CN112698613A - Intelligent safety management system and method for transformer box - Google Patents
Intelligent safety management system and method for transformer box Download PDFInfo
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- CN112698613A CN112698613A CN202110070507.4A CN202110070507A CN112698613A CN 112698613 A CN112698613 A CN 112698613A CN 202110070507 A CN202110070507 A CN 202110070507A CN 112698613 A CN112698613 A CN 112698613A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
- G05B19/0428—Safety, monitoring
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
- G05B2219/24—Pc safety
- G05B2219/24024—Safety, surveillance
Abstract
The invention discloses an intelligent safety management system and method for a transformer box, belonging to the technical field of transformer equipment management. According to the intelligent safety management system and the method for the power transformation box, the relevant management data of the power transformation box are subjected to classified management through all modules of the system, so that the order of management is clear, the manual repeated input quantity of a user is reduced, the uniqueness of the data is realized, the accuracy of the data is improved, and the management level, the economic benefit and the office efficiency can be improved by applying the intelligent safety management system and the method for the power transformation box.
Description
Technical Field
The invention belongs to the technical field of substation equipment management, and particularly relates to an intelligent safety management system and method for a substation box.
Background
The management and operation of the transformer box are an important link of power production. In the power transformation production, various power transformation box equipment needs to be crossed, so that the technical parameters of the equipment and the current running state of the equipment need to be inquired frequently. Meanwhile, the transformer substation operating personnel also need to report various production reports to relevant departments regularly. At present, most of domestic power transformation operators still adopt manual treatment for the work, and forget and lose information easily, so that management confusion is caused, and hidden dangers are buried for safe operation of power transformation.
To this end, we have devised an intelligent security management system for a substation and a method thereof to solve the above problems.
Disclosure of Invention
In view of the deficiencies of the prior art, the present invention provides an intelligent security management system for a substation and a method thereof, so as to solve the problems in the background art.
In order to achieve the purpose, the invention provides the following technical scheme: an intelligent safety management system for a transformer substation comprises an equipment data management module, an equipment operation management module, an equipment maintenance data management module, an equipment rating management module, an equipment overhaul management module, an equipment plan management module, an equipment file management module and a personnel training management module, the equipment maintenance data management module and the equipment maintenance management module manage maintenance of the transformer box equipment, determine maintenance time and store maintenance data, the equipment data management module, the equipment operation management module, the equipment rating management module and the equipment plan management module carry out safety regulation and control on the operation parameters, types and levels of the transformer box equipment, the equipment plan management module and the personnel training management module respectively perform safety management on the parameter files of the transformer box equipment and the managers of the transformer box equipment;
the equipment data management module is used for managing the voltage distribution grade of the transformer box and the equipment type of the transformer box step by step, and browsing, managing and storing the technical files and historical operating data of the transformer box;
the equipment operation management module adopts a decomposition input mode, a user fills in an operation log, and the system can automatically write information to be shared into a corresponding data table according to the log content input by the user;
the equipment maintenance data management module is used for managing the maintenance records of the equipment, and a user can call out the maintenance data of the related equipment of the transformer box, so that the related equipment of the transformer box can be conveniently inquired and browsed;
the equipment rating management module is used for selecting and determining equipment level by level according to the voltage level, the equipment type and the equipment operation number of the transformer substation, and generating a rating record;
the equipment maintenance management module is used for designing a plan including the major and minor maintenance periods of the equipment, the recent and next major and minor maintenance dates and the defect condition of the equipment to be maintained, automatically modifying the previous major and minor maintenance time according to the maintenance time, and automatically calculating the next major and minor maintenance time;
the equipment plan management module is used for searching the work plan contents and completion conditions of the year, the quarter, the month, the week, the day or any time period at any time by a user;
the equipment file management module is used for carrying out classified management on file data of the transformer box and inquiring and browsing the file data;
and the personnel training management module is used for comprehensively managing the basic information of the management personnel of the transformer substation.
Further optimizing the technical scheme, the intelligent safety management system needs to be combined with hardware configured below for functional design when a system is created, and the hardware configuration needs a CPU (central processing unit) of Intel i 59400F or more, a 4G DDR4 memory or more, an Intel HM65 mainboard chip or more, a 500G SATA (serial advanced technology attachment) 3.0 hard disk or more and an independent display card.
