CN108051725A - Current conversion station valve tower thyristor alignment system and its method of work - Google Patents
Current conversion station valve tower thyristor alignment system and its method of work Download PDFInfo
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- CN108051725A CN108051725A CN201711040583.0A CN201711040583A CN108051725A CN 108051725 A CN108051725 A CN 108051725A CN 201711040583 A CN201711040583 A CN 201711040583A CN 108051725 A CN108051725 A CN 108051725A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/28—Testing of electronic circuits, e.g. by signal tracer
- G01R31/2832—Specific tests of electronic circuits not provided for elsewhere
- G01R31/2836—Fault-finding or characterising
- G01R31/2846—Fault-finding or characterising using hard- or software simulation or using knowledge-based systems, e.g. expert systems, artificial intelligence or interactive algorithms
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Abstract
Current conversion station valve tower thyristor alignment system and its method of work, are related to high-voltage commutation field.At present, live thyristor positioning needs to be improved in terms of rapidity and accuracy two.The present invention includes：Thyristor position arrangement regulation analysis module, alarm memory module, warning position plaintext modular converter, display module；Warning position plaintext modular converter draws thyristor arrangement regulation according to thyristor position arrangement regulation analysis module, and the position code information occurred in thyristor alarm event is translated into position in plain text.The technical program realizes the warning message of backstage ciphertext to the conversion of actual thyristor position plaintext, pass through patterned language identification failed thyristor position simultaneously, it highly shortened operation maintenance personnel and find the time of thyristor at valve Room scene, and the accuracy rate for positioning thyristor position is increased to 100%, carry out accident treatment for scene, strive for the quality time.
Description
Technical field
The present invention relates to high-voltage commutation field, especially current conversion station valve tower thyristor alignment system.
Background technology
Thyristor is a kind of switch element, he typically is provided with following characteristic：
1st, when thyristor bears reversed anode voltage, no matter which kind of voltage gate pole bears, thyristor is all in reverse blocking state；
2nd, when thyristor bears positive anode voltage, only in the case where gate pole bears forward voltage, thyristor just turns on.At this moment
Thyristor is in forward conduction state, and here it is the lock properties of flow of thyristor, you can control characteristic；
3rd, thyristor is in conducting, as long as there is certain positive anode voltage, no matter gate voltage, thyristor is kept
Conducting, i.e., after turn on thyristors, gate pole is ineffective.Gate pole only plays trigger action；
4th, thyristor works as main circuit voltage in conducting（Or electric current）When being reduced to close to zero, thyristor shut-off.
Based on above-mentioned four kinds of characteristics, thyristor is widely used in whole in super-pressure or extra-high voltage direct-current transmission engineering
Stream station（Alternating current is changed into direct current）Or Inverter Station（Direct current is changed into alternating current）, to complete alterating and direct current it
Between mutual conversion.
Such as Fig. 1（a）It is single thyristor shown in red frame, the voltage that can bear is limited, in order to meet engineering demand,
Generally multiple thyristors are combined to form valve section with certain specific arrangement mode, if then dryvalve section is combined to form valve tower, such as
Fig. 1 (b).The main device component of valve tower is formed as thyristor, but also comprising other is simultaneously the necessary parts met needed for operating mode.
In one ultra-high voltage converter station, thyristor total amount is at 2900 or so, and branch is in 4 24, valve Room valve towers.The valve Room such as Fig. 1
（c）It is shown.
In normal operation, the thyristor that each valve tower is installed contains redundancy, i.e., when event occurs in the thyristor of 3 or so
During barrier, valve tower remains to normal operation.More than this redundancy, it is necessary to direct current transportation of stopping transport immediately.Therefore thyristor is as the change of current
Stand core component, can normal operation be directly related to the stability of extra-high voltage direct-current transmission.When abnormal accuse occurs in thyristor
, it is necessary to determine the position of thyristor with the most fast time when alert, by infrared measurement of temperature etc. detection means to be aided in determine it
Whether it is abnormal.
