CN102565572B - Platform and method for judging fault of match power grid - Google Patents
Platform and method for judging fault of match power grid Download PDFInfo
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- CN102565572B CN102565572B CN201110396814.8A CN201110396814A CN102565572B CN 102565572 B CN102565572 B CN 102565572B CN 201110396814 A CN201110396814 A CN 201110396814A CN 102565572 B CN102565572 B CN 102565572B
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- 239000013642 negative control Substances 0.000 claims description 25
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Abstract
The invention relates to a platform and a method for judging a fault of a match power grid and belongs to the technical field of power grid management. The platform comprises a fault information receiving module, a fault equipment positioning module, a fault information screening module, a line topological analysis module, an equipment operation information analysis module, a line switch analysis module and a fault analysis display module. The method comprises the following steps of: receiving fault information; acquiring source equipment information related to the fault information; screening the fault information to obtain a line topological structure and an equipment list; carrying out measurement analysis and judging whether equipment has a fault, executing the next step if yes, and finishing if no; detecting on-off information of a switch and judging whether a line fault exists; and determining the type, the position and the influence region of the fault and displaying the fault equipment and the information and the influence region thereof. According to the platform and the method, as soon as the reported fault information is received, the judgment can be automatically carried out in advance to obtain the accurate type, position and influence region of the fault so as to provide powerful basis for rush repair and management of the fault.
Description
Technical field
The present invention relates to a kind of platform and method of can one receiving fault information reporting and can shifting to an earlier date place, type and the coverage of automatically studying and judging electric power adapted electric network fault, belong to administration of power networks technical field.
Background technology
For a long time, when power matching network breaks down, enter scene rush to repair after fault reports before, for failure message, can not analyze and accurately locate the source of trouble and relevant device information, can only depend on user's description and repair personnel to the confirmation behind scene, scope of the type on fault, impact etc. can not accurately judge in time.Such as, existing power consumer carries out troublshooting by electric company 95598 (state's net power customer service system) repair call, 95598 service handling personnel report for repairment and accept, recording user repairing information, and information is transmitted to 95598 remote work stations, 95598 remote work station personnel, again according to the region of reporting for repairment, repair class to each urgency and distribute repairing work order, and suddenly the class of repairing receives that repairing work order dispatches respective resources again to on-the-spot confirmation fault type, scene rush to repair.
Above-mentioned present situation is brought: the accurately location source of trouble and relevant device information, Obtaining Accurate fault type and coverage existence hysteresis when power failure is processed, depend on repair personnel to the confirmation behind scene, thus the scheduling of the progress of impact repairing and repairing resource.
Along with the informationalized all-round construction of electric power network, completed power grid GIS system, add that the mobile communication technologies such as 3G make the big data quantity communications such as remote speech, video, data more and more convenient, these are all to build special electric power network fault to study and judge system and created condition.
Summary of the invention
The technical problem to be solved in the present invention is: propose a kind of obtain one can promptly and accurately locate the source of trouble and relevant device information Obtaining Accurate fault type and coverage after receiving fault information reporting study and judge platform and analysis method, thereby for breakdown repair and administration of power networks provide information accurately as early as possible, and then improve the efficiency of breakdown repair and administration of power networks.
In order to solve the problems of the technologies described above, the technical scheme one that the present invention proposes is: a kind of adapted electric network fault is studied and judged platform, comprises failure message receiver module, faulty equipment locating module, failure message screening module, line topological analysis module, equipment operation information analysis module, line switching analysis module and fault analysis display module;
Described failure message receiver module is for receiving and verification the failure message reporting;
Described equipment locating module is used for by actual geographic position and the account information of the existing power distribution management system acquisition source device relevant to failure message;
Described failure message screening module, for the failure message behind equipment location is screened, is got rid of the scheduled outage failure message and the confirmed failure message that have generated;
Described line topological analysis module, for the adapted electric line under the failure message filtering out is carried out to topological analysis, obtains the topological structure of this adapted electric line and the circuit charging equipment list of associated topologies structure;
Described equipment operation information analysis module is called cls analysis together for the circuit charging equipment of circuit charging equipment list is carried out to equipment operation information step by step, and judges whether circuit charging equipment exists fault;
Described line switching analysis module is for detection of the switch folding information of the On line switch in adapted electric line and outlet switch, and judges whether adapted electric line exists line fault;
Described fault analysis display module is for determining fault type, the position of fault and fault effects region according to equipment operation information, switch folding information and topological structure, by existing adapted power grid GIS system demonstration, there is circuit charging equipment and the account information thereof of fault, and show the range of influence of the adapted electric line that has fault.
