CN103679548A - Maintenance strategy database system for power transmission and transformation equipment - Google Patents
Maintenance strategy database system for power transmission and transformation equipment Download PDFInfo
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- CN103679548A CN103679548A CN201310638055.0A CN201310638055A CN103679548A CN 103679548 A CN103679548 A CN 103679548A CN 201310638055 A CN201310638055 A CN 201310638055A CN 103679548 A CN103679548 A CN 103679548A
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Abstract
The invention discloses a maintenance strategy database system for power transmission and transformation equipment. The maintenance strategy database system comprises an input module (1), an analysis module (2), a computation module (3), a fault mode module (4), a judgment module (5), a detection method module (6), a compensation measures module (7) and a database module (8). The maintenance strategy database system for the power transmission and transformation equipment has the advantages that the maintenance strategy database system is high in efficiency and is convenient, accordingly, software or scientific research personnel can conveniently query information of required power transmission and transformation equipment maintenance strategies according to query conditions, information of data sources of various types of diversified power transmission and transformation equipment maintenance strategies can be efficiently processed by a software system of the maintenance strategy database system, effective data can be extracted from the information of the data sources by the aid of the software system and can be stored in databases, query interfaces can be upwardly provided, and the maintenance strategy database system is applicable to the field of power transmission and transformation equipment maintenance strategies with combinations of various types of diversified data.
Description
Technical field
The present invention relates to database, in particular, relate to power transmission and transforming equipment Strategies of Maintenance database.
Background technology
At present, along with the fast development of electrical network, the continuous increase of power transmission and transforming equipment quantity, existing prophylactic repair pattern exists deficiency, the test blindness because of manpower greatly, easily equipment to be caused the shortcomings such as damage, suddenly waits to enter new maintenance model, i.e. repair based on condition of component.Carrying out of repair based on condition of component work is to be based upon on the basis that equipment state is controlled; Formulating the degree that rationally effectively Tactial problem is understood equipment state by technician determines.Therefore, accurately, Strategies of Maintenance plays vital effect to improving overhaul efficiency and reliability all sidedly.Yet by the end of at present, the Strategies of Maintenance that also nobody formulates standard to every kind of power transmission and transforming equipment.Between above-mentioned situation, power transmission and transforming equipment Strategies of Maintenance information is concentrated and is saved in database so that later stage inquiry becomes a problem anxious to be resolved in this area.
Summary of the invention
Technical purpose of the present invention is to solve the problems of the technologies described above, and provides a kind of efficiently Strategies of Maintenance database easily, so that software or scientific research personnel judge data according to querying condition.
For realizing above technical purpose, technical scheme of the present invention is:
Power transmission and transforming equipment Strategies of Maintenance Database Systems, feature of the present invention is to adopt load module, analysis module, computing module, fault mode module, determination module, database module sequentially to connect to form; Wherein between determination module and database module, be connected in parallel to detection method module and indemnifying measure module; Wherein:
Load module, for judging that the data source that user inputs is the data of which kind of power equipment, which kind of type, then, according to the feature of input data, the analysis module by the Data dissemination of input to affiliated power equipment is further processed;
Analysis module, this module all has under every kind of power equipment, and for the data analysis that load module is obtained, analysis result is sent into computing module;
Computing module, calculates for the result that analysis module is obtained, and calculates failure effect and the probability of this equipment, and sends into fault mode module;
Fault mode module, selects the fault mode under this power equipment for the result of calculation obtaining according to computing module, and sends into determination module and process;
Determination module, judges for the result that fault mode module is obtained, and judges that this power equipment enters into detection method module or indemnifying measure module;
Detection method module, for the refinement to power equipment detection method, refinement power equipment detection method is that routine inspection, spy patrol and examine and look into, one of a kind of method in routine test, diagnostic test;
Indemnifying measure module, for power equipment being compensated to the refinement of measure, the indemnifying measure of refinement power equipment is one of a kind of measure in design, networking, operation and maintenance;
Database module, receives respectively the indemnifying measure that the detection method that transmits from detection method module and indemnifying measure module transmit, and sorts out respectively and is saved to database and various query interfaces are upwards provided;
Annexation between each module is that load module, analysis module, computing module, fault mode module are connected with indemnifying measure module with detection method module respectively by determination module; Database management module is connected with detection method module, indemnifying measure module respectively;
The flow process of this system is,
1) start, start system general supply;
2) load module requires user input data, data type and affiliated power equipment thereof, by analysis module, analyzed, analysis result is sent into computing module and is calculated, again result of calculation is sent into and in fault mode module, selected electrical equipment fault fault mode, then giving determination module judges, by determination module, judge that this power equipment enters into detection method or indemnifying measure, detection method if, forward detection method module to and carry out the refinement of detection method, then give database module and deposit database in; Otherwise carry out 3);
3) indemnifying measure module is carried out to refinement, then give database module and deposit database in; Finish, workflow exits.