Further optimizing the technical scheme, the equipment data management module performs data management on the transformer substation box in a main wiring diagram or resource manager mode, and browses current technical parameter operation data and historical operation data of the transformer substation box related equipment.
Further optimizing the technical scheme, the maintenance record stored in the equipment maintenance data management module comprises the record contents of maintenance details, fault properties, fault discoverers, reporting dates, processing opinions and processing results.
Further optimizing the technical scheme, the equipment rating management module selects the level of the transformer box on the main wiring diagram in a main wiring diagram mode, a user searches the equipment level of the transformer box and counts the equipment level, and meanwhile, a level statistical report of the transformer substation equipment is generated.
In the equipment maintenance management module, a user can find corresponding equipment on a main wiring diagram, call out an equipment maintenance plan related to the equipment, enter a maintenance management window from a function list in a resource manager form, and inquire or summarize the maintenance plan of the related equipment.
Further optimizing the technical scheme, the equipment plan management module can prompt the work plan which is started from the current day and must be completed in the current day in real time, and the detailed content of the work plan in the current day can be seen.
According to the technical scheme, the file data in the equipment file management module comprises drawing data, rules and regulations and conference files of the transformer substation to which the transformer substation belongs to perform sub-directory management, and the full name or partial letters of the file name are required to be input to complete retrieval of the file data during query.
The technical scheme is further optimized, and the basic information of the managers in the personnel training management module comprises personnel evaluation records, personnel honor records, personnel violation records, technical learning training records and field training records.
The intelligent safety management system for the power transformation box as claimed in claim 1, wherein the management personnel basic information in the personnel training management module comprises personnel evaluation records, personnel honor records, personnel violation records, technical learning training records and field training records.
An intelligent safety management method for a transformer substation comprises the following steps:
the method comprises the following steps: through establishing a wireless or wired data communication transmission channel, data of a management system of a transformer box on a main wiring diagram are cascaded and summarized to a data server used as central control management to form a data transmission network system;
step two: according to the main wiring diagram, the equipment of the transformer box is numbered, so that the data of real-time operation state data, transformer box parameters, equipment types and historical operation data of the transformer box are acquired and classified and stored according to the number of the transformer box;
step three: the method comprises the steps that a transformer box and a visual terminal are managed through a data server, the visual terminal is accessed from the data server according to the number of the transformer box, and the visual terminal is a front-end operation platform of a safety management system and an operation interface for logging, inquiring, browsing and inputting information by a user;
the visual terminal is integrated with an equipment data management module, an equipment operation management module, an equipment rating management module, an equipment maintenance management module and an equipment plan management module of different transformer boxes;
step four: the safety management system receives an access command sent by the data server and calls a corresponding interface of an access module in the visual terminal, and the safety management system comprises the following parts:
(1) the method comprises the steps that data entry and data storage of a transformer box are carried out, an equipment data management module collects equipment data, transmits the equipment data to a safety management system, enters a visual terminal, and carries out data entry and historical data storage browsing of the type of transformer box equipment through an entry system;
(2) the method comprises the steps that maintenance data of the transformer boxes are input, maintenance records of the transformer boxes are input through logging in a visual terminal, an equipment maintenance data management module transmits the input maintenance data of the transformer boxes to a report generation module, and the report generates a maintenance data table of each numbered transformer box;
(3) the operation data of the transformer box is input, a user accesses the operation data of the transformer box through a safety management system, when the user logs in the visual terminal, authority verification is needed, and the user who is qualified can log in to fill in an operation log;
(4) generating grading data of the transformer box: after the equipment data, the type and the serial number data of the transformer box are input, the safety management system determines the grading of the transformer box to generate a grading record of the transformer box on the main wiring diagram;
(5) the equipment maintenance management module and the equipment plan management module form a maintenance time and maintenance cycle schedule of the equipment through analysis of recorded maintenance data and operation data of the transformer box, a user logs in the visual terminal to check the plan and can modify the plan according to actual operation conditions, and the safety management system regenerates a new maintenance cycle schedule according to the modified maintenance schedule.
Compared with the prior art, the invention provides an intelligent safety management system and method for a transformer box, which have the following beneficial effects:
according to the intelligent safety management system and the method for the power transformation box, the relevant management data of the power transformation box are subjected to classified management through all modules of the system, so that the order of management is clear, the records are standard, the manual repeated input quantity of a user is reduced, the uniqueness of the data is realized, the accuracy of the data is improved, and the management level, the economic benefit and the office efficiency can be improved by applying the intelligent safety management system and the method for the power transformation box.
