CN107316164A - Repetition outage analysis method based on fuzzy matching - Google Patents
Repetition outage analysis method based on fuzzy matching Download PDFInfo
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- 230000008676 import Effects 0.000 claims abstract description 10
- 238000013502 data validation Methods 0.000 claims description 21
- 238000005194 fractionation Methods 0.000 claims description 8
- 230000008859 change Effects 0.000 claims description 7
- 230000009471 action Effects 0.000 claims description 6
- 238000010276 construction Methods 0.000 claims description 6
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Abstract
The invention discloses a kind of repetition outage analysis method based on fuzzy matching, including power failure schedule maintenance module, executed power failure schedule maintenance module, power failure balance module, power failure schedule module is balanced；The power failure schedule maintenance module carries out power failure and plans to import, edit, delete, inquiring about, exporting；The executed power failure schedule maintenance module carries out executed power failure plan importing, inquiry, deleted, and the power failure balance module progress repeats outage analysis, the maintenance of power failure projected state, have a power failure plan merging；The power failure schedule module that balanced has been balanced power failure plan inquiry, export.The repetition outage analysis method based on fuzzy matching of the present invention, quick, high-efficiency and continuous on-line analysis repeats power cut record；So that the artificial degree for participating in analysis process is greatly reduced, available man-power resource is liberated；Same have a power failure is analyzed in very short time and is related to the repetition power cut record of a plurality of dead line in the works, to improve analysis efficiency.
Description
Technical field
The present invention relates to a kind of repetition outage analysis method based on fuzzy matching, belong to electrical equipment technical field.
Background technology
It is after the power failure plan of constituent parts next period is collected, to be extracted by from traffic department that tradition, which repeats outage analysis method,
Recent executed have a power failure and be intended to be the supports of repetition outage analysis data, the then root one by one in next period power failure list of schedules
According to line name keyword, manually screening reaches that analysis repeats the purpose of power cut record from executed power failure plan form, if
Find repetition power cut record, take a nearest record, then it is artificial it is counter fill out into next period power failure list of schedules, the meter until next period has a power failure
List investigation is drawn to finish.
There is problems with existing analysis method：
Analysis process is cumbersome, and heavy dependence analyzes the working attitude of personnel, easily error；Personnel's analysis efficiency is too low, accounts for
Employee's plenty of time is used, the wasting of resources is caused, it is impossible to analysis process real-time continuous demand is met.
The content of the invention
It is artificial to be greatly reduced it is an object of the invention to provide a kind of repetition outage analysis method based on fuzzy matching
The degree of analysis process is participated in, available man-power resource is liberated；This method is quick, high-efficiency and continuous on-line analysis repeats the note that has a power failure
Record；It is related to the repetition power cut record of a plurality of dead line in the works to analyze same have a power failure in very short time, improves analysis effect
Rate；Realize that repeating the automation of power failure control flow, power failure plan declares standardization.
The purpose of the present invention is achieved by the following technical programs：
A kind of repetition outage analysis method based on fuzzy matching, including power failure schedule maintenance module, executed power failure meter
Draw maintenance module, power failure balance module, balance power failure schedule module；
1. described in power failure schedule maintenance module carry out have a power failure plan import, editor, delete, inquiry, export；
Importing comprises the following steps：
1) to fill next period power failure plan under Excel template line, the Excel file safeguarded then is imported into the meter that has a power failure
Draw in maintenance module；
2) system analysis upload Excel file content and carry out data validation；
3) data validation is completely after, and the content parsed in Excel file is carried out structuring by system
Store database；
Editor comprises the following steps：
1) the power failure plan record for needing to edit is found by the search condition specified in power failure schedule maintenance module；
2) in lookup result list, choosing needs the record into edlin, completes editting function；
Deletion comprises the following steps：
1) the power failure plan record for needing to delete is found by the search condition specified in power failure schedule maintenance module；
2) in lookup result list, the record for needing to be deleted is chosen, completes to delete function.