Useful technique effect of the present invention is:
1) fault mode module is used the special advanced algorithm for power transmission and transforming equipment fault mode, is convenient to process targetedly power transmission and transforming equipment data source;
2) realize the database of the multiple indemnifying measure of multiple detection method means, realized the management of power transmission and transforming equipment Strategies of Maintenance data.
Below in conjunction with the drawings and specific embodiments, the present invention is further explained.
Accompanying drawing explanation
Accompanying drawing 1 is each module diagram of power transmission and transforming equipment Strategies of Maintenance database of the present invention;
Accompanying drawing 2 is power transmission and transforming equipment Strategies of Maintenance Database Systems data input stream journey figure of the present invention.
Embodiment
See Fig. 1, a kind of power transmission and transforming equipment Strategies of Maintenance Database Systems, feature of the present invention is to adopt load module 1, analysis module 2, computing module 3, fault mode module 4, determination module 5, database module 8 sequentially to connect to form; Wherein between determination module 5 and database module 8, be connected in parallel to detection method module 6 and indemnifying measure module 7; Wherein:
Load module 1, for judging that the data source that user inputs is the data of which kind of power equipment, which kind of type, then, according to the feature of input data, the analysis module by the Data dissemination of input to affiliated power equipment is further processed;
Analysis module 2, this module all has under every kind of power equipment, and for the data analysis that load module is obtained, analysis result is sent into computing module;
Computing module 3, calculates for the result that analysis module is obtained, and calculates failure effect and the probability of this equipment, and sends into fault mode module;
Fault mode module 4, selects the fault mode under this power equipment for the result of calculation obtaining according to computing module, and sends into determination module and process;
Determination module 5, judges for the result that fault mode module is obtained, and judges that this power equipment enters into detection method module or indemnifying measure module;
Detection method module 6, for the refinement to power equipment detection method, refinement power equipment detection method is that routine inspection, spy patrol and examine and look into, one of a kind of method in routine test, diagnostic test;
Indemnifying measure module 7, for power equipment being compensated to the refinement of measure, the indemnifying measure of refinement power equipment is one of a kind of measure in design, networking, operation and maintenance;
Database module 8, receives respectively the indemnifying measure that the detection method that transmits from detection method module and indemnifying measure module transmit, and sorts out respectively and is saved to database and various query interfaces are upwards provided;
Annexation between each module is that load module 1, analysis module 2, computing module 3, fault mode module 4 are connected with indemnifying measure module 7 with detection method module 6 respectively by determination module 5; Database management module 8 is connected with detection method module 6, indemnifying measure module 7 respectively;
See Fig. 2, the flow process of this system is,
1) start, start system general supply;
2) load module 1 requires user input data, data type and affiliated power equipment thereof, by analysis module 2, analyzed, analysis result is sent into computing module 3 and is calculated, again result of calculation is sent into and in fault mode module 4, selected electrical equipment fault fault mode, then giving determination module 5 judges, by determination module, judge that this power equipment enters into detection method or indemnifying measure, detection method if, forward detection method module 6 to and carry out the refinement of detection method, then give database module 8 and deposit database in; Otherwise carry out 3);
3) indemnifying measure module 7 is carried out to refinement, then give database module 8 and deposit database in; Finish, workflow exits.