In order to solve the problems of the technologies described above, two of the technical scheme that the present invention proposes is: a kind of adapted electric network fault analysis method, adopts above-mentioned adapted electric network fault to study and judge platform, and carry out following steps:
1) receive failure message: by the failure message that failure message receiver module receives in real time and verification reports;
2) equipment location: faulty equipment locating module is by actual geographic position and the account information of the existing power distribution management system acquisition source device relevant to failure message;
3) failure message screening: the failure message after failure message screening module is located source device screens, judge whether the failure message behind source device location belongs to the scheduled outage failure message having generated and confirmed failure message, get rid of in this way, if not being carries out next step;
4) line topological analysis: the adapted electric line that line topological analysis module is reviewed under the failure message to filtering out by power supply point is carried out topological analysis, obtains the topological structure of this adapted electric line and the circuit charging equipment list of associated topologies structure;
5) equipment operation information is analyzed: equipment operation information analysis module carries out step by step equipment operation information by the circuit charging equipment in the list of circuit charging equipment and calls cls analysis together, according to the equipment operation information analyzing, judge whether circuit charging equipment exists fault, carry out in this way next step, if not being that failure judgement information is user's internal fault information, finish to study and judge;
6) line switching analysis: the On line switch in line switching analysis module detection adapted electric line and the switch folding information of outlet switch, judge whether adapted electric line exists line fault;
7) determine and show fault: fault analysis display module is determined fault type according to described equipment operation information and switch folding information, according to described topological structure, determine the position of fault and fault effects region, by existing adapted power grid GIS system demonstration, there is circuit charging equipment and the account information thereof of fault, and show the range of influence of the adapted electric line that has fault.
Improving of one of technique scheme one is: described circuit charging equipment is outlet switch, On line switch, distribution transforming, negative control device and low pressure ammeter box, and it is to check that whether the correlated current magnitude of voltage of circuit charging equipment is abnormal that described equipment operation information is called cls analysis together.
Improving of one of technique scheme two is: described source device is by existing power distribution management system, to obtain the low pressure ammeter box equipment that user is associated according to the Customs Assigned Number reporting for repairment, and described source device actual geographic coordinate information and account information are to obtain by existing power distribution management system queries according to unique coding of source device.
Improving of one of technique scheme three is: described failure message comprises that 95598 users report failure message for repairment, existing power information acquisition system (CSM) reporting fault information and existing power distribution automation management system (DMS) reporting fault information; Described fault type comprises low-voltage platform area fault, distribution transforming fault, middle pressure client's internal fault, part line fault and circuit fault completely.
Two improvement one of technique scheme is: described failure message is 95598 user's repairing information; The described the 2nd) in step, described source device is by existing power distribution management system, to obtain low pressure ammeter box equipment or the negative control device that user is associated according to the Customs Assigned Number reporting for repairment; Described source device actual geographic coordinate information and account information are to obtain by existing power distribution management system queries according to unique coding of low pressure ammeter box equipment or negative control device.
Two improvement two of technique scheme is: described failure message is existing power information acquisition system reporting fault information; The described the 2nd) in step, described source device is by existing power distribution management system, to obtain distribution transforming, switch and the negative device of controlling according to asset of equipments numbering; Described source device actual geographic coordinate information and account information are to obtain by existing power distribution management system queries according to unique coding of source distribution transforming, switch and negative control device.
Two improvement three of technique scheme is: described failure message is existing power distribution automation management system reporting fault information; The described the 2nd) in step, described source device is by existing power distribution management system, to obtain distribution transforming, switch and the negative device of controlling according to asset of equipments numbering; Described source device actual geographic coordinate information and account information are to obtain by existing power distribution management system queries according to unique coding of source distribution transforming, switch and negative control device.
Two improvement four of technique scheme is: the described the 3rd) in step, whether failure message screening module first failure judgement information is the scheduled outage failure message having generated, getting rid of in this way this failure message does not does not study and judge, and inform and report user for repairment by 95598 systems, if not being that whether failure judgement information is confirmed failure message, get rid of in this way this failure message and do not study and judge, and inform that by 95598 systems user has confirmed the repairing situation of fault; As neither scheduled outage failure message neither be confirmed failure message, carry out next step.