Since thyristor is large number of, and the thyristor scene arrangement mode produced between different manufacturers is without pervasive
Property.Therefore, there are the following problems for thyristor positioning at present：
1st, thyristor warning message in backstage is ciphertext, and operation maintenance personnel needs warning information passing through complicated method migration Cheng Ming
Literary information could obtain the location information of thyristor, and conversion method is complicated, it is necessary to which the time learns, and easily forgets, transfer process
It loses time easily to malfunction.
2nd, current conversion station thyristor is numerous, and spatial position of the thyristor in the valve Room is difficult to find, easy Wrong localization.
Based on above 2 points, live thyristor positioning is improved in terms of rapidity and accuracy two.
The content of the invention
The technical problem to be solved in the present invention and the technical assignment proposed are prior art to be improved with being improved,
Current conversion station valve tower thyristor alignment system is provided, to be improved purpose to the positioning of thyristor scene from rapidity and accuracy.
For this purpose, the present invention takes following technical scheme.
Current conversion station valve tower thyristor alignment system, it is characterised in that including：
Thyristor position arrangement regulation analysis module：Putting in order to the thyristor scene of different manufacturers production, it is total conclude
Knot, draws thyristor arrangement regulation；
Alarm memory module：All backstage thyristor alarm events are enumerated, each backstage thyristor alarm event code is carried out
Storage；Alarm event code includes the position code of alarm event；
Warning position plaintext modular converter：Thyristor arrangement regulation is drawn according to thyristor position arrangement regulation analysis module, it will
The position code information occurred in thyristor alarm event translates into position in plain text；
Display module：When user inputs alarm event code, according to the index relative between alarm event and location information；From
The dynamic text location for providing thyristor and the graphical location information in the valve Room；Graphical location information is with where thyristor
Valve tower, valve layer and three dimensions in position in valve layer present；The simulation drawing of graphical location information is aided with red light simultaneously
The mode of mark flicker identifies inquired about thyristor.
Further, alarm module is further included：When thyristor alerts, positioned in plain text in the valve Room according to position rapidly
Alert thyristor, the optimal camera of industrial video system Auto Select Position, to observe alarm thyristor.
Further, upper and lower 2 cameras are respectively configured in each valve tower both sides, above the upper camera of 2 layers of use see
Examine, below 2 layers observed with the next camera.
Further, the warning position plaintext modular converter is equipped with position computational submodule, position computational submodule
The position cleartext information of thyristor is calculated for different valve tower types.
It is a further object to provide a kind of method of work of current conversion station valve tower thyristor alignment system, including
Following steps：
1) thyristor position arrangement regulation analytical procedure：Putting in order to the thyristor scene of different manufacturers production, it is total conclude
Knot, draws thyristor arrangement regulation；
2) storing step is alerted：Enumerate all backstage thyristor alarm events, to each backstage thyristor alarm event code into
Row storage；Alarm event code includes the position code of alarm event；
3) warning position plaintext switch process：Thyristor arrangement regulation is drawn according to thyristor position arrangement regulation analytical procedure,
The position code information occurred in thyristor alarm event is translated into position in plain text；
4) step is shown：When user inputs alarm event code, according to the index relative between alarm event and location information；
The automatic text location for providing thyristor and the graphical location information in the valve Room；Graphical location information is with thyristor institute
Valve tower, valve layer and three dimensions in position in valve layer present；The simulation drawing of graphical location information is aided with red simultaneously
The mode of cursor flicker identifies inquired about thyristor.
Further, alarm step is further included：When thyristor alerts, positioned in plain text in the valve Room according to position rapidly
Alert thyristor, the optimal camera of industrial video system Auto Select Position, to observe alarm thyristor.
