a kind of intelligentized generation method.
Summary of the invention
The invention provides a kind of dispatch automated system monitoring information point table intelligent generation method, overcome what prior art existed to need the shortcoming such as the information that manually enters, artificial enquiry device parameter list, it is provided that a kind of dispatch automated system monitoring information point table intelligent generation method；The method searches, by query scheduling automated system SCADA data storehouse, PMS system related information, the method that equipment connection automatically generates gap model, realize the input of fully-automatic conversion power station equipment information, after artificial check, according to the standard supervision information point list file of standard supervision information point table template output transformer station of transformer station；Substantially increase the formation efficiency of monitoring information point table, reduce labor intensity, and accuracy and the standardization of the monitoring information point table of generation can be ensured.
In order to achieve the above object, the present invention realizes by the following technical solutions:
A kind of dispatch automated system monitoring information point table intelligent generation method, comprises the steps:
1) interval information intelligent input；
" at the standby parameter information table of installing " derived by State Grid Corporation of China's PMS system by query scheduling automated system SCADA data storehouse " equipment class " list and inquiry generates gap model；Gap model is including at least title, type, contained equipment and model parameter information thereof；
2) interval information intelligence auxiliary amendment；
By analyzing mouse action and the input through keyboard state of user, it is provided that the scheduling number of multiple intervals mass change, batch increases, revises or delete equipment contained by interval；
3) standard supervision information point table output；
Corresponding protection information in transformer station's standard supervision information point table template is searched by " interval type " in gap model; form each separation standard information, finally import all of remote signalling of template style output transformer station, remote measurement, remote control monitoring information point table to specified file position according to dispatch automated system.
Described step 1) in interval information intelligent input process be divided into again following 3 steps:
A) Intelligent Establishment gap model；
After operation maintenance personnel has drawn Substation Bus Arrangement figure, in dispatch automated system SCADA data storehouse " equipment class " relevant list, automatically generate corresponding equipment record in main wiring diagram；By the plant stand ID of every record, Chinese in chopper table, bus table, transformator table, Transformer Winding table in query analysis dispatch automated system SCADA data storehouse " equipment class ", set up corresponding gap model；Title and the scheduling number of the equipment of the title of gap model, scheduling number and establishment gap model are identical, and record connection period and the plant stand ID of each interval interrupt road device, bus or Transformer Winding；For the interval that ac and dc systems, automaton, shared device etc specifically can not be drawn out in Substation Bus Arrangement figure, automatically generate corresponding interval according to Typical Design for Substations scheme；
B) intelligence adds equipment contained by interval；
Interpolation equipment in the gap model established, searches for the plant stand ID of every record in disconnecting link table, grounding switch table relevant device list, connects period, Chinese；As plant stand ID, connect period identical, illustrate that element and is connected with each other in same transformer station；The compartment name field comprised in Chinese is identical with scheduling field, illustrates that element belongs to same interval；And judge: if in table record connect the period compartment name field contained with in Chinese, scheduling field and the title of gap model, dispatch number, connection period identical, in gap model, then add this equipment and record newly added equipment and connect period, if condition is not inconsistent, or added then without；Adding procedure is terminated after all record search；
After all identical with the connection period of chopper, bus or Transformer Winding and the satisfactory equipment of title all add, repeat the process of above-mentioned interpolation equipment, add the equipment being connected with the disconnecting link in gap model, grounding switch but be not added with in gap model, then in disconnecting link table, grounding switch table relevant device list, be repeated in the above-mentioned process adding equipment to interval；Now search for according to the connection period of newly added equipment, it is judged that condition ibid, the connection period of all of newly added equipment is all searched for one time, all devices can be automatically filled in after completing circulation corresponding interval；
C) intelligent association device parameter information；
The concrete facility information such as unit type parameter that in the model of polling interval, each equipment is corresponding in " at the standby parameter information table of installing " derived by State Grid Corporation of China's PMS system, and add in gap model；So far complete the intelligent input process of gap model, and gap model is exported application graphical human-computer interaction interface.
Described step 2) in by monitor and recording geometry interface on user the amendment event of interval information is realized the intellectual analysis to operation intention of user；If user repeatedly revises scheduling number, and there is equal difference relation between scheduling number, then remind user's batch modification with the form of pop-up dialogue box；If user repeatedly adds, revises or delete one species equipment, then user is reminded to select interval and add, revise or delete identical device contained therein with the form of pop-up dialogue box.