Drawings
Fig. 1 is a schematic structural diagram of an intelligent security management system for a power transformation box according to the present invention;
fig. 2 is a schematic management flow diagram of an equipment data management module in an intelligent security management system for a substation box according to the present invention;
fig. 3 is a schematic management flow diagram of an equipment rating management module in an intelligent security management system for a power transformation box according to the present invention;
fig. 4 is a schematic management flow diagram of a personnel training management module in an intelligent safety management system for a power transformation box according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The first embodiment is as follows:
referring to fig. 1, an intelligent safety management system for a power transformation box comprises an equipment data management module, an equipment operation management module, an equipment maintenance data management module, an equipment rating management module, an equipment overhaul management module, an equipment plan management module, an equipment file management module and a personnel training management module, the equipment maintenance data management module and the equipment maintenance management module manage maintenance of the transformer box equipment, determine maintenance time and store maintenance data, the equipment data management module, the equipment operation management module, the equipment rating management module and the equipment plan management module carry out safety regulation and control on the operation parameters, types and levels of the transformer box equipment, the equipment plan management module and the personnel training management module respectively perform safety management on the parameter files of the transformer box equipment and the managers of the transformer box equipment;
the equipment data management module is used for managing the voltage distribution grade of the transformer box and the equipment type of the transformer box step by step, and browsing, managing and storing the technical files and historical operating data of the transformer box;
the equipment operation management module adopts a decomposition input mode, a user fills in an operation log, and the system can automatically write information to be shared into a corresponding data table according to the log content input by the user;
the equipment maintenance data management module is used for managing the maintenance records of the equipment, and a user can call out the maintenance data of the related equipment of the transformer box, so that the related equipment of the transformer box can be conveniently inquired and browsed;
the equipment rating management module is used for selecting and determining equipment level by level according to the voltage level, the equipment type and the equipment operation number of the transformer substation, and generating a rating record;
the equipment maintenance management module is used for designing a plan including the major and minor maintenance periods of the equipment, the recent and next major and minor maintenance dates and the defect condition of the equipment to be maintained, automatically modifying the previous major and minor maintenance time according to the maintenance time, and automatically calculating the next major and minor maintenance time;
the equipment plan management module is used for searching the work plan contents and completion conditions of the year, the quarter, the month, the week, the day or any time period at any time by a user;
the equipment file management module is used for carrying out classified management on file data of the transformer box and inquiring and browsing the file data;
and the personnel training management module is used for comprehensively managing the basic information of the management personnel of the transformer substation.
Specifically, the intelligent security management system needs to be combined with the following configured hardware for functional design when a system is created, and the hardware configuration needs a CPU processor of an Intel i 59400F, a 4G DDR4 memory, an Intel HM65 motherboard chip, a 500G SATA 3.0 hard disk, and an independent graphics card.
Referring to fig. 2, specifically, the device data management module performs data management on the substation box in the form of a main wiring diagram or a resource manager, and browses current technical parameter operation data and historical operation data of the substation box related device.
Specifically, the maintenance record stored in the equipment maintenance data management module includes the record contents of maintenance details, fault properties, fault discoverers, reporting dates, processing opinions and processing results.
Referring to fig. 3, specifically, the equipment rating management module selects the level of the transformer box on the main wiring diagram in a main wiring diagram manner, and a user searches for the equipment level of the transformer box, counts the equipment level, and generates a level statistical report of the transformer substation equipment.
Specifically, in the equipment maintenance management module, a user can find corresponding equipment on the main wiring diagram, call out an equipment maintenance plan related to the equipment, and enter a maintenance management window from a function list in the form of a resource manager to query or summarize the maintenance plan related to the equipment.
Specifically, the equipment plan management module can prompt the work plan which is started from the current day and must be completed in the current day in real time, and can see the detailed content of the work plan in the current day.
Specifically, the file data in the device file management module includes drawing data, rules and regulations and conference files of the transformer substation to which the transformer box belongs to perform sub-directory management, and when inquiring, a full name or partial letters of a file name need to be input to complete retrieval of the file data.