Further, conversion includes the first warning position plaintext conversion method to warning position in plain text and the second warning position is bright
Literary conversion method；
When totally 4 layers of each valve tower, it is divided into two single valves, each single valve up and down and is made of two valve modules, each one layer of valve module,
Each valve module is there are two valve section, and number is followed successively by 1-30, lower floor's valve module crystalline substance lock to upper strata valve module thyristor number from right to left
Number is when being followed successively by 31-60 from right to left for pipe number, using the first warning position plaintext conversion method；
When totally 4 layers of each valve tower, and each layer is tilting, and one layer point two rows of, and each row is respectively provided with two valve modules；4 layers of valve group
When part spiral is set, using the second warning position plaintext conversion method.
Further, the first warning position plaintext conversion method comprises the following steps：
101）Obtain input data；
102）It is numbered with single valve, thyristor number is parameter query database；
103）The number of plies is obtained to number, is separate；
104）Judge that single valve number belongs to Y sides, if it is not, then entering step 105）；If so, enter step 106）；
105）Thyristor is numbered/30 to take the remainder, downward rounding, then it is negated；
106）2+thyristors of number of plies number * number/30；
107）Obtain the number of plies
108）Judge that thyristor number is less than or equal to 30, if it is not, then entering step 109）；If so, enter step 110）；
109）Thyristor number is subtracted 30；
110）Judge that current thyristor number value is location number；
111）It is required to judge the above separate, number of plies, thyristor location number.
Further, the second warning position plaintext conversion method comprises the following steps：
201）Obtain input data；
202）Data character string is decomposed into separate, single valve, valve module, four part of position；
203) judge to belong to Y sides or D sides by single valve number；
204）It is numbered with single valve, valve module number is parameter query database；
205）Obtain the number of plies, current direction, thyristor position；
206）Judge whether current direction is consistent with thyristor position；If it is not, then enter step 207）；If so, it enters step
208）；
207）In addition thyristor number in adjacent valve module；
208）Judge that the current separate, number of plies, current direction, thyristor position are required.
Advantageous effect：
1st, overcome that " at present, thyristor positioning is the localization method that is provided according to producer, is artificially converted to thyristor according to message
Location information, and look for thyristor in valve Room scene according to this location information, has that look for speed slow, easily malfunctions " the problem of.
According to O＆M Field Force's real work situation, with reference to live reality, from two aspect of accuracy and rapidity, pass through calculating
Machine program realizes the warning message of backstage ciphertext to the conversion of actual thyristor position plaintext, while passes through patterned language
Speech mark failed thyristor position highly shortened operation maintenance personnel and find the time of thyristor at valve Room scene, and by brilliant lock
The accuracy rate of pipe position positioning is increased to 100%, carries out accident treatment for scene, strives for the quality time.
2nd, overcome " it needs artificially to find manually using industrial television positioning failed thyristor at present, because thyristor is numerous, valve
Room area is big, there is that look for speed manually slow, easily malfunctions " the problem of.Automatic positioning, can quickly and using optimal location take the photograph
As head quick lock in failed thyristor.The accuracy rate of live thyristor positioning is made to improve to 100%, dramatically reduces conversion time.
And closed-circuit TV system can be controlled, optimal camera to be used quickly to capture failure camera image.
Description of the drawings
Fig. 1 (a) is schematic diagram of the single thyristor in valve section.
Fig. 1 (b) is lock tower structure schematic diagram.
Fig. 1（c）It is lock Room structure diagram.
Fig. 2 is the system block diagram of the present invention.
Fig. 3 is thyristor aligning method figure of the present invention.
Fig. 4 is camera configuration plane schematic diagram in the valve Room of the present invention.
Fig. 5 is some valve tower both sides camera configuration schematic diagram of the invention.
Fig. 6 is a kind of alert position plaintext conversion method flow chart of the present invention.
Fig. 7 is the alert position plaintext conversion method flow chart of another kind of the present invention.
Fig. 8 is the corresponding failed thyristor mark figures of Fig. 6.
Fig. 9 is the corresponding failed thyristor mark figures of Fig. 7.
