CN114565359A - Standardized fault record automatic generation instrument - Google Patents
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Abstract
A standardized fault record automatic generation tool belongs to the technical field of electric power systems. The method is characterized in that: the system comprises a fault visualization platform, a DAS, an EMS, a fault brief report forming module, a duty record generating module and a handheld terminal or PC terminal; the fault visualization platform receives fault information pushed by the DAS and the EMS and temporary fault first-aid repair information reported by field operating personnel, and the fault brief report forming module forms the fault information and the temporary fault first-aid repair information reported by the field operating personnel into a modular fault brief report; and the duty record generating module respectively and automatically generates standard duty records suitable for the OMS system according to the modular fault brief report. The invention realizes information multi-party sharing, real-time communication of personnel network platforms, real-time presentation of field conditions, intelligent perception of influence range, self-service pushing of fault information, automatic generation of fault records and efficient and cooperative fault processing.
Description
Technical Field
A standardized fault record automatic generation tool belongs to the technical field of electric power systems.
Background
In the distribution network fault recording and manual recording stopping stage, the inspection result of field inspection personnel needs to be reported by telephone and manually recorded into OMS (operation management system) on-duty record, the record is delayed and easy to miss, and the fault command processing efficiency needs to be improved.
Chinese patent CN202111145111.8 discloses a scheduling network interaction method for ac line fault reporting and processing, belonging to the technical field of power engineering, which comprises the following steps: a station terminal fills a fault general record table, after a line alternating current fault occurs, a station terminal operation attendant fills the fault general record table according to field monitoring system information, and the record table supports selection of line name, fault time, fault phase and reclosing condition fault general information; the invention optimizes the alternating current line fault reporting interaction mechanism, divides the process into five links of filling fault general record table at the factory station end, merging the fault record table at the dispatching end, filling detailed information such as protection action condition at the factory station end and the like, and the dispatching end automatically informs the line patrol unit according to the protection information and reports the line patrol result at the line patrol unit, thereby improving the efficiency of collecting the fault information by the dispatcher during the fault period and providing technical support for the dispatcher to better process the fault.
Chinese patent CN202011550580.3 discloses a main distribution integrated alarm pushing method and device of an intelligent power grid dispatching control system, which monitors a main distribution integrated fault diagnosis result on line and receives a fault message; after receiving the fault message, judging whether the node name of the workstation and the node login user authority are matched with the alarm push configuration, and if the matching is successful, displaying a fault diagnosis result through an alarm human-computer interface; based on the on-line diagnosis and analysis results of the main distribution and distribution integrated fault, the fault detail information, the fault brief report information, the fault dynamic topological graph, the fault power failure range, the fault influence users, the spare power automatic switching action condition, the fault state after-fault out-of-limit and other information are fused, and a human-computer interface supporting the alarm perception of the main distribution and distribution network is provided.
The prior art can not realize the principle of unified command, quick response, accurate service and collaborative co-progress of the distribution network, can not realize the process automation, and the dispatching command is not networked, intelligent and automatic.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: the defect of the prior art is overcome, and a standardized fault record automatic generation tool with quick response, accurate service and cooperative advancing is provided.
The technical scheme adopted by the invention for solving the technical problems is as follows: the standardized fault record automatic generation tool is characterized in that: the system comprises a fault visualization platform, a DAS, an EMS, a fault brief report forming module, a duty record generating module and a handheld terminal or a PC (personal computer) terminal; the fault visualization platform receives fault information pushed by the DAS and the EMS and temporary fault first-aid repair information reported by field operating personnel, and the fault brief report forming module forms the fault information and the temporary fault first-aid repair information reported by the field operating personnel into a modular fault brief report; and the duty record generating module respectively and automatically generates standard duty records suitable for the OMS system according to the modular fault brief report.
The invention is based on the principle of uniform command, quick response, accurate service and cooperative co-entry of the distribution network, and based on the distribution network panoramic dispatching service networking, the traditional manual mode is changed into the flow automation mode, so that the networking, the intellectualization and the automation of dispatching and commanding are realized, and a standardized fault record automatic generation tool is developed.
Preferably, the hand-held terminal or the PC terminal is a tool for field personnel to check fault information, apply for emergency maintenance, report power transmission conditions and report in-station information check results.
Preferably, in the above standardized automatic fault record generation tool, the fault visualization platform further synchronizes content reported by the handheld terminal or the PC terminal to generate a corresponding record.