Two improve and one be of technique scheme: the described the 4th) in step, it is according to the actual geographic position of source device, to carry out power supply point to review and form and review path that described power supply point is reviewed, then collect power supply point and review the circuit charging equipment on path, circuit charging equipment is classified, combined, form the list of circuit charging equipment.
Two improve and two be of technique scheme: the described the 5th) in step, described circuit charging equipment is outlet switch, On line switch, distribution transforming, negative control device and low pressure ammeter box, and it is to check that whether the correlated current magnitude of voltage of circuit charging equipment is abnormal that described equipment operation information is called cls analysis together.
Two improve and three be of technique scheme: the described the 6th) in step, describedly judge whether adapted electric line exists line fault to comprise:
If 1. outlet switch closure, and On line switch has disconnection, judgement is part line failure;
If 2. outlet switch disconnects, judgement is whole piece line failure;
If 3. outlet switch and On line switch are all in closure state, judgement is that circuit does not break down but device fails.
Two improve and four be of technique scheme: the described the 7th) in step, described definite fault type comprises:
A. as user transformers non-fault reports, determine that fault type is low-voltage platform area fault;
B. as user transformers has fault, report, but report without On line switch and outlet switch fault, determine that fault type is distribution transforming fault;
C. as user transformers has fault, report, and wired upper switch fault reports, determine that fault type is part line fault;
D. as user transformers has fault, report, and have outlet switch fault to report, determine that fault type is circuit fault completely;
E. as the negative control of user device non-fault reports, determine that fault type is middle pressure client internal fault;
F. control device as negative in user has fault to report, and wired upper switch fault reports, and determines that fault type is part line fault;
G. as user is negative, controlling device has fault to report, and has outlet switch fault to report, and determines that fault type is circuit faults completely.
Two further improve and be of technique scheme: the described the 3rd) in step, whether failure message screening module first failure judgement information is the scheduled outage failure message having generated, get rid of in this way this failure message and do not study and judge, and inform and report user for repairment by 95598 systems; If be not scheduled outage failure message failure judgement information whether be confirmed failure message, get rid of in this way this failure message and do not study and judge, and inform that by 95598 systems user has confirmed the repairing situation of fault; As neither scheduled outage failure message neither confirmed failure message, carry out next step;
The described the 4th) in step, the described the 4th) in step, it is according to the actual geographic position of source device, to carry out power supply point to review and form and review path that described power supply point is reviewed, then collect power supply point and review the circuit charging equipment on path, circuit charging equipment is classified, combined, form the list of circuit charging equipment;
The described the 5th) in step, described circuit charging equipment is outlet switch, On line switch, distribution transforming, negative control device and low pressure ammeter box;
The described the 6th) in step, if outlet switch closure, and On line switch has disconnection, and judgement is part line failure; If outlet switch disconnects, judgement is whole piece line failure; If outlet switch and On line switch are all in closure state, judgement is that circuit does not break down but device fails;
The described the 7th) in step, described definite fault type comprises:
A. as user transformers non-fault reports, determine that fault type is low-voltage platform area fault;
B. as user transformers has fault, report, but report without On line switch and outlet switch fault, determine that fault type is distribution transforming fault;
C. as user transformers has fault, report, and wired upper switch fault reports, determine that fault type is part line fault;
D. as user transformers has fault, report, and have outlet switch fault to report, determine that fault type is circuit fault completely;
E. as the negative control of user device non-fault reports, determine that fault type is middle pressure client internal fault;
F. control device as negative in user has fault to report, and wired upper switch fault reports, and determines that fault type is part line fault;
G. as user is negative, controlling device has fault to report, and has outlet switch fault to report, and determines that fault type is circuit faults completely.
The invention has the beneficial effects as follows: adopt after technique scheme, by active reporting failure message and the passive cls analysis equipment operation failure information of calling together of key node, combine, can automatically study and judge (anticipation in advance) in the very first time receiving after reporting fault information, and obtain fault type, the position of fault and fault effects region accurately, thereby for breakdown repair and management provide strong foundation, and then improve the efficiency of breakdown repair and administration of power networks.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, adapted electric network fault of the present invention is studied and judged to platform and analysis method is described further.
Fig. 1 is the Organization Chart that the embodiment of the present invention one adapted electric network fault is studied and judged platform.