Specific embodiment
Technical scheme is described in further detail below in conjunction with Figure of description.
As shown in Fig. 2, the present invention is included with lower module
Thyristor position arrangement regulation analysis module：Putting in order to the thyristor scene of different manufacturers production, it is total conclude
Knot, draws thyristor arrangement regulation；As shown in Figure 3；
Alarm memory module：All backstage thyristor alarm events are enumerated, each backstage thyristor alarm event code is carried out
Storage；Alarm event code includes the position code of alarm event；
Warning position plaintext modular converter：Thyristor arrangement regulation is drawn according to thyristor position arrangement regulation analysis module, it will
The position code information occurred in thyristor alarm event translates into position in plain text；
Display module：When user inputs alarm event code, according to the index relative between alarm event and location information；From
The dynamic text location for providing thyristor and the graphical location information in the valve Room；Graphical location information is with where thyristor
Valve tower, valve layer and three dimensions in position in valve layer present；The simulation drawing of graphical location information is aided with red light simultaneously
The mode of mark flicker identifies inquired about thyristor.
Alarm module：When thyristor alerts, alarm thyristor, industry are positioned in the valve Room according to position in plain text rapidly
The optimal camera of video system Auto Select Position, to observe alarm thyristor.
The technical program positions the position of valve tower thyristor for staff in current conversion station according to control room backstage warning message
It puts.Current conversion station and Inverter Station field condition suitable for current DC transmission engineering, drastically increase work efficiency, solve
Thyristor positioning is slow and the problem of position inaccurate.
When user inputs warning code, system provides the text location of thyristor and schemes in the valve Room automatically
Shaped position information.Graphical location information is presented with valve tower, valve layer and the angle of position three in valve layer where thyristor.
Show intuitively, operation maintenance personnel is facilitated to check, effectively improves the accuracy of positioning.
To realize the management and control of alarm thyristor, system has the automatic positioning function of industrial television.
To operation maintenance personnel, the valve Room determines the physical location of thyristor to the graph text information of thyristor position at the scene.In general,
In current conversion station control room, equipped with valve Room industrial video system, can remotely it be seen by being mounted on the industry camera in the valve Room
Examining valve tower and thyristor has the abnormal conditions such as discharge off, on fire.Therefore, it is defeated by software when transistors breakdown alarm occurs
Enter warning code, make the optimal camera of industrial video system Auto Select Position, to observe alarm thyristor.
One valve Room is equiped with 6 valve towers, upper and lower 2 cameras is respectively configured in each valve tower both sides, allocation position is as schemed
4th, shown in Fig. 5.In terms of a certain valve tower, valve tower is divided into 4 layers, above the upper camera of 2 layers of use see, such as 1 He of camera in Fig. 5
7, below 2 layers with the next camera see, such as the camera 13 and 19 in Fig. 4.In terms of the valve Room, 6 valve towers of cloth are divided into, in Fig. 7
Dotted line for boundary, failed thyristor close to which camera i.e. the camera is selected to be observed.
The method of work of corresponding current conversion station valve tower thyristor alignment system, comprises the following steps：
1) thyristor position arrangement regulation analytical procedure：Putting in order to the thyristor scene of different manufacturers production, it is total conclude
Knot, draws thyristor arrangement regulation；
2) storing step is alerted：Enumerate all backstage thyristor alarm events, to each backstage thyristor alarm event code into
Row storage；Alarm event code includes the position code of alarm event；
3) warning position plaintext switch process：Thyristor arrangement regulation is drawn according to thyristor position arrangement regulation analytical procedure,
The position code information occurred in thyristor alarm event is translated into position in plain text；
4) step is shown：When user inputs alarm event code, according to the index relative between alarm event and location information；
The automatic text location for providing thyristor and the graphical location information in the valve Room；Graphical location information is with thyristor institute
Valve tower, valve layer and three dimensions in position in valve layer present；The simulation drawing of graphical location information is aided with red simultaneously
The mode of cursor flicker identifies inquired about thyristor.
