CN101901492A - Automatic generating method of electric network station wiring diagram - Google Patents
Automatic generating method of electric network station wiring diagram Download PDFInfo
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Abstract
The invention relates to an automatic generating method of an electric network station wiring diagram, which comprises the following steps of: a. establishing an interval model database, wherein the interval model database comprises all types of interval models in a station, each interval model is the most complete interval, each element equipment in the interval models is related to a check box, and the check box is used for numbering the related element equipment and supplying an operation interface for deleting the related element equipment; b. when the diagram is generated, selecting the interval model corresponding to the voltage grade of the station from the interval model database; and if the interval model needs to be modified, deleting the related and undesired element equipment by setting the check box, connecting the residual element equipment according to an interval wiring rule, and generating the corresponding electric network station wiring diagram. The invention realizes the function of automatically generating the diagram; the station wiring diagram can be automatically generated by a user through only simple selection and character input, the method saves time and labor, and the work efficiency is greatly improved.
Description
Technical field
The present invention relates to the power network schedule automation field, be specifically related to a kind of automatic generating method of electric network station wiring diagram.
Background technology
The factory station comprises: transformer station and generating plant, transformer station mainly is divided into: primary substation, major network transformer station, secondary substation, distribution substation.The generating plant comprises: unit connection power plant, double bus scheme power plant, 3/2 wiring power plant etc.
In electric system, " at interval " be switchgear between inlet wire or outlet and the bus, it comprises: the bus connection device of being made up of isolating switch, isolation switch, ground connection disconnecting link, reactor etc., and relevant switchgear between the different electric pressure buses with two of transformer.Isolating switch and relevant device are formed virtual interval, and the notion of " at interval " also is applicable to transformer stations' configurations such as breaker connection and ring-like bus." at interval " also be commonly referred to " string ".
" Central China net straightening transfers equipment state the to make the term standard " issue of (hereinafter to be referred as " standard ") and execution that state makes operator scheme simplified scheduling flow, improved operating efficiency.Guaranteed the safety of the person and equipment from system.Each clause of " standard " is enumerated separately at each concrete operations content, has comprised the various concrete operations contents of required execution in the present operation of power networks, and content is reliable comprehensively, and is complete errorless.State makes operator scheme agree with mutually with every safe operation standard of sending out the power transformation industry at present, can play the effect of guarantor's body, guarantor's electrical network, guarantor's device security." standard " with " state makes the operational administrative system ", " Central China net is transferred typical scheduling operation task standard operation book ", common specification the electric grid operating behavior.
The Central China Power Grid dispatch state makes that operation ticket system is after making operator scheme implement according to state, the state of developing for the variation that adapts to the dispatching of power netwoks operator scheme makes operation ticket management system, and the state of having realized makes that the intelligence of operation order generates, anti-misoperation safety is checked on and the related management function.
Described Central China Power Grid dispatch state makes operation ticket system mainly comprise: operate anti-error analog subsystem and intelligence operation paper money system.
Operate anti-error analog subsystem and be form, adopt network topology and trend computing technique, realized that dispatch state makes, the simulation of individual event order and secondary device operation, functions such as maloperation identification warning with primary connection figure.
Intelligence operation paper money system comprises that mainly intending ticket audit preliminary command carries out functional module with monitoring, realized the overall process computer management that the scheduling operation ticket " is intended ticket-audit-pre-sending out-execution ", operation order makes rule-based reasoning intelligence draw a bill by state, for the ticket of operational order item by item that has generated, each bar state operational order that it comprised all can demonstrate the concrete individual event operational order content that it comprises automatically; This system can the INTELLIGENT IDENTIFICATION operation order in scheduling operation instruction (once reaching secondary device) and demonstration automatically in the anti-error analog subsystem of operation, and have operation statistics, the functions such as system and maintenance bill system interface of relieving with scheduling.
Scheduling operation simulation, state make reasoning intelligence become ticket, anti-error automatic demonstration etc. all to depend on primary connection figure, and whether the operation and maintenance of figure makes things convenient for directly has influence on the practicality that state makes operation ticket system.