Referring to fig. 4, specifically, the basic information of the manager in the personnel training management module includes a personnel evaluation record, a personnel honor record, a personnel violation record, a technical learning training record, and a field training record.
The intelligent safety management system for the power transformation box as claimed in claim 1, wherein the management personnel basic information in the personnel training management module comprises personnel evaluation records, personnel honor records, personnel violation records, technical learning training records and field training records.
An intelligent safety management method for a transformer substation comprises the following steps:
the method comprises the following steps: through establishing a wireless or wired data communication transmission channel, data of a management system of a transformer box on a main wiring diagram are cascaded and summarized to a data server used as central control management to form a data transmission network system;
step two: according to the main wiring diagram, the equipment of the transformer box is numbered, so that the data of real-time operation state data, transformer box parameters, equipment types and historical operation data of the transformer box are acquired and classified and stored according to the number of the transformer box;
step three: the method comprises the steps that a transformer box and a visual terminal are managed through a data server, the visual terminal is accessed from the data server according to the number of the transformer box, and the visual terminal is a front-end operation platform of a safety management system and an operation interface for logging, inquiring, browsing and inputting information by a user;
the visual terminal is integrated with an equipment data management module, an equipment operation management module, an equipment rating management module, an equipment maintenance management module and an equipment plan management module of different transformer boxes;
step four: the safety management system receives an access command sent by the data server and calls a corresponding interface of an access module in the visual terminal, and the safety management system comprises the following parts:
(1) the method comprises the steps that data entry and data storage of a transformer box are carried out, an equipment data management module collects equipment data, transmits the equipment data to a safety management system, enters a visual terminal, and carries out data entry and historical data storage browsing of the type of transformer box equipment through an entry system;
(2) the method comprises the steps that maintenance data of the transformer boxes are input, maintenance records of the transformer boxes are input through logging in a visual terminal, an equipment maintenance data management module transmits the input maintenance data of the transformer boxes to a report generation module, and the report generates a maintenance data table of each numbered transformer box;
(3) the operation data of the transformer box is input, a user accesses the operation data of the transformer box through a safety management system, when the user logs in the visual terminal, authority verification is needed, and the user who is qualified can log in to fill in an operation log;
(4) generating grading data of the transformer box: after the equipment data, the type and the serial number data of the transformer box are input, the safety management system determines the grading of the transformer box to generate a grading record of the transformer box on the main wiring diagram;
(5) the equipment maintenance management module and the equipment plan management module form a maintenance time and maintenance cycle schedule of the equipment through analysis of recorded maintenance data and operation data of the transformer box, a user logs in the visual terminal to check the plan and can modify the plan according to actual operation conditions, and the safety management system regenerates a new maintenance cycle schedule according to the modified maintenance schedule.
Meanwhile, the safety management system can realize the classified management of related files in the equipment of the transformer box and the management of related personnel, a user can log in the visual terminal to inquire drawing data of the transformer box, the maintenance fault is analyzed, and the analyzed fault result is input into the equipment maintenance data management module.
Meanwhile, for the safety management system, the cloud server can be set to carry out unified data uploading management on data of the safety management system of the transformer box equipment in a certain area or a certain city, and data sharing and uploading are carried out on fault conditions and maintenance conditions of transformer box maintenance and overhaul.
Example two:
an intelligent safety management system for a transformer substation comprises an equipment data management module, an equipment operation management module, an equipment maintenance data management module, an equipment rating management module, an equipment overhaul management module, an equipment plan management module, an equipment file management module and a personnel training management module, the equipment maintenance data management module and the equipment maintenance management module manage maintenance of the transformer box equipment, determine maintenance time and store maintenance data, the equipment data management module, the equipment operation management module, the equipment rating management module and the equipment plan management module carry out safety regulation and control on the operation parameters, types and levels of the transformer box equipment, the equipment plan management module and the personnel training management module respectively perform safety management on the parameter files of the transformer box equipment and the managers of the transformer box equipment;
the equipment data management module is used for managing the voltage distribution grade of the transformer box and the equipment type of the transformer box step by step, and browsing, managing and storing the technical files and historical operating data of the transformer box;
the equipment operation management module adopts a decomposition input mode, a user fills in an operation log, and a system can automatically write information to be shared into a corresponding data table according to the log content input by the user, so that the manual repeated input quantity of the user is reduced to the maximum extent, the uniqueness of data is realized, and the accuracy of the data is improved;
the daily record book comprises work ticket record, operation record, abnormal condition record, switch action record, operation arrangement record, accident record, superior indication record, equipment maintenance record, arrester action record, main transformer branch action record and the like.
