CN107749811B - Power distribution terminal access adaptive debugging analysis method based on power distribution master station - Google Patents
Power distribution terminal access adaptive debugging analysis method based on power distribution master station Download PDFInfo
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Abstract
The invention relates to a power distribution terminal access adaptive debugging analysis method based on a power distribution master station, which comprises the steps of establishing a joint debugging rule base editor for providing standard joint debugging information, and transmitting acquired data to a power distribution automation master station by a field terminal according to a data inspection sequence in the standard joint debugging information; the distribution automation master station performs adaptive debugging on the field distribution terminal; analyzing historical debugging information through a power distribution automation master station; the OMS and the distribution automation master station interact with each other in a preset interaction mode through a preset interaction interface; and the distribution automation main station performs information interaction with the matched field handheld terminal through a server. The power distribution terminal access adaptive debugging analysis method based on the power distribution master station improves the terminal access standardization and efficiency, solves the problem of low debugging efficiency, and accordingly realizes simplification, standardization and visualization of complex work.
Description
Technical Field
The invention relates to the field of power distribution automation of a power system, in particular to a power distribution terminal access adaptive debugging analysis method based on a power distribution master station.
Background
With the continuous promotion of the work of the intelligent power distribution network, the diversity of the access work of the power distribution terminal and the complexity of 'master station-terminal' joint debugging are increased, so that the working pressure of master station debugging personnel is increased. In order to standardize the process of accessing the power distribution terminal into the master station and improve the intelligent identification degree of the master station to real-time data in the joint debugging process, the method relies on a DMS system and a GOMS system to carry out the whole process management and control of terminal access, and converts the terminal joint debugging standard into the information identification information of the DMS master station, thereby realizing the self-adaptive debugging and inspection of the access of various power distribution automatic terminals, solving the problem of low debugging efficiency and further realizing the standardization and simplification of complex work.
Disclosure of Invention
The invention aims to provide a power distribution terminal access adaptive debugging analysis method based on a power distribution master station, so as to overcome the defects in the prior art.
In order to achieve the purpose, the technical scheme of the invention is as follows: a power distribution terminal access adaptive debugging analysis method based on a power distribution master station is realized according to the following steps:
step S1: establishing a joint debugging rule base editor for providing standard joint debugging information, and transmitting the acquired data to a power distribution automation master station by a field terminal according to a data inspection sequence in the standard joint debugging information;
step S2: the distribution automation master station performs adaptive debugging on the field distribution terminal;
step S3: analyzing historical debugging information through the power distribution automation master station;
step S4: the GOMS and the distribution automation master station interact with each other in a preset interaction mode through a preset interaction interface;
step S5: and the distribution automation main station performs information interaction with the matched field handheld terminal through a server.
In an embodiment of the present invention, in step S1, the standard joint debugging information of each type of field terminal is set by the joint debugging rule base editor, and in the field terminal debugging process, the power distribution automation master station automatically determines the correctness of the field terminal data; and for the corresponding field terminal, the power distribution automation master station debugs the field terminal according to the provided corresponding standard joint debugging information.
In an embodiment of the present invention, the setting includes deleting, adding, editing, exporting in a form of a preset format file, and importing in a form of a preset format file to the standard joint tone information.
In an embodiment of the present invention, the standard joint debugging information includes: the bus voltage Uab of the FTU, the secondary values of the a-phase current, the allowable deviation, and the transformation ratio.
In an embodiment of the present invention, in step S2, the distribution automation master station receives and stores the point table information including the jurisdiction pushed by the power regulation and control management system, and creates a link according to the point table information; before debugging, the distribution automation master station calls corresponding standard joint debugging information from the joint debugging rule base editor according to the type of a field distribution terminal; and in the debugging process, the distribution automation master station sends item-by-item debugging records to the matched field handheld terminal.
