CN110032552B - Standardization system and method based on equipment transaction information and scheduling online update - Google Patents
Standardization system and method based on equipment transaction information and scheduling online update Download PDFInfo
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Abstract
The invention relates to a standardized system and a standardized method based on equipment transaction information and scheduling online update, and belongs to the technical field of power systems. The system comprises a device transaction list generation part and a scheduling operation chart updating part, has a simple and clear interface, realizes standardized drawing, and can be mutually called with an OMS (operation management system), a PMS (permanent magnet system) and a web scheduling operation system. The system can generate a unified device transaction list and a chart edition modification list, all the flows are on-line circulation, and the system has the functions of quickly inquiring and looking up the chart edition modification list. By establishing a unified and standardized model database and utilizing technical means such as GIS information, OMS and a hyperlink calling mode of a web version scheduling operating system, the chart changing process is simplified and standardized, a user can more visually and conveniently transfer a chart modifying flow, and the error probability of chart modification is reduced. The system can be checked by executing the signature and trace of a person and filing a plate correction list.
Description
Technical Field
The invention relates to a standardized system and a standardized method based on equipment transaction information and scheduling online update, and belongs to the technical field of power systems.
Background
In the daily work of a power supply company, equipment transaction is the most common working condition requiring urgent treatment in the power grid maintenance work. The equipment transaction sheet can reflect the change condition of field equipment, including all primary equipment such as towers, cables, column switches, ring main units and the like, is usually drawn by field workers according to actual conditions, provides modification applications, and then reports to a scheduling operator through an OMS (outside Management System) System and a PMS (Power Management System) System. The dispatcher refines the content of the equipment transaction list according to the requirements of the dispatching plate, traditionally draws a new plate modification list by a manual method, and transmits the new plate modification list to the automatic operation and maintenance class. On the basis, as shown in fig. 1, the automatic operation and maintenance personnel modify the original scheduling operation diagram. After the correction is finished, the plate correction sheet is finally sent back to the dispatcher for filing and storage.
In actual work, the work pair operation process comprises 4 steps of surveying a field generation equipment transaction list by field personnel, manually drawing a chart and modifying a list by a dispatcher, modifying a dispatching operation system by automatic operation and maintenance personnel, checking the correctness of the modification of the dispatching operation system by the dispatcher and the like, the process is complicated, the processing period is long, and a large amount of communication and coordination work is urgently needed. On this basis, it is more important to note that, because the contents of the device transaction list are rich and diverse, and different operators may have differences in drawing habits, the actual device transaction list may have portions which are easy to misunderstand in the contents, and the expression of the form and the symbol may present a problem of being not uniform enough, which increases the drawing difficulty and the coordination cost of each link, especially for the dispatcher. In addition, the traditional plate correction sheet is a manually drawn paper document, and has a series of remarkable defects of large quantity, easiness in loss, space occupation in storage, difficulty in later-stage check and the like.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides a standardized system and a method based on equipment transaction information and scheduling online update, which establish a standardized plate changing system based on power grid equipment pattern resources and a power grid operation operating system. By using the graph model with standardized uniform format, the web version scheduling operation system and the PMS system can be directly called to obtain the wiring diagram for modifying the graph version, and a uniform and standard circulation flow is formed.
The invention relates to a standardization system based on equipment transaction information and scheduling online update, which comprises an equipment transaction list generation part and a scheduling operation plate update part, wherein:
the equipment transaction list generation part comprises an equipment transaction description module, a PMS system calling interface module, a drawing person information module, a GIS module, a drawing tool module and transaction list generation time;
the dispatching operation plate updating part comprises a transformer substation voltage grade and name module, a line voltage grade and name module, a plotter information module, a drawing description module, a plate modification list generation time module, a dispatching operation system before/after modification plate module, a Web plate dispatching operation system calling interface module and a drawing tool module.
Preferably, the device transaction list generation part enables the chart changing process to be simpler and more standardized by establishing a unified standardized symbol database, establishing a unified standardized model database, and utilizing technical means such as a GIS information, an OMS and a hyperlink calling mode of a web scheduling operation system, so that a user can more intuitively and conveniently transfer the chart changing process, and the error probability of chart changing is reduced.
Preferably, the system integrates the equipment transaction list and the plate modification list into the same system to form a uniform circulation flow; all the flows realize on-line circulation, and the equipment transaction list and the chart edition modification list can be checked in each link.