The equipment maintenance data management module is used for managing the maintenance records of the equipment, and a user can call out the maintenance data of the related equipment of the transformer box, so that the related equipment of the transformer box can be conveniently inquired and browsed;
the equipment rating management module is used for selecting and determining equipment level by level according to the voltage level, the equipment type and the equipment running number of the transformer substation, generating a rating record, and recording the rating date, the upgrading or degrading reason, the improved measures and other contents;
the equipment maintenance management module is used for designing a plan including the major and minor maintenance periods of the equipment, the recent and next major and minor maintenance dates and the defect condition of the equipment to be maintained, automatically modifying the previous major and minor maintenance time according to the maintenance time, and automatically calculating the next major and minor maintenance time;
the equipment plan management module is used for searching the work plan contents and completion conditions of the year, the quarter, the month, the week, the day or any time period at any time by a user;
the equipment file management module is used for carrying out classified management on file data of the transformer box and inquiring and browsing the file data;
and the personnel training management module is used for comprehensively managing the basic information of the management personnel of the transformer substation.
Specifically, the intelligent security management system needs to be functionally designed by combining hardware configured as follows when a system is created, and the hardware configuration needs a CPU processor of an Intel i 77700K, an 8G DDR4 internal memory, an Intel HM65 motherboard chip, a 1T SATA 3.0 hard disk, and an independent display card of the AMD series.
Specifically, the device data management module performs data management on the transformer substation box in the form of a main wiring diagram or a resource manager, and browses current technical parameter operation data and historical operation data of the related devices of the transformer substation box.
Specifically, the maintenance record stored in the equipment maintenance data management module includes the record contents of maintenance details, fault properties, fault discoverers, reporting dates, processing opinions and processing results.
Specifically, the equipment rating management module selects the level of the transformer box on the main wiring diagram in a main wiring diagram mode, a user searches the equipment level of the transformer box and counts the equipment level, and meanwhile, a level statistical report of the transformer substation equipment is generated.
Specifically, in the equipment maintenance management module, a user can find corresponding equipment on the main wiring diagram, call out an equipment maintenance plan related to the equipment, and enter a maintenance management window from a function list in the form of a resource manager to query or summarize the maintenance plan related to the equipment.
Specifically, the equipment plan management module can prompt the work plan which is started from the current day and must be completed in the current day in real time, and can see the detailed content of the work plan in the current day.
Specifically, the file data in the device file management module includes drawing data, rules and regulations and conference files of the transformer substation to which the transformer box belongs to perform sub-directory management, and when inquiring, a full name or partial letters of a file name need to be input to complete retrieval of the file data.
Specifically, the management personnel basic information in the personnel training management module comprises personnel evaluation records, personnel honor records, personnel violation records, technical learning training records and field training records.
An intelligent safety management method for a transformer substation comprises the following steps:
the method comprises the following steps: through establishing a wireless or wired data communication transmission channel, data of a management system of a transformer box on a main wiring diagram are cascaded and summarized to a data server used as central control management to form a data transmission network system;
step two: according to the main wiring diagram, the equipment of the transformer box is numbered, so that the data of real-time operation state data, transformer box parameters, equipment types and historical operation data of the transformer box are acquired and classified and stored according to the number of the transformer box;
step three: the method comprises the steps that a transformer box and a visual terminal are managed through a data server, the visual terminal is accessed from the data server according to the number of the transformer box, and the visual terminal is a front-end operation platform of a safety management system and an operation interface for logging, inquiring, browsing and inputting information by a user;
the visual terminal is integrated with an equipment data management module, an equipment operation management module, an equipment rating management module, an equipment maintenance management module and an equipment plan management module of different transformer boxes;
step four: the safety management system receives an access command sent by the data server and calls a corresponding interface of an access module in the visual terminal, and the safety management system comprises the following parts:
(1) the method comprises the steps that data entry and data storage of a transformer box are carried out, an equipment data management module collects equipment data, transmits the equipment data to a safety management system, enters a visual terminal, and carries out data entry and historical data storage browsing of the type of transformer box equipment through an entry system;
(2) the method comprises the steps that maintenance data of the transformer boxes are input, maintenance records of the transformer boxes are input through logging in a visual terminal, an equipment maintenance data management module transmits the input maintenance data of the transformer boxes to a report generation module, and the report generates a maintenance data table of each numbered transformer box;
(3) the operation data of the transformer box is input, a user accesses the operation data of the transformer box through a safety management system, when the user logs in the visual terminal, authority verification is needed, and the user who is qualified can log in to fill in an operation log;
(4) generating grading data of the transformer box: after the equipment data, the type and the serial number data of the transformer box are input, the safety management system determines the grading of the transformer box to generate a grading record of the transformer box on the main wiring diagram;
(5) the equipment maintenance management module and the equipment plan management module form a maintenance time and maintenance cycle schedule of the equipment through analysis of recorded maintenance data and operation data of the transformer box, a user logs in the visual terminal to check the plan and can modify the plan according to actual operation conditions, and the safety management system regenerates a new maintenance cycle schedule according to the modified maintenance schedule.