Described primary connection map generalization method of the prior art is: each element that draws one by one connects each element the required primary connection figure of generation then.Obviously time-consuming, the effort of this method, work efficiency is lower.
For this reason, how realizing the automatic mapping function based on the station wiring diagram of main wiring mode characteristics and scheduling naming rule, is the technical matters that this area will solve.
Summary of the invention
Technical matters to be solved by this invention provides a kind of automatic generating method of electric network station wiring diagram simple to operation.
For solving the problems of the technologies described above, automatic generating method of electric network station wiring diagram of the present invention comprises the steps:
A, set up the gap model database, comprising all types of gap models in the factory station, and each gap model is complete interval; Each component equipment in the gap model all is associated with a check box, and this check box is used for providing operation interface to associated component equipment numbering and for deleting associated component equipment; When b, one-tenth figure, from the gap model database, select the corresponding gap model of electric pressure with the factory station; Revise this gap model as if needing, then delete associated unwanted component equipment, and will remain the wiring rules connection of component equipment, and generate corresponding electric network station wiring diagram by the interval by described check box is set.
Wherein, described complete interval comprises the component equipment that institute might need during such at interval, and these component equipments are by at interval wiring rules connection.
In described step b, after will remaining the wiring rules connection of component equipment, also, automatically the residue component equipment in this gap model is numbered according to default coding rule by the interval.
As another kind of automatic generating method of electric network station wiring diagram, it is characterized in that comprising the steps:
A, set up the gap model database, comprising all types of gap models in the factory station, and each gap model is complete interval; Each component equipment in the gap model all is associated with a check box, and this check box is used for providing operation interface to associated component equipment numbering and for deleting associated component equipment;
B, set up the substation model database, comprising various types of substation models; Each substation model can be provided with: all that may use in the factory station at interval, the trend of relative position, each electric pressure and the main transformer connecting line of relative position in station wiring diagram of the electric pressure that comprises of factory station, each electric pressure, main transformer;
When C, one-tenth figure, from the substation model database, select a substation model, the electric pressure that comprises in this substation model of selecting is set, from the gap model database, select and the corresponding gap model of these electric pressures then;
After D, all gap models are selected to finish, if need to revise a gap model of having selected, then in this gap model by described check box being set to delete associated unwanted component equipment;
E, according to the preset numbers rule, automatically each component equipment in this gap model is numbered, generate corresponding electric network station wiring diagram then.
Wherein, described complete interval comprises the component equipment that institute might need during such at interval, and these component equipments are by at interval wiring rules connection.
Among the described step D,, then obtain the equipment of this both-end elements on either side earlier, in this both-end element of deletion, generate a connecting line, with the equipment connection of this both-end elements on either side if will delete a both-end element.
Wherein, the type of the substation model in the described substation model database comprises at least: primary substation model, major network transformer station model, secondary substation model, distribution substation model, unit connection power plant model, double bus scheme power plant model and 3/2 wiring power plant model.
The present invention has positive effect: (1) automatic generating method of electric network station wiring diagram of the present invention, realized the automatic mapping function, the user only need simply select and the literal input, just can generate station wiring diagram automatically, time saving and energy saving, improved work efficiency greatly.(2) with the example that is spaced apart of 500kV, each in each factory station at interval all might be different, if any complete interval, imperfect interval, or the circuit band high anti-, not with high anti-, situation is ever-changing.Therefore, the present invention has defined the form of complete interval, promptly this comprised at interval the component equipment that might occur.At editor 500kV at interval the time, only need on this complete interval, can obtain needed at interval incomplete by some unwanted elements of deletion.(3) the present invention is associated check box with concrete component equipment, as deleting a disconnecting link or ground cutter, only need insert " X " in corresponding optional frame; High anti-as the circuit that will delete in the complete string of 500kV, only need with the anti-corresponding optional frame of this height in insert " X ", just can be with the anti-part deletion of whole height, and do not need to Gao Kangzhong disconnecting link, remove to insert " X " one by one in cutter, the high anti-pairing optional frame.