5）Alarm step：When thyristor alerts, alarm thyristor, work are positioned in the valve Room according to position in plain text rapidly
The optimal camera of industry video system Auto Select Position, to observe alarm thyristor.
When in thyristor position, arrangement regulation is analyzed, using the forward conduction of thyristor, by the flow direction for judging electric current
Being properly positioned for each valve tower mode of connection in the valve Room and thyristor can be had a clear understanding of.
Ultra-high voltage converter station has 4 valve Rooms to form, be respectively the 1 high end valve Room of pole, the 1 low side valve Room of pole, the 2 high end valve Room of pole,
The 2 low side valve Room of pole.In the different valve Rooms, warning message form is different during transistors breakdown, and warning content is different.So it needs
It is matched using different warning position plaintext conversion methods.
Ith, for the valve tower of Siemens technique（In Fig. 3, the 1 low side valve Room of the 1 high end valve Room of pole and pole）For two valves
The layout of Room valve tower is totally consistent, and name is respectively Y1, Y2, Y3, Y4, Y5, Y6；D1、D2、D3、D4、D5、D6.
Totally 4 layers of 1 each valve tower of pole is divided into two single valves up and down.Each single valve is made of two valve modules, each valve module
One layer, each valve module is there are two valve section, and number is followed successively by 1-30, lower floor's valve module to upper strata valve module thyristor number from right to left
Number is followed successively by 31-60 to thyristor number from right to left.
Such as：Pole one high-end Y1 single valves thyristor 40 represents that Y1 single valves lower floor turns left the 10th thyristor of number from the right side.
It is suitable for the first warning position plaintext conversion methods.
As shown in fig. 6, the first warning position plaintext conversion method comprises the following steps：
101）Obtain input data；
102）It is numbered with single valve, thyristor number is parameter query database；
103）The number of plies is obtained to number, is separate；
104）Judge that single valve number belongs to Y sides, if it is not, then entering step 105）；If so, enter step 106）；
105）Thyristor is numbered/30 to take the remainder, downward rounding, then it is negated；
106）2+thyristors of number of plies number * number/30；
107）Obtain the number of plies
108）Judge that thyristor number is less than or equal to 30, if it is not, then entering step 109）；If so, enter step 110）；
109）Thyristor number is subtracted 30；
110）Judge that current thyristor number value is location number；
111）It is required to judge the above separate, number of plies, thyristor location number.
IIth, for the valve tower of ABB technology paths（The 2 low side valve Room of the 2 high end valve Room of pole and pole）For two valve Room valve towers
Layout is overall to be consistent, name be respectively VA.V1, VA.V2, VA.V3, VA.V4, VB.V1, VB.V2, VB.V3, VB.V4,
VC.V1、VC.V2、VC.V3、VC.V4.V1, V2 are in △ sides, and V3, V4 are in Y sides.
Such as：2 low side VB.V1.A1.V3 of pole loses IP pulse faults.
Represent 2 low side valve Room B phases of pole, single valve 1,1. thyristor 3 of valve module.
It is suitable for the second warning position plaintext conversion methods.
As shown in fig. 7, the second warning position plaintext conversion method comprises the following steps：
201）Obtain input data；
202）Data character string is decomposed into separate, single valve, valve module, four part of position；
203) judge to belong to Y sides or D sides by single valve number；
204）It is numbered with single valve, valve module number is parameter query database；
205）Obtain the number of plies, current direction, thyristor position；
206）Judge whether current direction is consistent with thyristor position；If it is not, then enter step 207）；If so, it enters step
208）；
207）In addition thyristor number in adjacent valve module；
208）Judge that the current separate, number of plies, current direction, thyristor position are required.