In an embodiment of the present invention, in step S2, after receiving the point table information pushed by the power regulation and management system, the distribution automation master station generates a feedback information indicating whether the storage is successful or not and sends the feedback information to the power regulation and management system; after a joint debugging command pushed from the power distribution automation master station to the power regulation and control management system is received, the power distribution automation master station automatically updates the debugging state of the corresponding field power distribution terminal and generates reminding information for reminding the field power distribution terminal to enter a debugging stage; when a plurality of joint debugging results fail in the joint debugging process of the distribution automation main station and the on-site distribution terminal, the distribution automation main station generates alarm information and sends the alarm information to an operation and maintenance worker, and the operation and maintenance worker confirms whether the on-site distribution terminal has a problem or not and whether joint debugging is continued or not; and after the joint debugging is finished, the distribution automation master station generates a joint debugging report and pushes the joint debugging report to the electric power regulation and control management system.
In an embodiment of the present invention, in step S3, the analyzing the historical debugging information includes: looking up debugging results, multi-dimensional debugging information statistics and historical joint debugging result file export in a field-defined mode; the mode lookup of the user-defined field comprises the query of debugging records according to one or more keywords in debugging time, debugging personnel, debugging results, debugging terminal names or IP addresses; the multidimensional debugging information statistics comprises statistics according to debugging quantity, debugging average time and per-person debugging terminal quantity of different terminal types.
In an embodiment of the present invention, in the step S4, the interaction manner includes: and the meter counting information is pushed to the distribution automation main station by the GOMS, the distribution automation main station information is automatically put in storage, information about whether the storage is successfully pushed is sent to the electric power regulation and control management system, and the electric power regulation and control management system feeds back the result of the on-site distribution terminal after adaptive test and pushing to the electric power regulation and control management system.
In an embodiment of the present invention, in step S5, the server receives, according to a preset message format, a message sent by the distribution automation master station; and after receiving the message of the distribution automation master station, the server sends the message to all the field handheld terminals carrying the APP client.
Compared with the prior art, the invention has the following beneficial effects:
1. and finishing receiving the point table data which is pushed by the GOMS and contains the jurisdiction, and realizing automatic warehousing of the point table information. The manual configuration of the existing distribution network master station personnel is replaced, and the flow and automation of the terminal access work are realized.
2. The method supports the specification of the equipment to be debugged before debugging or the addition of a debugging rule base, and is suitable for a continuously developed novel terminal.
3. After the debugging terminal is supported and confirmed on site, the method supports the manual configuration function (default debugging sequence: remote signaling, remote measuring and remote controlling) of the debugging step sequence, and once the debugging step sequence is determined, the debugging step sequence is not allowed to be changed in the debugging process. And debugging is completed according to the description sequence of the equipment in the point table. And carrying out data inspection on the data sent from the terminal according to the joint debugging rule base. And automation of the debugging process is realized.
4. When the method supports remote control inspection, software informs a local DMS man-machine operation interface to automatically locate a switch on a graph. And after the master station debugging personnel successfully remotely control the switch, the next switch is automatically positioned. The remote control operation is carried out after the existing manual positioning equipment is simplified.
5. The method supports that if the debugging step requirement is not met within the debugging limited time, debugging personnel and field personnel are informed of debugging errors by sound and light alarm, and debugging is automatically suspended. The debugging can be continued after the field problem is solved; and if the problem can not be solved, jumping to the next device or finishing debugging. The manual intervention ensures the smooth proceeding of the debugging process and improves the working efficiency of terminal debugging.
6. When the method supports the end of debugging, the DMS stores debugging data into the database and simultaneously pushes joint debugging reports generated in the debugging process to the GOMS. When the GOMS process is put into use, the GOMS pushes a delivery order for putting into use to the DMS, and the DMS automatically carries out relevant setting according to the delivery order and then puts into use. Simplify the mode of current artifical paper delivery note.
Drawings
Fig. 1 is a schematic diagram illustrating interaction between DMS and GOMS according to an embodiment of the present invention.
Detailed Description
The technical scheme of the invention is specifically explained below with reference to the accompanying drawings.