Description of drawings
For the easier quilt of content of the present invention is clearly understood, below the specific embodiment and in conjunction with the accompanying drawings of basis, the present invention is further detailed explanation, wherein
After the essential information that Fig. 1 stands for the factory among the embodiment sets, list a tree derivation of the essential information at factory station;
Fig. 2 is the also promptly complete interval of the string 1(among Fig. 1) the graphics edition interface;
Fig. 3 is on the graphics edition interface of Fig. 2, promptly in optional frame, fill out by check box is set *, to delete the synoptic diagram of unwanted component equipment;
Fig. 4 is that 500kV bus height resists the wiring diagram in the gap model database;
Fig. 5 is the local wiring diagram of T wiring for the disconnecting link both sides;
Fig. 6 is the local wiring diagram with ground cutter 1;
Fig. 7 is for needing the synoptic diagram of a plurality of elements of deletion.
Embodiment
The automatic generating method of electric network station wiring diagram of present embodiment comprises the steps:
A, set up the gap model database, comprising all types of gap models in the factory station, and each gap model is complete interval; Each component equipment in the gap model all is associated with a check box, and this check box is used for providing operation interface to associated component equipment numbering and for deleting associated component equipment;
When b, one-tenth figure, from the gap model database, select the corresponding gap model of electric pressure with the factory station; Revise this gap model as if needing, then delete associated unwanted component equipment, and will remain the wiring rules connection of component equipment, and generate corresponding electric network station wiring diagram by the interval by described check box is set.
Described complete interval comprises the component equipment that institute might need during such at interval, and these component equipments are by at interval wiring rules connection.
In described step b, after will remaining the wiring rules connection of component equipment, also, automatically the residue component equipment in this gap model is numbered according to default coding rule by the interval.
The automatic generating method of electric network station wiring diagram of present embodiment also comprises, it comprises:
Factory's name of station: the scheduling title that is meant the factory station.
Factory is called for short at the station: the abbreviation of factory's name of station.When generating the circuit name automatically, will use.
Related factory station number: related factory station is meant and newly founds the factory the factory of line connecting relation station between the station.With good and transformer station is example, with good and covert factory station of closing Shan Zhou, Zhengzhou, Fragrance Hill, tree peony is just arranged, so with good and become related factory station number and should be 4.Behind the related factory of input station number, in the circuit form, will produce corresponding information.
Geographic position, factory station: warp, the affiliated province of latitude coordinate and factory station at factory station should be filled in geographic position, factory station.Geographic coordinate data in " picture interface " should be interrelated with the position in " the geographical wiring diagram of Central China Power Grid ".If during newly-built factory station, when selecting factory's station location in " the geographical wiring diagram of Central China Power Grid ", coordinate data just appears in the hurdle, geographic position, factory station in " picture interface "; If revise the geographical position coordinates in " picture interface ", be reacted to " geographical wiring diagram " middle factory station location and also should change.
Factory's station type: factory's station type is divided transformer station, unit connection power plant, double bus scheme power plant, 3/2 wiring power plant.Because factory's station type difference, its mode of connection is also different.Therefore, when changing factory's station type, need the input essential information also just different.
Essential information: the essential information that station wiring diagram is set.According to factory's station type difference, be divided into following several form.
In this table 2, only need the quantity of input block wiring string to get final product.
In this table 4, only need the input respective numbers to get final product.
Line information:
If in " related factory station number " input 3, then in this circuit form, will show that 3 row blank lines are selective:
After offside factory station had been selected, line name just can generate automatically.Such as: current factory name of station is good and change, the Fragrance Hill change has been selected in the station by offside factory, and so, first row in line name just provide two titles of " good fragrant I loop line " " fragrant good I loop line " selective, secondary series provides " good fragrant II loop line " " fragrant good II loop line ", by that analogy.In addition, first row additionally provide two titles selective: " good fragrant line " " fragrant good line ".At each related factory station, acquiescence can be provided with 5 circuits at present.
As Fig. 1, after essential information sets, system will list a tree derivation of the essential information at factory station.