As shown in Figure 3, it is known that pole 1 should be corresponded to using the first warning position plaintext conversion method, and pole 2 should be corresponded to using second
Warning position plaintext conversion method；
Accordingly, in order to utmostly be matched with scene, search interface can adaptively be adjusted according to option.First
A drop-down choice box selects interface when pole 1 is high, pole 1 is low, pole 2 is high, pole 2 is low that can be adjusted automatically.When selection pole 1 is high or
When pole 1 is low, behind occur two code input frames；When selecting pole 2 high or pole 2 is low, behind there are four code input frames.
When inputting thyristor warning code in search interface, after clicking on search " button ", system enters result of page searching.
And correspond to and different displaying interfaces occur, the displaying interface of pole 1 is as shown in figure 8, the displaying interface of pole 2 is as shown in Figure 9.
In current conversion station, each valve Room is disposed with 6 valve towers, if each valve tower includes 4 each valve layer of valve layer and includes dryvalve
Section.The red flicker status indicator thyristor position of system.In Fig. 8,9, red circle 1 is shown as the valve tower position where thyristor
It puts；Red circle 2 is shown as the valve tower position where thyristor；Red circle 3 is shown as the valve fragment position where thyristor；Red circle 4 is shown
For the word description of thyristor position.
Pass through the description of above three angle, you can the spatial position of scene positioning thyristor.It, can will be upper to avoid confusion
State description reference direction without exception behave be in the valve Room make an inspection tour aisle face valve tower.
Current conversion station valve tower thyristor alignment system shown in figure 2 above -9 is specific embodiments of the present invention, has been embodied
Go out substantive distinguishing features of the present invention and progress, can according to actual use needs, under the enlightenment of the present invention, it is carried out shape,
The equivalent modifications of structure etc., this programme protection domain row.
Claims (9)
1. current conversion station valve tower thyristor alignment system, it is characterised in that including：
Thyristor position arrangement regulation analysis module：Putting in order to the thyristor scene of different manufacturers production, it is total conclude
Knot, draws thyristor arrangement regulation；
Alarm memory module：All backstage thyristor alarm events are enumerated, each backstage thyristor alarm event code is carried out
Storage；Alarm event code includes the position code of alarm event；
Warning position plaintext modular converter：Thyristor arrangement regulation is drawn according to thyristor position arrangement regulation analysis module, it will
The position code information occurred in thyristor alarm event translates into position in plain text；
Display module：When user inputs alarm event code, according to the index relative between alarm event and location information；From
The dynamic text location for providing thyristor and the graphical location information in the valve Room；Graphical location information is with where thyristor
Valve tower, valve layer and three dimensions in position in valve layer present；The simulation drawing of graphical location information is aided with red light simultaneously
The mode of mark flicker identifies inquired about thyristor.
2. current conversion station valve tower thyristor alignment system according to claim 1, it is characterised in that：Further include alarm module：
When thyristor alerts, alarm thyristor is positioned in the valve Room according to position in plain text rapidly, industrial video system automatically selects
The optimal camera in position, to observe alarm thyristor.
3. current conversion station valve tower thyristor alignment system according to claim 1, it is characterised in that：It is each in each valve tower both sides
Configure upper and lower 2 cameras, above the upper camera observation of 2 layers of use, below 2 layers observed with the next camera.
4. current conversion station valve tower thyristor alignment system according to claim 1, it is characterised in that：The warning position is bright
Literary modular converter is equipped with position computational submodule, and position computational submodule calculates the position of thyristor for different valve tower types
Cleartext information.