Described step 3) in; query steps 1 in transformer station's standard supervision information point table template successively) the middle protection information corresponding to gap model generated, finally output meets transformer station's standard supervision information point table of dispatch automated system standard import format.
The process adding contained equipment to each gap model is with the equipment setting up interval for starting point, Substation Bus Arrangement figure carries out BFS traversal or depth-first search traversal replacement is accomplished manually adding procedure.
Compared with prior art, the invention has the beneficial effects as follows:
1) truly achieve the intelligent full-automatic generation of dispatch automated system monitoring information point table, remove operation maintenance personnel from and manually enter the process of information, reduce input error, electric network model maintenance work amount is greatly decreased, reduce labor intensity；
2) at system normal operation and be left out under desk checking link, the method of the invention on average can simultaneously complete the generation process of the remote signalling of a transformer station, remote measurement, remote control standard supervision information point table for 15 seconds consuming time after tested, substantially increases the formation efficiency of monitoring information point table；
3) have employed transformer station's standard supervision information point table template, and generate standard point table by interval, the monitoring information point sheet format specification generated is rigorous, information is complete correctly, and the workload of follow-up check point table is greatly decreased；
4) remote signalling also can set alarm rating information, facilitate the links such as later stage importing, greatly simplifie follow-up work flow process.
Accompanying drawing explanation
Fig. 1 is the theory diagram of dispatch automated system of the present invention monitoring information point table intelligent generation method.
Fig. 2 is the flow chart of dispatch automated system of the present invention monitoring information point table intelligent generation method.
Fig. 3 is the main wiring diagram at central station east center line 2224 interval described in the embodiment of the present invention.
Detailed description of the invention
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described further:
As shown in Figures 1 and 2, a kind of dispatch automated system monitoring information point table intelligent generation method of the present invention, comprise the steps:
1) interval information intelligent input；
" at the standby parameter information table of installing " derived by State Grid Corporation of China's PMS system by query scheduling automated system SCADA data storehouse " equipment class " list and inquiry generates gap model；Gap model is including at least title, type, contained equipment and model parameter information thereof；
2) interval information intelligence auxiliary amendment；
By analyzing mouse action and the input through keyboard state of user, it is provided that the scheduling number of multiple intervals mass change, batch increases, revises or delete equipment contained by interval；
3) standard supervision information point table output；
Corresponding protection information in transformer station's standard supervision information point table template is searched by " interval type " in gap model; form each separation standard information, finally import all of remote signalling of template style output transformer station, remote measurement, remote control monitoring information point table to specified file position according to dispatch automated system.
Described step 1) in interval information intelligent input process be divided into again following 3 steps:
A) Intelligent Establishment gap model；
After operation maintenance personnel has drawn Substation Bus Arrangement figure, in dispatch automated system SCADA data storehouse " equipment class " relevant list, automatically generate corresponding equipment record in main wiring diagram；By the plant stand ID of every record, Chinese in chopper table, bus table, transformator table, Transformer Winding table in query analysis dispatch automated system SCADA data storehouse " equipment class ", set up corresponding gap model；Title and the scheduling number of the equipment of the title of gap model, scheduling number and establishment gap model are identical, and record connection period and the plant stand ID of each interval interrupt road device, bus or Transformer Winding；For the interval that ac and dc systems, automaton, shared device etc specifically can not be drawn out in Substation Bus Arrangement figure, automatically generate corresponding interval according to Typical Design for Substations scheme；
B) intelligence adds equipment contained by interval；
Interpolation equipment in the gap model established, searches for the plant stand ID of every record in disconnecting link table, grounding switch table relevant device list, connects period, Chinese；As plant stand ID, connect period identical, illustrate that element and is connected with each other in same transformer station；The compartment name field comprised in Chinese is identical with scheduling field, illustrates that element belongs to same interval；And judge: if in table record connect the period compartment name field contained with in Chinese, scheduling field and the title of gap model, dispatch number, connection period identical, in gap model, then add this equipment and record newly added equipment and connect period, if condition is not inconsistent, or added then without；Adding procedure is terminated after all record search；
After all identical with the connection period of chopper, bus or Transformer Winding and the satisfactory equipment of title all add, repeat the process of above-mentioned interpolation equipment, add the equipment being connected with the disconnecting link in gap model, grounding switch but be not added with in gap model, then in disconnecting link table, grounding switch table relevant device list, be repeated in the above-mentioned process adding equipment to interval；Now search for according to the connection period of newly added equipment, it is judged that condition ibid, the connection period of all of newly added equipment is all searched for one time, all devices can be automatically filled in after completing circulation corresponding interval；
C) intelligent association device parameter information；
The concrete facility information such as unit type parameter that in the model of polling interval, each equipment is corresponding in " at the standby parameter information table of installing " derived by State Grid Corporation of China's PMS system, and add in gap model；So far complete the intelligent input process of gap model, and gap model is exported application graphical human-computer interaction interface.