Preferably, the system directly calls and utilizes a PMS system and a web scheduling operating system, and simplifies the process of drawing the equipment mobile list; a unified drawing standard and a unified drawing tool are established, and the standardized management of the equipment transaction list is realized; and the OMS system calls the content of the equipment moving list in the system and synchronizes the single flow of equipment moving and maintenance plan in the OMS.
Preferably, each link in the system needs to execute human signature confirmation, so that the trace can be checked; and classifying and storing the archived equipment transaction list and the chart modification list according to the line voltage grade and the transformer substation voltage grade, setting a query and look-up function, and performing query and look-up according to the keywords and the modification time.
The method for realizing the standardized system based on the equipment transaction information and the scheduling online update comprises the following steps:
the method comprises the following steps: plate updating and drawing standardization based on imaging:
the model tool integration and processing process is provided with a graphical configuration and management function based on the model tool integration and processing process, and a user can visually know the data extraction and conversion process;
step two: rule-based drawing inspection: a data management mechanism is provided for different devices and different connection modes in the power grid, and the integrity, uniqueness, accuracy, legality and consistency of data are effectively ensured by establishing a unified and standardized symbol database;
step three: and (3) directly calling a web version scheduling operating system and a PMS (permanent magnet synchronous machine) system:
the system directly calls a line routing graph and a power grid line wiring graph to facilitate abnormal single filling for field workers, and a dispatcher directly intercepts the wiring mode of the called power grid operating system before modification to form comparison before and after the modification of the graph, so that the modification efficiency of the automatic operation and maintenance class is improved;
step four, seamless butt joint with the OMS comprises the following steps:
the first step is as follows: the OMS system directly calls the document contents of the equipment transaction sheet and the chart version modification sheet to form a link with the on-duty log, so that a power grid dispatcher can conveniently look up the document contents;
the second step is that: the field personnel fills the part in the system by using the terminal equipment according to the actual situation and the abnormal situation on the spot, generates an equipment abnormal-movement list, sends the equipment abnormal-movement list to the scheduling operation plate updating part, and directly links the scheduling maintenance list to the part in the OMS system;
the third step: the method comprises the steps that a dispatcher generates a chart modification sheet according to an equipment transaction sheet sent on site, a chart module directly calls a circuit wiring chart in a web-edition dispatching operation system before the dispatching operation system modifies the chart modification sheet, on the basis, a drawing tool module is used for forming a chart after the dispatching operation system modifies the chart, the modification sheet is sent to an automatic operation and maintenance class, and the wiring mode of the dispatching operation system is modified.
The invention has the beneficial effects that: the standardization system and method based on equipment transaction information and scheduling online update enable the chart changing process to be simpler, easier and more standardized by establishing a unified standardization model database and utilizing the technical means of a GIS information, OMS and hyperlink calling mode of a web scheduling operation system and the like, enable a user to more intuitively and conveniently transfer the chart modifying process, and reduce the error probability of chart modification. The system can record, trace and inquire the plate modification in a mode that the executor signs and leaves traces and the plate modification list can be consulted after filing.
Drawings
FIG. 1 is a flow diagram of a conventional dispatcher plate update standardization system.
FIG. 2 is a novel system operating unit and flow diagram.
Fig. 3 is an overall framework diagram of the present system.
FIG. 4 is a schematic diagram of a device transaction generation single-part interface.
FIG. 5 is a schematic diagram of a schedule operation plate update portion interface.
Detailed Description
In order to make the purpose and technical solution of the present invention more apparent, the present invention is further described in detail with reference to the following examples.
Example 1:
as shown in fig. 2, the standardized system based on the device transaction information and the scheduling online update of the present invention establishes a standardized plate modification system based on the grid device pattern resources and the grid operation operating system. By utilizing the graph model with standardized uniform format, the web version scheduling operation system and the PMS system can be directly called to obtain the wiring diagram for the graph version modification, and a uniform and standard circulation flow is formed.
As shown in fig. 3, the standardized system based on device transaction information and scheduling online update of the present invention includes two parts: the device transaction list generating part and the scheduling operation plate updating part.
As shown in fig. 4, the device transaction list generation section:
the field staff configures the handheld terminal equipment, can draw by directly utilizing the handheld terminal equipment on the field, can call a field wiring diagram in a PMS system diagram library during drawing, and draws by using a drawing tool provided in the system on the basis. Color differentiation is used for the field device modification section, defaulting to red in the present system. After the worker finishes the modification, signature confirmation is carried out, and the contents of the transaction list generated by the technical means of the unified drawing tool and the drawing library are simple and clear.