The invention relates to a power distribution terminal access adaptive debugging analysis method based on a power distribution master station, which is realized by the following steps:
and S1, establishing a joint key rule base editor for providing standard joint key information. The joint debugging rule base provides the following functions: the joint debugging rule base supports manual editing of rule information; in the debugging process of the on-site power distribution terminal, the DMS automatically judges the correctness of the terminal data. During debugging, the field power distribution terminal transmits data to the power distribution automation main station according to the data inspection sequence defined in the standard joint debugging rule.
And S2, the distribution automation master station performs adaptive debugging on the field distribution terminal. The adaptive debugging has the following functions: receiving point meter data which is pushed by a GOMS (generic object moving management system) and contains a jurisdiction, realizing automatic warehousing of point meter information, and simultaneously realizing automatic establishment of links and the like according to the point meter information; before debugging, determining a used debugging rule base according to a field power distribution terminal to be debugged. And in the debugging process, sending the debugging records item by item to the handheld terminal equipment on site.
And S3, analyzing the historical debugging information through the distribution automation master station. The history debugging analysis has the following functions: in the DMS system, a function of looking up a debugging result in a mode of self-defining fields is provided; providing a function of multi-dimensional debugging information statistics according to the debugging quantity, the debugging average time, the per-person debugging terminal quantity and other information of different terminal types;
and S4, the GOMS interacts with the power distribution automation master station through a preset interaction interface according to a preset interaction mode. The interaction interface of the GOMS and the DMS has the following functions: pushing the parameters of the supported point list to a DMS by the GOMS; the automatic warehousing of the DMS point list is supported, and information about whether warehousing is successful or not needs to be pushed to the GOMS; and the adaptive scheduling result accessed by the order-matching automatic terminal is pushed to the GOMS, and the GOMS needs to feed back the adaptive scheduling result.
And S5, the power distribution automation master station performs information interaction with the matched field handheld terminal through a server. The information interaction among the DMS, the field handheld terminal and the server has the following functions: the server supports receiving the message sent by the DMS in a designated mode, and the message content is as follows: the phase current of a certain switch is debugged, and the current is received; and after the server supports receiving the message of the DMS, the server sends the message to all connected mobile phone APP clients.
In this embodiment, in step S1, the joint debugging rule base editor provides debugging rule base information defining a certain type of terminal, such as: information such as a secondary value, an allowable deviation, and a transformation ratio of bus voltage Uab and a phase current of a certain FTU of a certain company can be defined. During actual debugging, if the type of power distribution terminal equipment exists on the site, the power distribution automation master station can debug the type of equipment according to the standard joint debugging information provided by the rule base. The standard joint debugging information is deleted, added and edited; exporting a certain rule in the form of a file with a proper format; meanwhile, a rule base can be created in a mode of importing files with specified formats.
In the present embodiment, in step S2, the adaptive detection function satisfies the prefecture and county integrated requirement; receiving a point list pushed by the GOMS and then pushing a result whether the storage is successful or not to the GOMS; after receiving a joint debugging command pushed by the GOMS, the power distribution automation master station can automatically update the debugging state of the terminal and remind the automation terminal to enter a debugging stage; when a plurality of joint debugging results fail in the joint debugging process with the terminal, related personnel are warned in a sound or short message mode to confirm whether the problem occurs in the field terminal or not and whether the joint debugging is continued or not; and after the joint debugging is finished, generating a joint debugging report and pushing the joint debugging report to the GOMS.
In this embodiment, in step S3, the historical debugging analysis provides a custom query, which can query a debugging record according to keywords such as debugging time, debugging personnel, a debugging result, a debugging terminal name, and an IP address; and a file export function of the historical joint debugging result is supported.
In this embodiment, in step S4, the interaction interface function of the GOMS and the DMS needs to determine the interaction mode. The interaction of both sides needs to have questions and answers, if receiving the click list, the reply is received; and the DMS pushes information about whether the warehouse entry is successfully pushed or not to the GOMS, and the GOMS needs to feed back and the like.