Preferably, the standard fault record automatic generation tool includes a fault reason, an emergency repair application, a power transmission result and in-station inspection information.
Preferably, the standardized fault record automatic generation tool generates the corresponding record OMS on-duty record synchronously.
Preferably, the standardized fault record automatic generation tool comprises the following working processes:
1) after a fault occurs, the fault visualization platform receives fault information pushed by the DAS and the EMS and temporary fault first-aid repair information reported by field operating personnel to form a modular fault brief report;
2) respectively and automatically generating standardized duty records suitable for an OMS (operation management system) according to the modular fault brief report;
3) on-site personnel inspection fault information, emergency maintenance application, power transmission condition report and in-station information inspection results are reported through a handheld terminal or a PC terminal, and corresponding records can be synchronously generated after report contents are filled.
Preferably, in the above automatic generation tool for standardized fault records, the fault information in step 1) is fault information pushed by the DAS and the EMS and temporary fault repair information reported by field workers.
Preferably, in the above automatic generation tool for standardized fault records, the report content in step 3) is the results of on-site personnel inspection fault information, emergency maintenance application, power transmission condition report, and in-station information inspection.
Compared with the prior art, the automatic generation tool for the standardized fault record has the beneficial effects that: the standardized fault record automatic generation tool relies on a fault command network visualization center, and realizes information identification automation, fault command visualization and professional cooperation initiative through OMS, EMS, DAS and mobile terminal multi-system interaction. The dispatching is used as a center, multi-party sharing of information is achieved, personnel network platforms exchange in real time, field conditions are presented in real time, the influence range is intelligently sensed, fault information is pushed in a self-service mode, fault records are automatically generated, and fault processing is efficient and cooperative.
The invention carries out data interaction with a DAS system and an EMS system, receives interaction system information and carries out summary judgment when a bus is in voltage loss, a line is grounded and the line is tripped, forms a briefing backfill OMS system, automatically forms an on-duty log, intelligently identifies responsible units according to a fault range, and automatically pushes command instructions and report information in a layered and graded manner. Especially when severe weather causes large-area power failure, the processing efficiency of fault information can be greatly improved. And (4) reporting the fault treatment result, the fault reason and the information of the in-station and line power distribution switch to an automatic standardized record. The traditional manual record of telephone report is upgraded to real-time and rapid automatic information record synchronization, so that description deviation caused by telephone communication is reduced, and the fault handling efficiency is improved.
Drawings
The technical solutions of the present invention will be described in further detail below with reference to the accompanying drawings and examples, but it should be understood that these drawings are designed for illustrative purposes only and thus do not limit the scope of the present invention. Furthermore, unless otherwise indicated, the drawings are intended to be illustrative of the structural configurations described herein and are not necessarily drawn to scale.
Fig. l is a screenshot of a branch trip fault reporting interface of a standardized fault record auto-generation tool of the present invention.
Fig. 2 is a screenshot of a 10kV bus ground fault presentation interface of a standardized fault record automatic generation tool of the present invention.
Fig. 3 is a screenshot of a twelve-wire main line trip fault reporting interface of a standardized fault record automatic generation tool of the present invention.
FIG. 4 is a first automatically generated standardized shift record of an automatic standardized fault record generation tool of the present invention.
Fig. 5 is a second standardized duty record generated automatically by the automatic standardized fault record generation tool according to the present invention.
Fig. 6 is a third standardized duty record generated automatically by the automatic standardized fault record generation tool according to the present invention.
Fig. 7 is a screenshot of a fault cause report interface of a standardized automatic fault record generation tool according to the present invention.
Fig. 8 is a screenshot of an emergency repair application reporting interface of the standardized fault record automatic generation tool of the present invention.
Fig. 9 is a screenshot of a power transmission application report interface of a standardized fault record automatic generation tool according to the present invention.
Fig. 10 is a screenshot of a power transmission result reporting interface of a standardized fault log auto-generation tool according to the present invention.
FIG. 11 is a screenshot of an in-station audit information report interface of a standardized fault log auto-generation tool of the present invention.
FIG. 12 is a screenshot of a log on-duty interface for routing the relevant report content of a standardized fault log auto-generation tool of the present invention to an OMS.