Fig. 2 is the process flow diagram of the embodiment of the present invention one adapted electric network fault analysis method.
Fig. 3 is the Organization Chart that the embodiment of the present invention two adapted electric network faults are studied and judged platform.
Fig. 4 is the process flow diagram of the embodiment of the present invention two adapted electric network fault analysis methods.
Fig. 5 is the Organization Chart that the embodiment of the present invention three adapted electric network faults are studied and judged platform.
Embodiment
Embodiment mono-
The present embodiment adapted electric network fault is studied and judged platform as shown in Figure 1, the failure message that receipt source reports for repairment in existing 95598 systems, comprise failure message receiver module 1, faulty equipment locating module 2, failure message screening module 3, line topological analysis module 4, equipment operation information analysis module 5, line switching analysis module 6, fault analysis display module 7;
Failure message receiver module 1, receives and verification for the failure message that 95598 systems are reported;
Equipment locating module 2, obtains actual geographic position and the account information of the source device relevant to failure message by existing power distribution management system (PMS);
Failure message screening module 3, for the failure message behind equipment location is screened, gets rid of the scheduled outage failure message and the confirmed failure message that have generated;
Line topological analysis module 4, carries out topological analysis for the adapted electric line under the failure message filtering out, and obtains the topological structure of this adapted electric line and the circuit charging equipment list of associated topologies structure;
Equipment operation information analysis module 5, calls cls analysis together for the circuit charging equipment of circuit charging equipment list is carried out to operation information step by step, according to the equipment operation information analyzing, judges whether circuit charging equipment exists fault;
Line switching analysis module 6, for detection of the switch folding information of the On line switch in adapted electric line and outlet switch, judges whether adapted electric line exists line fault;
Fault analysis display module 7, for determining fault type according to the analysis result of equipment operation information analysis module and line switching analysis module, and determines fault effects region according to the topological structure of adapted electric line.
The present embodiment adapted electric network fault analysis method as shown in Figure 2, adopts above-mentioned power matching network fault automatically to study and judge platform, and carries out following steps:
1) receive failure message: by the failure message that failure message receiver module 1 receives in real time and verification 95598 systems report.
2) equipment location: faulty equipment locating module 2 obtains actual geographic position and the account information of the source device relevant to failure message by existing power distribution management system (PMS).
Concrete steps are: according to the Customs Assigned Number reporting for repairment, by existing power distribution management system (PMS), obtain the low pressure ammeter box equipment that is associated of user or negative control device as source device, and the unique coded query by low pressure ammeter box equipment or negative control device is to source device actual geographic coordinate information and account information.
3) failure message screening: the failure message after failure message screening module 3 is located source device screens, judge whether the failure message behind location belongs to the scheduled outage failure message and the confirmed failure message that have generated, get rid of in this way, if not being carries out next step.
Concrete screening step is: whether failure message screening module first failure judgement information is the scheduled outage failure message having generated, scheduled outage failure message is got rid of this failure message and is not is not studied and judged in this way, and inform and report user for repairment by 95598 systems, if be not scheduled outage failure message failure judgement information whether be confirmed failure message, confirmed failure message is got rid of this failure message and is not is not studied and judged in this way, and informs that by 95598 systems user has confirmed the repairing situation of fault; As neither scheduled outage failure message neither confirmed failure message, carry out next step.
4) line topological analysis: the adapted electric line that line topological analysis module 4 is reviewed under the failure message to filtering out by power supply point is carried out topological analysis, obtains the topological structure of this adapted electric line and the circuit charging equipment list of associated topologies structure.
Concrete analysis step is: first according to the actual geographic position of source device, carry out power supply point and review, form and review path (obtaining the topological structure of this adapted electric line); Then collect power supply point and review the circuit charging equipment on path, circuit charging equipment is classified, combined, form the list of circuit charging equipment.
5) equipment operation information is analyzed: equipment operation information analysis module 5 carries out step by step equipment operation information by the circuit charging equipment in the list of circuit charging equipment by existing power information acquisition system (CSM) and calls cls analysis together, according to the equipment operation information analyzing, judge whether circuit charging equipment exists fault, carry out in this way next step, if not being that failure judgement information is user's internal fault information, finish to study and judge.