In the present embodiment, in step S5, the information interaction function of the DMS and the receiving server of the field handheld terminal: the interactive communication needs to meet the security protection requirement, and the interaction time delay of the two is less than 5 seconds.
In this embodiment, the invention provides a distribution terminal access adaptive debugging analysis method based on a distribution master station, aiming at the diversity of distribution terminal access work and the complexity of 'master station-terminal' joint debugging, thereby increasing the working pressure of master station debugging personnel, realizing terminal access process, and adaptive debugging of a DMS master station and terminal debugging, and solving the problem of low terminal debugging efficiency.
The invention discloses a method for adaptive debugging and analyzing access of a power distribution terminal based on a power distribution master station, which comprises the following specific implementation processes:
(1) and carrying out flow interaction of terminal access with the GOMS, receiving accessed preposed information and a point list, automatically warehousing, initiating field terminal debugging, pushing a joint debugging report of the DMS and the terminal to the GOMS, and pushing a delivery list to a DMS system when the terminal is formally put into use.
(2) A debugging rule base used by the equipment to be debugged is appointed before debugging.
(3) And after the debugging terminal is confirmed on site, debugging is finished according to the description sequence of the equipment in the point table. And carrying out data inspection on the data information sent by the terminal according to the joint debugging rule base.
(4) Debugging a plurality of terminals simultaneously; debugging is carried out by taking a single number as a unit, consistency of point tables of all devices in the single number to be debugged, whether point table information changes in the field or not and the like are automatically confirmed, if some device has point table information changes, debugging is suspended, and the point table information of the device is automatically deleted by a DMS (distribution management system); acquiring real-time data transmitted by a terminal, and manually confirming an initial state of remote signaling and remote measuring information;
(5) manual configuration functions (default debugging sequence: remote signaling, remote measuring and remote controlling) of the debugging step sequence, wherein once the debugging step sequence is determined, the debugging step sequence is not allowed to be changed in the debugging process;
(6) if the debugging step requirement is not met within the debugging limited time, the debugging personnel and the field personnel are informed of debugging errors by sound and light alarm, and the debugging is automatically suspended. The debugging can be continued after the field problem is solved; if the problem can not be solved, jumping to the next device or finishing debugging;
(7) when entering remote control inspection, the software informs the DMS man-machine operation interface of the local computer to automatically locate the switch on the graph. After the master station debugging personnel successfully remotely control the switch, automatically positioning the next switch;
(8) after the DMS debugging work is finished, pushing the arranged effective debugging records to the mobile phone (the effective debugging records are pushed to the field handheld terminal receiving server through an interface with the field handheld terminal receiving server), and when the pushing fails, alarming information needs to be generated on the DMS side;
(9) and when the debugging is finished, the DMS stores the debugging data into the database and simultaneously pushes the joint debugging report generated in the debugging process to the GOMS.
The above are preferred embodiments of the present invention, and all changes made according to the technical scheme of the present invention that produce functional effects do not exceed the scope of the technical scheme of the present invention belong to the protection scope of the present invention.
Claims (8)
1. A power distribution terminal access adaptive debugging analysis method based on a power distribution main station is characterized by comprising the following steps:
step S1: establishing a joint debugging rule base editor for providing standard joint debugging information;
step S2: the distribution automation master station performs adaptive debugging on the field distribution terminal; based on the establishment of a joint debugging rule editor for providing standard joint debugging information, the self-adaptive debugging process is to determine a rule base to be used according to a debugging field power distribution terminal before debugging;
during debugging, the field power distribution terminal transmits data to the power distribution automation main station according to a data inspection sequence defined in a standard joint debugging rule, and the power distribution automation main station sends debugging records item by item to the matched field handheld terminal;
step S3: analyzing historical debugging information through the power distribution automation master station;
step S4: the GOMS and the distribution automation master station interact with each other in a preset interaction mode through a preset interaction interface;
step S5: and the distribution automation main station performs information interaction with the matched field handheld terminal through a server.