Detailed Description
It is noted that the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of example embodiments according to the present application. As used herein, the singular forms "a," "an," and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise, and furthermore, the terms "comprise" and "have" and any variations thereof, are intended to cover a non-exclusive inclusion, such that a process, method, system, article, or apparatus that comprises a list of steps or elements is not necessarily limited to those steps or elements explicitly listed, but may include other steps or elements not expressly listed or inherent to such process, method, article, or apparatus.
It should be noted that the embodiments and features of the embodiments in the present application may be combined with each other without conflict.
The invention is further described with reference to the accompanying figures 1-12, in conjunction with a specific embodiment, of which embodiment 1 is best mode for carrying out the invention.
Example 1
The standardized fault record automatic generation tool comprises a fault visualization platform, a DAS, an EMS, a fault brief report forming module, a duty record generation module and a handheld terminal; the fault visualization platform receives fault information pushed by the DAS and the EMS and temporary fault first-aid repair information reported by field operating personnel, and the fault brief report forming module forms the fault information and the temporary fault first-aid repair information reported by the field operating personnel into a modular fault brief report; the duty record generating module respectively and automatically generates standard duty records suitable for the OMS system according to the modular fault brief report; the handheld terminal is a tool for field personnel to check fault information, apply for emergency maintenance, report power transmission conditions and report in-station information check results; the fault visualization platform also synchronously generates corresponding records according to the content reported by the handheld terminal or the PC terminal; the reported contents comprise fault reasons, emergency maintenance application, power transmission results and in-station inspection information; synchronously generating corresponding record OMS on-duty record; the working process is as follows:
1. after a fault occurs, the fault visualization platform receives fault information pushed by the DAS and the EMS and temporary fault first-aid repair information reported by field operating personnel to form a modular fault brief report, and the branch trip fault brief report refers to the attached figure 1; referring to figure 2, a 10kV bus ground fault brief report is shown; the main line trip fault brief report refers to fig. 3;
2. respectively and automatically generating standardized duty records suitable for an OMS (operation management system) according to the modular fault brief report; referring to figures 4 to 6;
3. on-site personnel check fault information, first-aid repair application, power transmission condition report and in-station information check results pass through the handheld terminal, and corresponding records can be synchronously generated after report contents are filled; the failure reason report refers to an attached figure 7, the emergency repair application report refers to an attached figure 8, and the power transmission application report refers to an attached figure 9; power transmission result reporting is shown in fig. 10, in-station inspection information reporting is shown in fig. 11, and related report contents are sent to the OMS duty record in fig. 12.
Example 2
The standardized fault record automatic generation tool comprises a fault visualization platform, a DAS, an EMS, a fault brief report forming module, an on-duty record generation module and a PC (personal computer) terminal; the fault visualization platform receives fault information pushed by the DAS and the EMS and temporary fault first-aid repair information reported by field operating personnel, and the fault brief report forming module forms the fault information and the temporary fault first-aid repair information reported by the field operating personnel into a modular fault brief report; the duty record generating module respectively and automatically generates standard duty records suitable for the OMS system according to the modular fault brief report; the PC terminal is a tool for field personnel to check fault information, apply for emergency maintenance, report power transmission conditions and report in-station information check results; the fault visualization platform also synchronously generates corresponding records according to the content reported by the PC terminal; the reported contents comprise fault reasons, emergency maintenance application, power transmission results and in-station inspection information; synchronously generating corresponding record OMS on-duty record; the working process is as follows:
1. after a fault occurs, the fault visualization platform receives fault information pushed by the DAS and the EMS and temporary fault first-aid repair information reported by field operating personnel to form a modular fault brief report, and the branch trip fault brief report refers to an attached figure 1; referring to figure 2, a 10kV bus grounding fault brief report is shown; the main line trip fault brief report refers to fig. 3;
2. respectively and automatically generating standardized duty records suitable for an OMS (operation management system) according to the modular fault brief report; referring to figures 4 to 6;
3. on-site personnel inspection fault information, emergency maintenance application, power transmission condition report and in-station information inspection results are reported through a PC (personal computer) terminal, and corresponding records can be synchronously generated after report contents are filled; the failure reason report refers to an attached figure 7, the emergency repair application report refers to an attached figure 8, and the power transmission application report refers to an attached figure 9; power transmission result reporting is shown in fig. 10, in-station inspection information reporting is shown in fig. 11, and related report contents are sent to the OMS duty record in fig. 12.