Concrete analysis step is: the outlet switch in the list of circuit charging equipment, On line switch, distribution transforming, negative control device, low pressure ammeter box (circuit charging equipment) are carried out step by step equipment operation information and call cls analysis together, whether the correlated current magnitude of voltage of checking circuit charging equipment is abnormal, if, there is fault, if not, normal operation all in the said equipment can failure judgement information be the fault repairing information that causes inside to break down to report due to client's self reason.
6) line switching analysis: line switching analysis module 6, by the On line switch in existing power distribution automation management system (DMS) detection adapted electric line and the switch folding information of outlet switch, judges whether adapted electric line exists line fault; Judge in this way the 5th) in step circuit charging equipment to have fault be line fault, if not being judges the 5th) in step circuit charging equipment to have fault be circuit charging equipment faults itself.
Specifically judge whether adapted electric line exists the step of line fault to comprise:
If 1. outlet switch closure, and On line switch has disconnection, judgement is part line failure;
If 2. outlet switch disconnects, judgement is whole piece line failure;
If 3. outlet switch and On line switch are all in closure state, judgement is that circuit does not break down but device fails.
7) determine and show fault: failure analysis module 7 is determined fault type according to the said equipment operation information and switch folding information, according to the topological structure of above-mentioned adapted electric line, determine the position of fault and fault effects region, by existing adapted power grid GIS system demonstration, there is circuit charging equipment and the account information thereof of fault, and show the range of influence of the adapted electric line that has line fault.Concrete steps are:
First, according to the definite failure condition of analysis result of the said equipment operating analysis and switch folding information, further determine the particular type (fault type comprises low-voltage platform area fault, distribution transforming fault, middle pressure client's internal fault, part line fault and circuit fault completely) of fault; The detailed process of determining fault type comprises:
A. as user transformers non-fault reports, determine that fault type is low-voltage platform area fault;
B. as user transformers has fault, report, but report without On line switch and outlet switch fault, determine that fault type is distribution transforming fault;
C. as user transformers has fault, report, and wired upper switch fault reports, determine that fault type is part line fault;
D. as user transformers has fault, report, and have outlet switch fault to report, determine that fault type is circuit fault completely;
E. as the negative control of user device non-fault reports, determine that fault type is middle pressure client internal fault;
F. control device as negative in user has fault to report, and wired upper switch fault reports, and determines that fault type is part line fault;
G. as user is negative, controlling device has fault to report, and has outlet switch fault to report, and determines that fault type is circuit faults completely;
Finally, according to the fault type analyzing and fault zone, by the charging equipment breaking down, on the map of existing generalized information system, position and the demonstration of relevant account information; Or analyze by line topological, by the region of line fault impact, brightening demonstration on the map of existing generalized information system.
Embodiment bis-
The present embodiment adapted electric network fault is studied and judged platform as shown in Figure 3, be the variation on embodiment mono-basis, its difference except identical with embodiment mono-is: the failure message that receipt source reports in existing power information acquisition system (CSM).
The present embodiment adapted electric network fault analysis method as shown in Figure 4, except identical with embodiment mono-, difference is: (1) is the 2nd) in step, owing to there being the unique coding of equipment in reporting information, and no user number information reports, so do not need to obtain the associated low pressure ammeter box of user or negative control device according to Customs Assigned Number, but by existing power distribution management system, obtain distribution transforming according to asset of equipments numbering, switch and negative control device are as source device, and directly according to distribution transforming, unique coding of switch and negative control device, by existing power distribution management system (PMS), obtain actual geographic position and the account information of the source device that failure message is relevant, (2) the 3rd) in step, scheduled outage information and confirmed failure message, do not need to be informed and reported for repairment user by 95598 systems.
Embodiment tri-
The present embodiment adapted electric network fault is studied and judged platform as shown in Figure 5, be the variation on embodiment bis-bases, its difference except identical with embodiment bis-is: the failure message that receipt source reports in existing power distribution automation management system (DMS).
The present invention is not limited to the concrete technical scheme described in above-described embodiment, and the technical scheme that all employings are equal to replacement formation is the protection domain that the present invention requires.