Described step 2) in by monitor and recording geometry interface on user the amendment event of interval information is realized the intellectual analysis to operation intention of user；If user repeatedly revises scheduling number, and there is equal difference relation between scheduling number, then remind user's batch modification with the form of pop-up dialogue box；If user repeatedly adds, revises or delete one species equipment, then user is reminded to select interval and add, revise or delete identical device contained therein with the form of pop-up dialogue box.
Described step 3) in; query steps 1 in transformer station's standard supervision information point table template successively) the middle protection information corresponding to gap model generated, finally output meets transformer station's standard supervision information point table of dispatch automated system standard import format.
The process adding contained equipment to each gap model is with the equipment setting up interval for starting point, Substation Bus Arrangement figure is carried out BFS (BFS, Breadth-First-Search) traversal or depth-first search (DFS, Depth-First-Search) travel through replacement and are accomplished manually adding procedure.
Following example are carried out under premised on technical solution of the present invention, give detailed embodiment and concrete operating process, but protection scope of the present invention is not limited to following embodiment.In following embodiment, method therefor is conventional method if no special instructions.
[embodiment]
With the generation process of the monitoring information point table at center line 2224 interval, central station east, the method for the invention is described in detail below.The main wiring diagram of center line 2224 interval, central station east (Fig. 3 show)
1) interval information intelligent input；
Initially set up gap model.Search dispatch automated system SCADA data storehouse " equipment class " chopper table, and according to plant stand ID be " Liaoning. central station ", Chinese be " Liaoning. central station/220kV. east center line 2224 switchs " create the gap model of by name " east center line ", the scheduling number at interval be " 2224 ", plant stand ID is " Liaoning. central station ", electric pressure be " 220kV. ".And by by name " Liaoning. central station/220kV. east center line 2224 switchs " chopper add in gap model object, the head end simultaneously recording this chopper connects period " 103000036004067 (0144935958723981) ", end connects period " 103000036004068 (0144935958823981) ".Gap model is set up complete, but gap model equipment now does not add completely.
Then equipment contained by interval is added.To add east center line 2224 circuit disconnecting link, the female disconnecting link of east center line 2,224 1, east center line 22247 grounding switch, east center line 222467 grounding switch and east center line 2224617 grounding switch.Dispatch automated system SCADA data storehouse " equipment class " list is searched and connects period " 103000036004067 (0144935958723981) " and " 103000036004068 (0144935958823981) ", disconnecting link table is found " Liaoning. the female disconnecting link of central station/220kV. east center line 2,224 1 ", " Liaoning. central station/220kV. east center line 2224 circuit disconnecting link ", grounding switch table is found " Liaoning. central station/220kV. east center line 22247 grounding switch ", " Liaoning. central station/220kV. east center line 222467 grounding switch "；Check in its Chinese plant stand ID for " Liaoning. central station ", middle interval name field be " 2224 " for " east center line ", scheduling number, consistent with the scheduling number of plant stand ID, compartment name and interval, these four disconnecting links are added in gap model object, owing to disconnecting link contains two terminals, so also to record the different connection period of all the other choppers while disconnecting link so that subsequent searches adding；" Liaoning. the female disconnecting link of central station/220kV. east center line 2,224 1 " record its end connection period " 103000036004070 (0144935959023981) ", " Liaoning. central station/220kV. east center line 2224 circuit disconnecting link " record its head end connection period " 103000036004069 (0144935958923981) ".Search in dispatch automated system SCADA data storehouse " equipment class " list again and connect period " 103000036004070 (0144935959023981) " and " 103000036004069 (0144935958923981) ", grounding switch table is found " Liaoning. central station/220kV. east center line 2224617 grounding switch ", meet determination requirement, add in gap model object.Bus table is found " Liaoning. the female bus of central station/220kV. mono-", compartment name field, interval scheduling field do not meet determination requirement therefore without.Exchange line segment endpoint table in find " Liaoning. central station/220kV. east center line ", interval scheduling field do not meet determination requirement also without.Newly added equipment all connections period is all searched for complete, and in gap model, equipment adds complete, but now the information of equipment is not added completely.