Can link the GIS system in this part, realize visual to the environment of operation point, make things convenient for the staff to the grasp and the understanding of on-the-spot actual conditions, with the wiring image ization.
The system is seamlessly butted with the OMS, the system is linked with the equipment transaction module in the OMS in the equipment transaction single process, the equipment transaction sheet can be directly added to the equipment transaction module and the scheduled maintenance sheet in the OMS by a working contact person, the equipment moving processes of the OMS are synchronous, the signature and confirmation of related responsible persons are carried out, the repeated work is avoided, and the scheduled maintenance work efficiency of the power grid is improved.
As shown in fig. 5, the schedule operation plate update section:
in this part, after acquiring the device transaction list, the dispatcher can simplify the device movement list into a scheduling plate mode through a plate viewing module.
The layout viewing module defines the equipment needed in the scheduling operating system to form a standard drawing model. The module can automatically retrieve the content in the mobile list of the equipment, match and compare the content with the equipment in the self drawing model, automatically extract equipment such as a switch, a ring main unit, a circuit and the like in the abnormal operation list of the equipment, filter out the equipment which is not needed in the scheduling drawing and generate a drawing rudiment after the simple drawing. And the dispatcher utilizes the drawing tool to modify on the basis to generate a plate modified part.
In order to facilitate the automatic operation and maintenance personnel to modify the scheduling operation system diagram, the system compares the scheduling operation system diagram before and after modification, the wiring diagram can be called in the web scheduling operation system through the line name and the transformer substation name which are filled in the module before the scheduling operation system diagram is modified, and the effective part is intercepted by the dispatcher.
The part is also provided with a plotter signature module, generates a repair order time and the like, and is convenient for later inquiry.
And generating a plate modification list and sending the plate modification list to an automatic operation and maintenance class for plate modification, wherein the automatic modification link only has the function of checking the input plate, and the plate modification list is sent back to a dispatcher auditing link after modification. And after the dispatcher checks that the dispatching operation system is correct in modification, signing and archiving.
The system is provided with a query and look-up function, a user can query the archived chart modification list and the equipment moving list through keywords such as line names and voltage levels, transformer station names and voltage levels and the chart modification list generation time range, and the characters of 'executed' are marked on the archived chart modification list and the equipment abnormal change list.
Example 2:
the method for realizing the standardized system based on the equipment transaction information and the scheduling online update comprises the following steps:
the method comprises the following steps: plate updating and drawing standardization based on imaging:
the model tool integration and processing process is provided with a graphical configuration and management function based on the model tool integration and processing process, and a user can visually know the data extraction and conversion process;
step two: rule-based drawing inspection: a data management mechanism is provided for different devices and different connection modes in the power grid, and the integrity, uniqueness, accuracy, legality and consistency of data are effectively ensured by establishing a unified and standardized symbol database;
step three: and (3) directly calling a web version scheduling operating system and a PMS (permanent magnet synchronous machine) system:
the system directly calls a line routing graph and a power grid line wiring graph to facilitate abnormal single filling for field workers, and a dispatcher directly intercepts the wiring mode of the called power grid operating system before modification to form comparison before and after the modification of the graph, so that the modification efficiency of the automatic operation and maintenance class is improved;
step four, seamless connection with the OMS comprises the following small steps:
the first step is as follows: the OMS system directly calls the document contents of the equipment transaction sheet and the chart version modification sheet to form a link with the log on duty, so that a power grid dispatcher can conveniently look up the document contents;
the second step: the field personnel fills the part in the system by using the terminal equipment according to the actual situation and the abnormal situation on the spot, generates an equipment abnormal-movement list, sends the equipment abnormal-movement list to the scheduling operation plate updating part, and directly links the scheduling maintenance list to the part in the OMS system;
the third step: the method comprises the steps that a dispatcher generates a chart revision list according to an equipment transaction list sent on site, a chart module directly calls a circuit wiring diagram in a web chart scheduling operation system before the scheduling operation system revises, on the basis, a drawing tool module is used for forming a chart after the scheduling operation system revises, the revision list is sent to an automatic operation and maintenance class, and the wiring mode of the scheduling operation system is revised.