The visual terminal comprises a display screen, a mobile terminal and a PC (personal computer) terminal, and corresponding different authorities are set corresponding to users of different levels, for example, the authority which can be opened by operation and maintenance personnel is opened by an equipment maintenance data management module, an equipment overhaul management module, an equipment plan management module, an equipment operation management module and an equipment data management module, and the authority which can be opened by personnel management users is specifically set according to specific conditions during actual use.
The invention has the beneficial effects that: according to the intelligent safety management system and the method for the power transformation box, the relevant management data of the power transformation box are subjected to classified management through all modules of the system, so that the order of management is clear, the records are standard, the manual repeated input quantity of a user is reduced, the uniqueness of the data is realized, the accuracy of the data is improved, and the management level, the economic benefit and the office efficiency can be improved by applying the intelligent safety management system and the method for the power transformation box.
In the description herein, references to the description of the term "one embodiment," "some embodiments," "an example," "a specific example," or "some examples," etc., mean that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention. In this specification, the schematic representations of the terms used above are not necessarily intended to refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples. Furthermore, various embodiments or examples and features of different embodiments or examples described in this specification can be combined and combined by one skilled in the art without contradiction.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (10)
1. An intelligent safety management system for a transformer substation is characterized by comprising an equipment data management module, an equipment operation management module, an equipment maintenance data management module, an equipment rating management module, an equipment overhaul management module, an equipment plan management module, an equipment file management module and a personnel training management module, the equipment maintenance data management module and the equipment maintenance management module manage maintenance of the transformer box equipment, determine maintenance time and store maintenance data, the equipment data management module, the equipment operation management module, the equipment rating management module and the equipment plan management module carry out safety regulation and control on the operation parameters, types and levels of the transformer box equipment, the equipment plan management module and the personnel training management module respectively perform safety management on the parameter files of the transformer box equipment and the managers of the transformer box equipment;
the equipment data management module is used for managing the voltage distribution grade of the transformer box and the equipment type of the transformer box step by step, and browsing, managing and storing the technical files and historical operating data of the transformer box;
the equipment operation management module adopts a decomposition input mode, a user fills in an operation log, and the system can automatically write information to be shared into a corresponding data table according to the log content input by the user;
the equipment maintenance data management module is used for managing the maintenance records of the equipment, and a user can call out the maintenance data of the related equipment of the transformer box, so that the related equipment of the transformer box can be conveniently inquired and browsed;
the equipment rating management module is used for selecting and determining equipment level by level according to the voltage level, the equipment type and the equipment operation number of the transformer substation, and generating a rating record;
the equipment maintenance management module is used for designing a plan including the major and minor maintenance periods of the equipment, the recent and next major and minor maintenance dates and the defect condition of the equipment to be maintained, automatically modifying the previous major and minor maintenance time according to the maintenance time, and automatically calculating the next major and minor maintenance time;
the equipment plan management module is used for searching the work plan contents and completion conditions of the year, the quarter, the month, the week, the day or any time period at any time by a user;
the equipment file management module is used for carrying out classified management on file data of the transformer box and inquiring and browsing the file data;
and the personnel training management module is used for comprehensively managing the basic information of the management personnel of the transformer substation.
2. The system of claim 1, wherein the intelligent security management system is designed to be combined with hardware configured to include one or more CPU processors of Intel i 59400F, one or more memory of 4G DDR4, one or more chip of Intel HM65 motherboard, one or more hard disk of 500G SATA 3.0, and a separate graphics card.