Intelligent association device parameter information.In " at the standby parameter information table of installing " derived by State Grid Corporation of China PMS system according to compartment name and interval in implementor name and electric pressure query facility relevant parameter.So far the relevant information of gap model all devices and parameter thereof has been added complete all.
2) interval information intelligence auxiliary amendment；
Monitor and counting user examination & verification time mouse and keyboard operation, eject corresponding dialog box response user operation.
3) standard supervision information point table output；
After user audits; the standard supervision information point table template of interval type corresponding to the gap model of inquiry " east center line " by name in transformer station's standard supervision information point table template successively; and replace keyword by reserved location in this template; form protection information; finally all of for whole interval protection information is exported in the EXCEL file specified by form, complete whole output procedure.
Step 3) in transformer station's standard supervision information point table template be regulate and control data interaction code requirement according to transformer station of Guo Wang company to combine the regulation and control integration a set of complete monitoring information point table template that formed of Centralized Monitoring actual demand；By query steps 1 in transformer station's standard supervision information point table template successively) the middle protection information corresponding to gap model generated; last output format standard criterion, transformer station's standard supervision information point table of the complete batch importing Dispatching Control System correct, convenient of information.
The present invention mainly obtains important breakthrough in facility information intelligent input, utilize dispatch automated system SCADA data storehouse and installed the full-automatic monitoring information point table intelligent generation method without artificial input information of standby parameter information table information realization by what State Grid Corporation of China's PMS system derived, and having filled up the blank of this technology.
Interval information intelligent input module, interval information intelligence auxiliary modified module, standard supervision information point table output module, standard supervision information point table template maintenance module can be developed based on Java language, relevant database JDBC interface and ApachePOI assembly.
The above; it is only the present invention preferably detailed description of the invention; but protection scope of the present invention is not limited thereto; any those familiar with the art is in the technical scope that the invention discloses; it is equal to replacement according to technical scheme and inventive concept thereof or is changed, all should be encompassed within protection scope of the present invention.
Claims (5)
1. a dispatch automated system monitoring information point table intelligent generation method, it is characterised in that comprise the steps:
1) interval information intelligent input；
" at the standby parameter information table of installing " derived by State Grid Corporation of China's PMS system by query scheduling automated system SCADA data storehouse " equipment class " list and inquiry generates gap model；Gap model is including at least title, type, contained equipment and model parameter information thereof；
2) interval information intelligence auxiliary amendment；
By analyzing mouse action and the input through keyboard state of user, it is provided that the scheduling number of multiple intervals mass change, batch increases, revises or delete equipment contained by interval；
3) standard supervision information point table output；
Corresponding protection information in transformer station's standard supervision information point table template is searched by " interval type " in gap model; form each separation standard information, finally import all of remote signalling of template style output transformer station, remote measurement, remote control monitoring information point table to specified file position according to dispatch automated system.