Modules working condition is as follows: after software systems are moved, load module 1 is waited for the input of power transmission and transforming equipment data at any time, analysis module 2, computing module 3, fault mode module 4, determination module 5, detection method module 6, indemnifying measure module 7, database module 8 these eight module parallel runnings, when user inputs power transmission and transforming equipment data to system, load module 1 is 2 pairs of these power transmission and transforming equipment data analysis of module by analysis, then analysis result is issued to computing module 3, in computing module 3, calculate, by result of calculation, give fault mode module 4 and carry out fault mode selection, selection result is sent into determination module 5 to be judged, according to judged result, enter detection method module 6 or indemnifying measure module 7, detection method module 6 in this way, the refinement to detection method in detection method module, otherwise, in the refinement of 7 pairs of indemnifying measures of indemnifying measure module and give database module 8 and finally deposit in database.
Claims (1)
1. power transmission and transforming equipment Strategies of Maintenance Database Systems, is characterized in that, adopt load module (1), analysis module (2), computing module (3), fault mode module (4), determination module (5), database module (8) sequentially to connect to form; Wherein between determination module (5) and database module (8), be connected in parallel to detection method module (6) and indemnifying measure module (7); Wherein:
Load module (1), for judging that the data source that user inputs is the data of which kind of power equipment, which kind of type, then, according to the feature of input data, the analysis module by the Data dissemination of input to affiliated power equipment is further processed;
Analysis module (2), this module all has under every kind of power equipment, and for the data analysis that load module is obtained, analysis result is sent into computing module;
The result obtaining according to analysis module is calculated, and calculates failure effect and the probability of this equipment, and sends into fault mode module;
Fault mode module (4), selects the fault mode under this power equipment for the result of calculation obtaining according to computing module, and sends into determination module and process;
Determination module (5), judges for the result that fault mode module is obtained, and judges that this power equipment enters into detection method module or indemnifying measure module;
Detection method module (6), for the refinement to power equipment detection method, refinement power equipment detection method is that routine inspection, spy patrol and examine and look into, one of a kind of method in routine test, diagnostic test;
Indemnifying measure module (7), for power equipment being compensated to the refinement of measure, the indemnifying measure of refinement power equipment is one of a kind of measure in design, networking, operation and maintenance;
Database module (8), receives respectively the indemnifying measure that the detection method that transmits from detection method module and indemnifying measure module transmit, and sorts out respectively and is saved to database and various query interfaces are upwards provided;
Annexation between each module is that load module (1), analysis module (2), computing module (3), fault mode module (4) are connected with indemnifying measure module (7) with detection method module (6) respectively by determination module (5); Database management module (8) is connected with detection method module (6), indemnifying measure module (7) respectively;
The flow process of this system is,
1) start, start system general supply;
2) load module (1) requires user input data, data type and affiliated power equipment thereof, by analysis module (2), analyzed, analysis result is sent into computing module (3) and is calculated, again result of calculation is sent into selection electrical equipment fault fault mode in fault mode module (4), then giving determination module (5) judges, by determination module, judge that this power equipment enters into detection method or indemnifying measure, detection method if, forward detection method module (6) to and carry out the refinement of detection method, then give database module (8) and deposit database in, otherwise carry out 3),
3) indemnifying measure module (7) is carried out to refinement, then give database module (8) and deposit database in; Finish, workflow exits.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108845202A (en) * | 2018-06-15 | 2018-11-20 | 国网山东省电力公司经济技术研究院 | It is a kind of meter and various faults mode between opportunity maintenance Condition Maintenance Method of Transformer method |
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Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| US20020046048A1 (en) * | 2000-07-11 | 2002-04-18 | Hidetada Fukushima | System, method, computer program, and recording medium for machine-management |
| CN101859409A (en) * | 2010-05-25 | 2010-10-13 | 广西电网公司电力科学研究院 | Power transmission and transformation equipment state overhauling system based on risk evaluation |
| CN102509178A (en) * | 2011-11-25 | 2012-06-20 | 江苏省电力公司淮安供电公司 | Distribution network device status evaluating system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108845202A (en) * | 2018-06-15 | 2018-11-20 | 国网山东省电力公司经济技术研究院 | It is a kind of meter and various faults mode between opportunity maintenance Condition Maintenance Method of Transformer method |
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