As Fig. 2,, all provide relevant graphics edition interface at each string (promptly at interval).As after choosing string 1, just show the information of string 1.
System with acquiescence provide all switches, disconnecting link, the numbering of cutter, these numberings also can be revised by hand.Last figure is the information of complete string.If have subelement to need to remove, then only need in optional frame, beat " X " and get final product.As Fig. 3, demonstration be state before and after revising.
After the edit file of obtaining a complete string, so, system just needs the specified element of deletion in complete string automatically.According to the difference of element, the mode that is realized is also different.
⑴, deletion both-end element (as disconnecting link, switch): delete a both-end element, need to divide following 3 steps, see Fig. 5.With the disconnecting link among the deletion figure is example:
A, obtain the equipment of disconnecting link both sides,, then need to regenerate a connecting line, it is connected with the equipment of these both sides if deleted this element.Disconnecting link both sides among Fig. 5 all are the T wiring.
B, obtain the connecting line of disconnecting link both sides, and will obtain generic sequence of point of both sides connecting line.Because connecting the trend of the connecting line of disconnecting link both sides might not all be straight line, as " the disconnecting link B " among Fig. 5, the connecting line that one side is arranged is exactly a broken line, therefore, realizing the first step, when soon disconnecting link two side apparatus connected with new connecting line, we can not simply directly generate a straight connecting line, come them to couple together.We must be according to B1 to B5(as shown in Figure 5) order, obtain 5 points, then, the sequence of these 5 points is set to newly-generated connecting line gets on.
C, connect two side apparatus, delete original line and equipment, also have disconnecting link with newly-generated line.
⑵, delete single-ended element (as the ground cutter):
In Fig. 6, if deletion " cutter 1 " then needs all elements deletions among the frame line a.And, also need to resist the new connecting line of use to link to each other disconnecting link and height.The attended operation here is identical with deletion both-end element.
⑶, delete a plurality of elements (high anti-as circuit): in Fig. 7, if deletion whole piece circuit, the element that is enclosed as figure center line b all needs to delete so.But this moment is during to the deletion of single-ended, both-end element, and is different with the operation of front.As when deleting disconnecting link, can directly delete, and not consider to have connected the equipment at two ends again at needs, can improve into the efficient of figure like this.When unique part that needs special processing was exactly Line1 in deletion figure, this connecting line belonged to the coupling part with former string, if with after this line deletion, the T wiring shown in the figure also must be handled simultaneously.The operation of deleting this T wiring is similar as deletion both-end element, but when it should be noted that the acquisition point sequence, can not remove to obtain the point of Line1.
As another kind of automatic generating method of electric network station wiring diagram, it is characterized in that comprising the steps:
A, set up the gap model database, comprising all types of gap models in the factory station, and each gap model is complete interval; Each component equipment in the gap model all is associated with a check box, and this check box is used for providing operation interface to associated component equipment numbering and for deleting associated component equipment;
B, set up the substation model database, comprising various types of substation models; Each substation model can be provided with: all that may use in the factory station at interval, the trend of relative position, each electric pressure and the main transformer connecting line of relative position in station wiring diagram of the electric pressure that comprises of factory station, each electric pressure, main transformer;
When C, one-tenth figure, from the substation model database, select a substation model, the electric pressure that comprises in this substation model of selecting is set, from the gap model database, select and the corresponding gap model of these electric pressures then;
After D, all gap models are selected to finish, if need to revise a gap model of having selected, then in this gap model by described check box being set to delete associated unwanted component equipment;
E, according to the preset numbers rule, automatically each component equipment in this gap model is numbered, generate corresponding electric network station wiring diagram then.
Wherein, described complete interval comprises the component equipment that institute might need during such at interval, and these component equipments are by at interval wiring rules connection.
Among the described step D,, then obtain the equipment of this both-end elements on either side earlier, in this both-end element of deletion, generate a connecting line, with the equipment connection of this both-end elements on either side if will delete a both-end element.
Wherein, the type of the substation model in the described substation model database comprises at least: primary substation model, major network transformer station model, secondary substation model, distribution substation model, unit connection power plant model, double bus scheme power plant model and 3/2 wiring power plant model.