2. a kind of dispatch automated system monitoring information point table intelligent generation method according to claim 1, it is characterised in that described step 1) in interval information intelligent input process be divided into again following 3 steps:
A) Intelligent Establishment gap model；
After operation maintenance personnel has drawn Substation Bus Arrangement figure, in dispatch automated system SCADA data storehouse " equipment class " relevant list, automatically generate corresponding equipment record in main wiring diagram；By the plant stand ID of every record, Chinese in chopper table, bus table, transformator table, Transformer Winding table in query analysis dispatch automated system SCADA data storehouse " equipment class ", set up corresponding gap model；Title and the scheduling number of the equipment of the title of gap model, scheduling number and establishment gap model are identical, and record connection period and the plant stand ID of each interval interrupt road device, bus or Transformer Winding；For the interval that ac and dc systems, automaton, shared device etc specifically can not be drawn out in Substation Bus Arrangement figure, automatically generate corresponding interval according to Typical Design for Substations scheme；
B) intelligence adds equipment contained by interval；
Interpolation equipment in the gap model established, searches for the plant stand ID of every record in disconnecting link table, grounding switch table relevant device list, connects period, Chinese；As plant stand ID, connect period identical, illustrate that element and is connected with each other in same transformer station；The compartment name field comprised in Chinese is identical with scheduling field, illustrates that element belongs to same interval；And judge: if in table record connect the period compartment name field contained with in Chinese, scheduling field and the title of gap model, dispatch number, connection period identical, in gap model, then add this equipment and record newly added equipment and connect period, if condition is not inconsistent, or added then without；Adding procedure is terminated after all record search；
After all identical with the connection period of chopper, bus or Transformer Winding and the satisfactory equipment of title all add, repeat the process of above-mentioned interpolation equipment, add the equipment being connected with the disconnecting link in gap model, grounding switch but be not added with in gap model, then in disconnecting link table, grounding switch table relevant device list, be repeated in the above-mentioned process adding equipment to interval；Now search for according to the connection period of newly added equipment, it is judged that condition ibid, the connection period of all of newly added equipment is all searched for one time, all devices can be automatically filled in after completing circulation corresponding interval；
C) intelligent association device parameter information；
The concrete facility information such as unit type parameter that in the model of polling interval, each equipment is corresponding in " at the standby parameter information table of installing " derived by State Grid Corporation of China's PMS system, and add in gap model；So far complete the intelligent input process of gap model, and gap model is exported application graphical human-computer interaction interface.
3. a kind of dispatch automated system monitoring information point table intelligent generation method according to claim 1, it is characterized in that, described step 2) in by monitor and recording geometry interface on user the amendment event of interval information is realized the intellectual analysis to operation intention of user；If user repeatedly revises scheduling number, and there is equal difference relation between scheduling number, then remind user's batch modification with the form of pop-up dialogue box；If user repeatedly adds, revises or delete one species equipment, then user is reminded to select interval and add, revise or delete identical device contained therein with the form of pop-up dialogue box.
4. a kind of dispatch automated system monitoring information point table intelligent generation method according to claim 1; it is characterized in that; described step 3) in; query steps 1 in transformer station's standard supervision information point table template successively) the middle protection information corresponding to gap model generated, finally output meets transformer station's standard supervision information point table of dispatch automated system standard import format.
5. a kind of dispatch automated system monitoring information point table intelligent generation method according to claim 2, it is characterized in that, the process adding contained equipment to each gap model is with the equipment setting up interval for starting point, Substation Bus Arrangement figure carries out BFS traversal or depth-first search traversal replacement is accomplished manually adding procedure.
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| CN107908393A (en) * | 2017-11-17 | 2018-04-13 | 南京国电南自轨道交通工程有限公司 | A kind of design method of SCADA real-time models picture |
| CN108985578A (en) * | 2018-06-26 | 2018-12-11 | 云南电网有限责任公司大理供电局 | A kind of automation of transformation substations information checking method and system |
| CN109359950A (en) * | 2018-10-31 | 2019-02-19 | 国网河南省电力公司濮阳供电公司 | A kind of method of power system monitor information overall process control |
| CN109902102A (en) * | 2019-01-15 | 2019-06-18 | 国网辽宁省电力有限公司鞍山供电公司 | A kind of supervisory control of substation information checks and accepts the automation checking method of card |
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| CN112100992B (en) * | 2020-08-14 | 2022-07-01 | 贵州电网有限责任公司 | Substation site table generation and checking method |
| CN112100992A (en) * | 2020-08-14 | 2020-12-18 | 贵州电网有限责任公司 | Substation site table generation and checking method |
| CN112101916A (en) * | 2020-09-27 | 2020-12-18 | 广东电网有限责任公司中山供电局 | Method and device for quickly standardizing monitoring information point table and computer readable storage medium |
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