3. The intelligent safety management system for the transformer substation box according to claim 1, wherein the device data management module performs data management on the transformer substation box in the form of a main wiring diagram or a resource manager, and browses current technical parameter operation data and historical operation data of related devices of the transformer substation box.
4. The intelligent security management system for power transformation boxes according to claim 1, wherein the maintenance records stored in the equipment maintenance data management module include the record contents of maintenance details, fault nature, fault finder, reporting date, processing opinion and processing result.
5. The intelligent security management system for the transformer substation box according to claim 1, wherein the equipment rating management module selects the level of the transformer substation box on the main wiring diagram in a main wiring diagram manner, and a user searches the equipment level of the transformer substation box, performs statistics on the equipment level, and generates a level statistical report of the transformer substation equipment.
6. The intelligent security management system for the power transformation box as claimed in claim 1, wherein in the equipment maintenance management module, a user can find the corresponding equipment on the main wiring diagram, call out the equipment maintenance plan related to the equipment, and enter the maintenance management window from the function list in the form of the resource manager to query or summarize the maintenance plan related to the equipment.
7. The intelligent safety management system for the power transformation box as claimed in claim 1, wherein the equipment plan management module can prompt the work plan which starts from the current day and must be completed in the current day in real time, and can see the detailed content of the work plan in the current day.
8. The intelligent safety management system for the power transformation box as claimed in claim 1, wherein the document data in the equipment document management module comprises drawing data, rules and regulations and meeting documents of the power transformation box, and the document data is subjected to sub-catalog management, and when the document data is queried, a full name or partial letters of a document name are required to be input to complete retrieval of the document data.
9. The intelligent safety management system for the power transformation box as claimed in claim 1, wherein the management personnel basic information in the personnel training management module comprises personnel evaluation records, personnel honor records, personnel violation records, technical learning training records and field training records.
10. An intelligent safety management method of a transformer box is characterized in that: the method comprises the following steps:
the method comprises the following steps: through establishing a wireless or wired data communication transmission channel, data of a management system of a transformer box on a main wiring diagram are cascaded and summarized to a data server used as central control management to form a data transmission network system;
step two: according to the main wiring diagram, the equipment of the transformer box is numbered, so that the data of real-time operation state data, transformer box parameters, equipment types and historical operation data of the transformer box are acquired and classified and stored according to the number of the transformer box;
step three: the method comprises the steps that a transformer box and a visual terminal are managed through a data server, the visual terminal is accessed from the data server according to the number of the transformer box, and the visual terminal is a front-end operation platform of a safety management system and an operation interface for logging, inquiring, browsing and inputting information by a user;
the visual terminal is integrated with an equipment data management module, an equipment operation management module, an equipment rating management module, an equipment maintenance management module and an equipment plan management module of different transformer boxes;
step four: the safety management system receives an access command sent by the data server and calls a corresponding interface of an access module in the visual terminal, and the safety management system comprises the following parts:
(1) the method comprises the steps that data entry and data storage of a transformer box are carried out, an equipment data management module collects equipment data, transmits the equipment data to a safety management system, enters a visual terminal, and carries out data entry and historical data storage browsing of the type of transformer box equipment through an entry system;
(2) the method comprises the steps that maintenance data of the transformer boxes are input, maintenance records of the transformer boxes are input through logging in a visual terminal, an equipment maintenance data management module transmits the input maintenance data of the transformer boxes to a report generation module, and the report generates a maintenance data table of each numbered transformer box;
(3) the operation data of the transformer box is input, a user accesses the operation data of the transformer box through a safety management system, when the user logs in the visual terminal, authority verification is needed, and the user who is qualified can log in to fill in an operation log;
(4) generating grading data of the transformer box: after the equipment data, the type and the serial number data of the transformer box are input, the safety management system determines the grading of the transformer box to generate a grading record of the transformer box on the main wiring diagram;
(5) the equipment maintenance management module and the equipment plan management module form a maintenance time and maintenance cycle schedule of the equipment through analysis of recorded maintenance data and operation data of the transformer box, a user logs in the visual terminal to check the plan and can modify the plan according to actual operation conditions, and the safety management system regenerates a new maintenance cycle schedule according to the modified maintenance schedule.
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