Claims (13)
1. adapted electric network fault is studied and judged a platform, it is characterized in that: comprise failure message receiver module, faulty equipment locating module, failure message screening module, line topological analysis module, equipment operation information analysis module, line switching analysis module and fault analysis display module;
Described failure message receiver module is for receiving and verification the failure message reporting;
Described faulty equipment locating module is used for by actual geographic position and the account information of the existing power distribution management system acquisition source device relevant to failure message;
Described failure message screening module, for the failure message behind equipment location is screened, is got rid of the scheduled outage failure message and the confirmed failure message that have generated;
Described line topological analysis module, for the adapted electric line under the failure message filtering out is carried out to topological analysis, obtains the topological structure of this adapted electric line and the circuit charging equipment list of associated topologies structure;
Described equipment operation information analysis module is called cls analysis together for the circuit charging equipment of circuit charging equipment list is carried out to equipment operation information step by step, and judges whether circuit charging equipment exists fault;
Described line switching analysis module is for detection of the switch folding information of the On line switch in adapted electric line and outlet switch, and judges whether adapted electric line exists line fault;
Described fault analysis display module is for determining fault type, the position of fault and fault effects region according to equipment operation information, switch folding information and topological structure, by existing adapted power grid GIS system demonstration, there is circuit charging equipment and the account information thereof of fault, and show the range of influence of the adapted electric line that has fault.
2. adapted electric network fault is studied and judged platform according to claim 1, it is characterized in that: described circuit charging equipment is outlet switch, On line switch, distribution transforming, negative control device or low pressure ammeter box, and it is to check that whether the correlated current magnitude of voltage of circuit charging equipment is abnormal that described equipment operation information is called cls analysis together.
3. adapted electric network fault is studied and judged platform according to claim 1, it is characterized in that: described source device is by existing power distribution management system, to obtain the low pressure ammeter box that user is associated according to the Customs Assigned Number reporting for repairment, and the actual geographic position of described source device and account information are to obtain by existing power distribution management system queries according to unique coding of source device.
4. adapted electric network fault is studied and judged platform according to claim 1, it is characterized in that: described failure message is for passing through 95598 system user repairing information, existing power information acquisition system reporting fault information or existing power distribution automation management system reporting fault information; Described fault type comprises low-voltage platform area fault, distribution transforming fault, middle pressure client's internal fault, part line fault or circuit fault completely.
5. an adapted electric network fault analysis method, adopts adapted electric network fault as claimed in claim 1 to study and judge platform, and carries out following steps:
1) receive failure message: by the failure message that failure message receiver module receives in real time and verification reports;
2) equipment location: faulty equipment locating module is by actual geographic position and the account information of the existing power distribution management system acquisition source device relevant to failure message;
3) failure message screening: the failure message after failure message screening module is located source device screens, judge that whether the failure message behind source device location belongs to the scheduled outage failure message and the confirmed failure message that have generated, in this way, gets rid of, if not, carry out next step;
4) line topological analysis: the adapted electric line that line topological analysis module is reviewed under the failure message to filtering out by power supply point is carried out topological analysis, obtains the topological structure of this adapted electric line and the circuit charging equipment list of associated topologies structure;
5) equipment operation information is analyzed: equipment operation information analysis module carries out step by step equipment operation information by the circuit charging equipment in the list of circuit charging equipment and calls cls analysis together, according to the equipment operation information analyzing, judge whether circuit charging equipment exists fault, carry out in this way next step, if not being that failure judgement information is user's internal fault information, finish to study and judge;
6) line switching analysis: the On line switch in line switching analysis module detection adapted electric line and the switch folding information of outlet switch, judge whether adapted electric line exists line fault;
7) determine and show fault: fault analysis display module is determined fault type according to described equipment operation information and switch folding information, according to described topological structure, determine the position of fault and fault effects region, by existing adapted power grid GIS system demonstration, there is circuit charging equipment and the account information thereof of fault, and show the range of influence of the adapted electric line that has fault.
6. adapted electric network fault analysis method according to claim 5, is characterized in that: described failure message is to report failure message for repairment by 95598 system users; The described the 2nd) in step, described source device is by existing power distribution management system, to obtain low pressure ammeter box or the negative control device that user is associated according to the Customs Assigned Number reporting for repairment; The actual geographic position of described source device and account information are to obtain by existing power distribution management system queries according to unique coding of low pressure ammeter box or negative control device.
7. adapted electric network fault analysis method according to claim 5, is characterized in that: described failure message is existing power information acquisition system reporting fault information; The described the 2nd) in step, described source device is by existing power distribution management system, to obtain distribution transforming, outlet switch, On line switch or the negative device of controlling according to asset of equipments numbering; The actual geographic position of described source device and account information are to obtain by existing power distribution management system queries according to unique coding of distribution transforming, outlet switch, On line switch or negative control device.