2. The method according to claim 1, wherein in step S1, standard joint debugging information of various field terminals is set by the joint debugging rule base editor, and the distribution automation master station automatically determines correctness of data of the field distribution terminals during debugging of the field distribution terminals; and for the corresponding field power distribution terminal, the power distribution automation master station debugs the field power distribution terminal according to the provided corresponding standard joint debugging information.
3. The method as claimed in claim 2, wherein the setting includes deleting, adding, editing, exporting in a preset format file, and importing in a preset format file of the standard joint debugging information.
4. The method of claim 2, wherein the standard joint debugging information comprises: the bus voltage Uab of the FTU, the secondary values of the a-phase current, the allowable deviation, and the transformation ratio.
5. The method according to claim 1, wherein in step S2, after receiving the point table information sent by the power regulation and management system, the distribution automation master station generates a feedback message indicating whether the storage is successful or not and sends the feedback message to the power regulation and management system; when the distribution automation master station receives a joint debugging command pushed by the electric power regulation and control management system, the distribution automation master station automatically updates the debugging state of the corresponding field distribution terminal and generates reminding information for reminding the field distribution terminal to enter a debugging stage; when a plurality of joint debugging results fail in the joint debugging process of the distribution automation main station and the on-site distribution terminal, the distribution automation main station generates alarm information and sends the alarm information to an operation and maintenance worker, and the operation and maintenance worker confirms whether the on-site distribution terminal has a problem or not and whether joint debugging is continued or not; and after the joint debugging is finished, the distribution automation master station generates a joint debugging report and pushes the joint debugging report to the electric power regulation and control management system.
6. The method according to claim 1, wherein in step S3, the analyzing the historical debug information includes: looking up debugging results, multi-dimensional debugging information statistics and historical joint debugging result file export in a field-defined mode; the mode lookup of the custom field comprises the query of debugging records according to one or more keywords in debugging time, debugging personnel, debugging results, debugging power distribution terminal names or IP addresses; the multi-dimensional debugging information statistics comprises statistics according to debugging quantity, debugging average time and per-person debugging power distribution terminal quantity of different terminal types.
7. The method according to claim 1, wherein in step S4, the interaction mode includes: and the list counting information is pushed to the distribution automation main station by the GOMS, the distribution automation main station information is automatically put in storage, information about whether the storage is successfully pushed to the electric power regulation and control management system or not is pushed to the electric power regulation and control management system, and a result of a feedback field distribution terminal after adaptive regulation is pushed to the electric power regulation and control management system.
8. The method according to claim 1, wherein in step S5, the server receives the message sent by the distribution automation master station according to a preset message format; and after receiving the message of the distribution automation master station, the server sends the message to all the field handheld terminals carrying the APP client.
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| CN109521954B (en) * | 2018-10-12 | 2021-11-16 | 许继集团有限公司 | Distribution network FTU fixed point file management method and device |
| CN109444582B (en) * | 2018-11-08 | 2020-10-09 | 积成电子股份有限公司 | Automatic debugging method for power distribution terminal side based on field mobile terminal and analog master station |
| CN109686070B (en) * | 2018-12-19 | 2020-08-11 | 积成电子股份有限公司 | Terminal automatic debugging method of electricity consumption information acquisition system, medium and equipment thereof |
| CN109873497B (en) * | 2019-03-18 | 2022-06-28 | 国网江苏省电力有限公司连云港供电分公司 | Power distribution main station and terminal automatic joint debugging acceptance method based on intelligent acceptance device |
| CN110474895B (en) * | 2019-08-06 | 2022-07-29 | 武汉腾瑞金智电气有限公司 | Full type self-adaptation debugging support pipe system of distribution automation |
| CN113094381A (en) * | 2021-04-02 | 2021-07-09 | 珠海万力达电气自动化有限公司 | Method and system for completing distribution network operation by matching distribution network automation master station with access point |
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