Example 3
The standardized fault record automatic generation tool comprises a fault visualization platform, a DAS, an EMS, a fault brief report forming module, an on-duty record generating module, a handheld terminal and a PC (personal computer) terminal; the fault visualization platform receives fault information pushed by the DAS and the EMS and temporary fault first-aid repair information reported by field operating personnel, and the fault brief report forming module forms the fault information and the temporary fault first-aid repair information reported by the field operating personnel into a modular fault brief report; the duty record generating module respectively and automatically generates standard duty records suitable for the OMS system according to the modular fault brief report; the handheld terminal and the PC terminal are tools for field personnel to check fault information, apply for emergency maintenance, report power transmission conditions and report in-station information check results; the fault visualization platform also synchronizes the contents reported by the handheld terminal and the PC terminal to generate corresponding records; the reported content comprises fault reasons, emergency maintenance application, power transmission results and in-station inspection information; synchronously generating corresponding record OMS on-duty record; the working process is as follows:
1. after a fault occurs, the fault visualization platform receives fault information pushed by the DAS and the EMS and temporary fault first-aid repair information reported by field operating personnel to form a modular fault brief report, and the branch trip fault brief report refers to the attached figure 1; referring to figure 2, a 10kV bus grounding fault brief report is shown; the main line trip fault brief report refers to fig. 3;
2. respectively and automatically generating standardized duty records suitable for an OMS (operation management system) according to the modular fault brief report; referring to figures 4 to 6;
3. on-site personnel inspection fault information, emergency maintenance application, power transmission condition report and in-station information inspection results are reported through the handheld terminal and the PC terminal, and corresponding records can be synchronously generated after report contents are filled; the failure reason report refers to an attached figure 7, the emergency repair application report refers to an attached figure 8, and the power transmission application report refers to an attached figure 9; power transmission result reporting is shown in fig. 10, in-station inspection information reporting is shown in fig. 11, and related report contents are sent to the OMS duty record in fig. 12.
While the invention has been described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes may be made and equivalents may be substituted for elements thereof without departing from the scope of the invention. However, any simple modification, equivalent change and modification of the above embodiments according to the technical essence of the present invention will still fall within the protection scope of the technical solution of the present invention.
Claims (8)
1. An automatic generation tool for standardized fault records, characterized in that: the system comprises a fault visualization platform, a DAS, an EMS, a fault brief report forming module, a duty record generating module and a handheld terminal or a PC (personal computer) terminal; the fault visualization platform receives fault information pushed by the DAS and the EMS and temporary fault first-aid repair information reported by field operating personnel, and the fault brief report forming module forms the fault information and the temporary fault first-aid repair information reported by the field operating personnel into a modular fault brief report; and the duty record generating module respectively and automatically generates standard duty records suitable for the OMS system according to the modular fault brief report.
2. The tool of claim 1, wherein the tool further comprises: the handheld terminal or the PC terminal is a tool for field personnel to check fault information, apply for emergency repair, report power transmission conditions and report information check results in the station.
3. The tool of claim 1, wherein the tool further comprises: and the fault visualization platform also synchronizes the content reported by the handheld terminal or the PC terminal to generate a corresponding record.
4. The tool of claim 3, wherein the tool further comprises: the contents of the report comprise fault reasons, emergency maintenance application, power transmission results and in-station inspection information.
5. The tool of claim 3, wherein the tool further comprises: and the corresponding OMS duty record is synchronously generated.
6. The tool of claim 1, wherein the tool comprises: the working process is as follows:
1) after a fault occurs, the fault visualization platform receives fault information pushed by the DAS and the EMS and temporary fault first-aid repair information reported by field operating personnel to form a modular fault brief report;
2) respectively and automatically generating standardized duty records suitable for an OMS (operation management system) according to the modular fault brief report;
3) on-site personnel inspection fault information, emergency maintenance application, power transmission condition report and in-station information inspection results are reported through a handheld terminal or a PC terminal, and corresponding records can be synchronously generated after report contents are filled.
7. The tool of claim 6, wherein the tool further comprises: the fault information in the step 1) is fault information pushed by the DAS and the EMS and temporary fault first-aid repair information reported by field operating personnel.
8. The tool of claim 6, wherein the tool further comprises: and 3) reporting contents comprise field personnel fault information inspection, emergency maintenance application, power transmission condition reporting and in-station information inspection results.
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