8. adapted electric network fault analysis method according to claim 5, is characterized in that: described failure message is existing power distribution automation management system reporting fault information; The described the 2nd) in step, described source device is by existing power distribution management system, to obtain distribution transforming, outlet switch, On line switch or the negative device of controlling according to asset of equipments numbering; The actual geographic position of described source device and account information are to obtain by existing power distribution management system queries according to unique coding of source distribution transforming, outlet switch, On line switch or negative control device.
9. according to adapted electric network fault analysis method described in claim 5,6,7 or 8, it is characterized in that: the described the 4th) in step, it is according to the actual geographic position of source device, to carry out power supply point to review and form and review path that described power supply point is reviewed, then collect power supply point and review the circuit charging equipment on path, circuit charging equipment is classified, combined, form the list of circuit charging equipment.
10. according to adapted electric network fault analysis method described in claim 5,6,7 or 8, it is characterized in that: the described the 5th) in step, described circuit charging equipment is outlet switch, On line switch, distribution transforming, negative control device or low pressure ammeter box, and it is to check that whether the correlated current magnitude of voltage of circuit charging equipment is abnormal that described equipment operation information is called cls analysis together.
11. according to adapted electric network fault analysis method described in claim 5,6,7 or 8, it is characterized in that: the described the 6th) in step, describedly judge whether adapted electric line exists line fault to comprise:
If 1. outlet switch closure, and On line switch has disconnection, judgement is part line failure;
If 2. outlet switch disconnects, judgement is whole piece line failure;
If 3. outlet switch and On line switch are all in closure state, judgement is that circuit does not break down but device fails.
12. according to adapted electric network fault analysis method described in claim 6,7 or 8, it is characterized in that: the described the 7th) in step, described definite fault type comprises:
A. as user transformers non-fault reports, determine that fault type is low-voltage platform area fault;
B. as user transformers has fault, report, but report without On line switch or outlet switch fault, determine that fault type is distribution transforming fault;
C. as user transformers has fault, report, and wired upper switch fault reports, determine that fault type is part line fault;
D. as user transformers has fault, report, and have outlet switch fault to report, determine that fault type is circuit fault completely;
E. as born, control device non-fault and report, determine that fault type is middle pressure client internal fault;
F. as negative control device have fault to report, and wired upper switch fault reports, and determines that fault type is part line fault;
G. as born, controlling device has fault to report, and has outlet switch fault to report, and determines that fault type is circuit faults completely.
13. according to adapted electric network fault analysis method described in claim 6,7 or 8, it is characterized in that: the described the 3rd) in step, whether failure message screening module first failure judgement information is the scheduled outage failure message having generated, in this way, getting rid of this failure message does not does not study and judge, and inform and report user for repairment by 95598 systems, if not being, whether failure judgement information is confirmed failure message, in this way, get rid of this failure message and do not study and judge, and inform that by 95598 systems user has confirmed the repairing situation of fault; As neither scheduled outage failure message neither confirmed failure message, carry out next step;
The described the 4th) in step, the described the 4th) in step, it is according to the actual geographic position of source device, to carry out power supply point to review and form and review path that described power supply point is reviewed, then collect power supply point and review the circuit charging equipment on path, circuit charging equipment is classified, combined, form the list of circuit charging equipment;
The described the 5th) in step, described circuit charging equipment is outlet switch, On line switch, distribution transforming, negative control device or low pressure ammeter box;
The described the 6th) in step, if outlet switch closure, and On line switch has disconnection, and judgement is part line failure; If outlet switch disconnects, judgement is whole piece line failure; If outlet switch and On line switch are all in closure state, judgement is that circuit does not break down but device fails;
The described the 7th) in step, described definite fault type comprises:
A. as user transformers non-fault reports, determine that fault type is low-voltage platform area fault;
B. as user transformers has fault, report, but report without On line switch or outlet switch fault, determine that fault type is distribution transforming fault;
C. as user transformers has fault, report, and wired upper switch fault reports, determine that fault type is part line fault;
D. as user transformers has fault, report, and have outlet switch fault to report, determine that fault type is circuit fault completely;
E. as born, control device non-fault and report, determine that fault type is middle pressure client internal fault;
F. as negative control device have fault to report, and wired upper switch fault reports, and determines that fault type is part line fault;
G. as born, controlling device has fault to report, and has outlet switch fault to report, and determines that fault type is circuit faults completely.
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