The foregoing description only is for example of the present invention clearly is described, and is not to be qualification to embodiments of the present invention.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here need not also can't give exhaustive to all embodiments.
Claims (7)
1. an automatic generating method of electric network station wiring diagram is characterized in that comprising the steps:
A, set up the gap model database, comprising all types of gap models in the factory station, and each gap model is complete interval; Each component equipment in the gap model all is associated with a check box, and this check box is used for providing operation interface to associated component equipment numbering and for deleting associated component equipment;
When b, one-tenth figure, from the gap model database, select the corresponding gap model of electric pressure with the factory station; Revise this gap model as if needing, then delete associated unwanted component equipment, and will remain the wiring rules connection of component equipment, and generate corresponding electric network station wiring diagram by the interval by described check box is set.
2. automatic generating method of electric network station wiring diagram according to claim 1 is characterized in that: described complete interval comprises the component equipment that institute might need during such at interval, and these component equipments are by at interval wiring rules connection.
3. automatic generating method of electric network station wiring diagram according to claim 1, it is characterized in that: in described step b, after will remaining the wiring rules connection of component equipment, also, automatically the residue component equipment in this gap model is numbered according to default coding rule by the interval.
4. an automatic generating method of electric network station wiring diagram is characterized in that comprising the steps:
A, set up the gap model database, comprising all types of gap models in the factory station, and each gap model is complete interval; Each component equipment in the gap model all is associated with a check box, and this check box is used for providing operation interface to associated component equipment numbering and for deleting associated component equipment;
B, set up the substation model database, comprising various types of substation models; Each substation model can be provided with: all that may use in the factory station at interval, the trend of relative position, each electric pressure and the main transformer connecting line of relative position in station wiring diagram of the electric pressure that comprises of factory station, each electric pressure, main transformer;
When C, one-tenth figure, from the substation model database, select a substation model, the electric pressure that comprises in this substation model of selecting is set, from the gap model database, select and the corresponding gap model of these electric pressures then;
After D, all gap models are selected to finish, if need to revise a gap model of having selected, then in this gap model by described check box being set to delete associated unwanted component equipment;
E, according to the preset numbers rule, automatically each component equipment in this gap model is numbered, generate corresponding electric network station wiring diagram then.
5. automatic generating method of electric network station wiring diagram according to claim 4 is characterized in that: described complete interval comprises the component equipment that institute might need during such at interval, and these component equipments are by at interval wiring rules connection.
6. automatic generating method of electric network station wiring diagram according to claim 4, it is characterized in that: among the described step D, if will delete a both-end element, then obtain the equipment of this both-end elements on either side earlier, in this both-end element of deletion, generate a connecting line, with the equipment connection of this both-end elements on either side.
7. automatic generating method of electric network station wiring diagram according to claim 4 is characterized in that: the type of the substation model in the described substation model database comprises at least: primary substation model, major network transformer station model, secondary substation model, distribution substation model, unit connection power plant model, double bus scheme power plant model and 3/2 wiring power plant model.
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| CN201010114856.3A CN101901492B (en) | 2010-02-26 | 2010-02-26 | Automatic generating method of electric network station wiring diagram |
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| CN201010114856.3A CN101901492B (en) | 2010-02-26 | 2010-02-26 | Automatic generating method of electric network station wiring diagram |
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| CN102436523A (en) * | 2011-10-17 | 2012-05-02 | 浙江省电力试验研究院 | Method for automatically mapping digital substation interval wiring diagram |
| CN103955867A (en) * | 2014-04-25 | 2014-07-30 | 常州东瑞电力软件有限公司 | Automatic generating device for power distribution network wiring diagram |
| CN104007721A (en) * | 2014-05-08 | 2014-08-27 | 河北省电力勘测设计研究院 | Intelligent generation method of coal conveying program control wiring diagrams of heat-engine plants |
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| CN102436523A (en) * | 2011-10-17 | 2012-05-02 | 浙江省电力试验研究院 | Method for automatically mapping digital substation interval wiring diagram |
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