5. the current conversion station valve tower thyristor localization method of current conversion station valve tower thyristor alignment system described in claim 1 is used,
It is characterized by comprising following steps：
1) thyristor position arrangement regulation analytical procedure：Putting in order to the thyristor scene of different manufacturers production, it is total conclude
Knot, draws thyristor arrangement regulation；
2) storing step is alerted：Enumerate all backstage thyristor alarm events, to each backstage thyristor alarm event code into
Row storage；Alarm event code includes the position code of alarm event；
3) warning position plaintext switch process：Thyristor arrangement regulation is drawn according to thyristor position arrangement regulation analytical procedure,
The position code information occurred in thyristor alarm event is translated into position in plain text；
4) step is shown：When user inputs alarm event code, according to the index relative between alarm event and location information；
The automatic text location for providing thyristor and the graphical location information in the valve Room；Graphical location information is with thyristor institute
Valve tower, valve layer and three dimensions in position in valve layer present；The simulation drawing of graphical location information is aided with red simultaneously
The mode of cursor flicker identifies inquired about thyristor.
6. current conversion station valve tower thyristor localization method according to claim 5, it is characterised in that：Further include alarm step：
When thyristor alerts, alarm thyristor is positioned in the valve Room according to position in plain text rapidly, industrial video system automatically selects
The optimal camera in position, to observe alarm thyristor.
7. current conversion station valve tower thyristor alignment system according to claim 1, it is characterised in that：Warning position is converted in plain text
Including the first warning position plaintext conversion method and the second warning position plaintext conversion method；
When totally 4 layers of each valve tower, it is divided into two single valves, each single valve up and down and is made of two valve modules, each one layer of valve module,
Each valve module is there are two valve section, and number is followed successively by 1-30, lower floor's valve module crystalline substance lock to upper strata valve module thyristor number from right to left
Number is when being followed successively by 31-60 from right to left for pipe number, using the first warning position plaintext conversion method；
When totally 4 layers of each valve tower, and each layer is tilting, and one layer point two rows of, and each row is respectively provided with two valve modules；4 layers of valve group
When part spiral is set, using the second warning position plaintext conversion method.
8. current conversion station valve tower thyristor alignment system according to claim 7, it is characterised in that：First warning position is in plain text
Conversion method comprises the following steps：
101）Obtain input data；
102）It is numbered with single valve, thyristor number is parameter query database；
103）The number of plies is obtained to number, is separate；
104）Judge that single valve number belongs to Y sides, if it is not, then entering step 105）；If so, enter step 106）；
105）Thyristor is numbered/30 to take the remainder, downward rounding, then it is negated；
106）2+thyristors of number of plies number * number/30；
107）Obtain the number of plies
108）Judge that thyristor number is less than or equal to 30, if it is not, then entering step 109）；If so, enter step 110）；
109）Thyristor number is subtracted 30；
110）Judge that current thyristor number value is location number；
111）It is required to judge the above separate, number of plies, thyristor location number.
9. current conversion station valve tower thyristor alignment system according to claim 7, it is characterised in that：Second warning position is in plain text
Conversion method comprises the following steps：
201）Obtain input data；
202）Data character string is decomposed into separate, single valve, valve module, four part of position；
203) judge to belong to Y sides or D sides by single valve number；
204）It is numbered with single valve, valve module number is parameter query database；
205）Obtain the number of plies, current direction, thyristor position；
206）Judge whether current direction is consistent with thyristor position；If it is not, then enter step 207）；If so, it enters step
208）；
207）In addition thyristor number in adjacent valve module；
208）Judge that the current separate, number of plies, current direction, thyristor position are required.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711040583.0A CN108051725B (en) | 2017-10-31 | 2017-10-31 | Converter station valve tower thyristor positioning system and working method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711040583.0A CN108051725B (en) | 2017-10-31 | 2017-10-31 | Converter station valve tower thyristor positioning system and working method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108051725A true CN108051725A (en) | 2018-05-18 |
| CN108051725B CN108051725B (en) | 2019-12-06 |
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| CN201711040583.0A Active CN108051725B (en) | 2017-10-31 | 2017-10-31 | Converter station valve tower thyristor positioning system and working method thereof |
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| CN109581176A (en) * | 2018-12-06 | 2019-04-05 | 国电南瑞科技股份有限公司 | A kind of thyristor and its pulse-triggered circuit low current test method |
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| CN108051725B (en) | 2019-12-06 |
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