The invention makes the plate changing process simpler and more standardized by establishing a unified and standardized model database and utilizing GIS information, OMS and hyperlink calling mode of a web plate scheduling operating system and other technical means, so that a user can more intuitively and conveniently transfer the plate modifying flow, and the error probability of plate modifying is reduced. The system can record, trace and inquire the plate modification in a mode that the executor can look up after signing and marking and filing the plate modification list; can be widely applied to the occasions of power systems.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, but rather the intention is to cover all modifications, equivalents, and alternatives falling within the spirit and scope of the invention as defined by the appended claims.
Claims (6)
1. A method for realizing a standardized system based on equipment transaction information and scheduling online update is characterized by comprising the following steps:
the method comprises the following steps: plate updating and drawing standardization based on imaging:
the model tool integration and processing process is provided with a configuration and management function based on imaging, and a user can visually know the data extraction and conversion process;
step two: rule-based drawing inspection: a data management mechanism is provided for different devices and different connection modes in the power grid, and the integrity, uniqueness, accuracy, legality and consistency of data are effectively ensured by establishing a unified and standardized symbol database;
step three: and (3) directly calling a web version scheduling operating system and a PMS (permanent magnet synchronous machine) system:
the system directly calls a line routing graph and a power grid line wiring graph to facilitate abnormal single filling for field workers, and a dispatcher directly intercepts the wiring mode of the called power grid operating system before modification to form comparison before and after the modification of the graph, so that the modification efficiency of the automatic operation and maintenance class is improved;
step four, seamless butt joint with the OMS comprises the following steps:
the first step is as follows: the OMS system directly calls the document contents of the equipment transaction sheet and the chart version modification sheet to form a link with the log on duty, so that a power grid dispatcher can conveniently look up the document contents;
the second step is that: the field personnel fills the part in the system by using the terminal equipment according to the actual situation and the abnormal situation on the spot, generates an equipment abnormal-movement list, sends the equipment abnormal-movement list to the scheduling operation plate updating part, and directly links the scheduling maintenance list to the part in the OMS system;
the third step: the method comprises the steps that a dispatcher generates a chart revision list according to an equipment transaction list sent on site, a chart module directly calls a circuit wiring diagram in a web chart scheduling operation system before the scheduling operation system revises, on the basis, a drawing tool module is used for forming a chart after the scheduling operation system revises, the revision list is sent to an automatic operation and maintenance class, and the wiring mode of the scheduling operation system is revised.
2. A standardized system for online update based on equipment transaction information and scheduling, which is used for implementing the standardized system for online update based on equipment transaction information and scheduling of claim 1, and comprises an equipment transaction list generation part and a scheduling operation plate update part, wherein:
the equipment transaction list generation part comprises an equipment transaction description module, a PMS system calling interface module, a drawing person information module, a GIS module, a drawing tool module and transaction list generation time;
the dispatching operation plate updating part comprises a transformer substation voltage grade and name module, a line voltage grade and name module, a plotter information module, a drawing description module, a plate modification list generation time module, a plate module before the dispatching operation system is modified, a plate module after the dispatching operation system is modified, a Web plate dispatching operation system calling interface module and a drawing tool module.
3. The standardization system based on equipment transaction information and scheduling online update of claim 2, wherein the equipment transaction sheet generation part enables the chart changing process to be simplified and standardized by establishing a unified and standardized symbol database, and utilizing a hyperlink calling mode of a GIS information, an OMS and a web scheduling operation system, through establishing the unified and standardized model database, so that a user can more intuitively and conveniently transfer the chart modifying process, and the error probability of chart modifying is reduced.
4. The standardized system based on equipment transaction information and scheduling online update of claim 2, wherein the system integrates an equipment transaction sheet and a layout modification sheet in the same system to form a unified circulation flow; all the flows realize on-line circulation, and the equipment transaction list and the chart edition modification list can be checked in each link.
5. The standardized system based on equipment transaction information and online scheduling update of claim 2, wherein the system directly calls and utilizes a PMS (system management system) and a web scheduling operating system, and simplifies the process of drawing the equipment mobile list; a unified drawing standard and a unified drawing tool are established, and the standardized management of the equipment transaction list is realized; and the OMS system calls the content of the equipment moving list in the system and synchronizes the flows of equipment moving and maintenance planning in the OMS.
6. The standardized system based on equipment transaction information and scheduling online update of claim 2, wherein each link in the system needs to be signed and confirmed by an executive person to be traceable; and classifying and storing the archived equipment transaction list and the chart modification list according to the line voltage grade and the transformer substation voltage grade, setting a query and look-up function, and performing query and look-up according to the keywords and the modification time.
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