Inquiry comprises the following steps：
In power failure schedule maintenance module, system provides date start-stop scope, line name, the retrieval of applying unit according to plan
Corresponding power failure plan is searched in condition, progress；
Export comprises the following steps：
In power failure schedule maintenance module by the search condition specified, the derived power failure plan record of needs is found, is completed
Export；
2. described in executed power failure schedule maintenance module carry out executed have a power failure plan import, inquiry, delete,
Importing comprises the following steps：
1) from scheduling OMS export this month executed power failure planning data；
2) executed is had a power failure and plans Excel file importing executed power failure schedule maintenance module；
3) parse the Excel file content uploaded and carry out data validation；
4) content parsed in Excel is carried out structured storage to number by data validation completely after
According to storehouse；
Inquiry comprises the following steps：
In executed power failure schedule maintenance module, by actual power failure start-stop scope, applying unit, power failure range retrieval bar
Corresponding executed power failure plan is searched in part, progress；
Deletion comprises the following steps：
1) in executed power failure schedule maintenance module by the search condition specified, finding needs the executed deleted to have a power failure
Plan record,
2) in lookup result list, the record for needing to be deleted is chosen, completes to delete function；
3. described in power failure balance module carry out repeat outage analysis, power failure projected state safeguard, have a power failure plan merge；
The outage analysis that repeats comprises the following steps：
1) one is chosen in next period power failure list of schedules needs to analyze the record for repeating to have a power failure；
2) line name having a power failure in the works currently chosen is extracted, if there is branch in line name, unifies to replace
For the branch under Chinese character coding input method；
3) split to replacing the line name after branch by branch, line name quantity is after fractionation【Branch number+
1】Bar；
4) line name after all fractionations is circulated, using in database【LIKE】Grammer, specific rules are【LIKE
' % line names % '】Fuzzy matching is searched before and after carrying out【Executed has a power failure actual power off time in the works】【Next period has a power failure
Date of enterprise in the works】Record in the range of nearest two months, circulation is until the equal fuzzy search of all line names one time；
5) by whole fuzzy matching to executed power failure plan record return in repetition power cut record list show；
6) have a power failure in the works in the executed matched, to repeating what is had a power failure【Line name】Carry out red coloration and protrude aobvious
Show；
The power failure projected state, which is safeguarded, to be comprised the following steps：
1) record for needing to change power failure projected state is chosen in next period power failure list of schedules；
2) selection is to the change result of this power failure projected state, and the date performs or postponed flat to next month according to plan for selection approval
Weigh or declare and be unplanned；
The power failure plan merging comprises the following steps：
1) a plurality of power failure plan record for needing to merge is chosen in next period power failure list of schedules；
2) pooling function is completed；
4. described in balanced power failure schedule module balanced power failure plan inquiry, export；
Inquiry comprises the following steps：
Power failure schedule module is being balanced, system provides date start-stop scope, line name, the inspection of applying unit according to plan
Rope condition, progress, which is searched, has accordingly balanced power failure plan；
Export comprises the following steps：
1) power failure schedule module is being balanced by the search condition specified, find the derived power failure plan record of needs；
2) export function is completed.
The purpose of the present invention can also further be realized by following technical measures：
The foregoing repetition outage analysis method based on fuzzy matching, wherein power failure schedule maintenance module carry out power failure plan and led
Enter step 2) system analysis upload Excel file content and carry out data validation, including：
When date of enterprise, line name, power failure range, power failure amount, power failure duration, action, power failure are started over
Between, responsibility teams and groups, unit in charge of construction, project manager, unit in charge of construction work director, applying unit's attribute whether filled in correspondence number
According to not filling in the record of data, system is recorded and alarmed.
The foregoing repetition outage analysis method based on fuzzy matching, wherein power failure schedule maintenance module carry out power failure plan and led
Enter step 2) system analysis upload Excel file content and carry out data validation, including：
Whether the special data such as date, time, numerical value form is normally filled in, the record do not filled in by agreement form, system
Record and alarm.
The foregoing repetition outage analysis method based on fuzzy matching, wherein power failure schedule maintenance module carry out power failure plan and led
Enter step 2) system analysis upload Excel file content and carry out data validation, including：
The data that applying unit's attribute is filled in, if in the range of system agreement, if the not data in the range of agreement,
System is recorded and alarmed.
The foregoing repetition outage analysis method based on fuzzy matching, the executed power failure schedule maintenance module has been held
Row, which has a power failure, plans steps for importing 3) parse the Excel file content uploaded and carry out data validation, including：
Whether power failure range, action have filled in corresponding data, and the record of data is not filled in, and system is recorded and alarmed.
The foregoing repetition outage analysis method based on fuzzy matching, the executed power failure schedule maintenance module has been held
Row, which has a power failure, plans steps for importing 3) parse the Excel file content uploaded and carry out data validation, including：
Whether the special data such as date, time, numerical value form is normally filled in, the record do not filled in by agreement form, system
Record and alarm.
The foregoing repetition outage analysis method based on fuzzy matching, the executed power failure schedule maintenance module has been held
Row, which has a power failure, plans steps for importing 3) parse the Excel file content uploaded and carry out data validation, including：
The data that applying unit's attribute is filled in, if in the range of system agreement, if the not data in the range of agreement,
System is recorded and alarmed.
Compared with prior art, the beneficial effects of the invention are as follows：The repetition outage analysis based on fuzzy matching of the present invention
Method, quick, high-efficiency and continuous on-line analysis repeats power cut record；So that the artificial degree for participating in analysis process is greatly reduced,
Liberate available man-power resource；Same have a power failure is analyzed in very short time and is related to the repetition power failure note of a plurality of dead line in the works
Record, to improve analysis efficiency, the present invention realizes that repeating the automation of power failure control flow, power failure plan declares standardization.
Brief description of the drawings
Fig. 1 is the repetition outage analysis method flow diagram based on fuzzy matching of the present invention.
Embodiment
The invention will be further described with specific embodiment below in conjunction with the accompanying drawings.
Plan as shown in figure 1, the repetition outage analysis method of fuzzy matching is had a power failure by power failure schedule maintenance module, executed
Maintenance module, power failure balance module, balanced power failure schedule module composition.
1. power failure schedule maintenance module：
This module mainly provides the functions such as power failure plan importing, editor, deletion, inquiry, export.
Import：
Next period power failure plan is filled under constituent parts power failure planning personnel, the Excel template line specified using system,
Then the Excel file safeguarded is selected to import in system blackout schedule maintenance module；
The Excel file content of system analysis upload simultaneously carries out data validation：
When date of enterprise, line name, power failure range, power failure amount, power failure duration, action, power failure are started over
Between, responsibility teams and groups, unit in charge of construction, project manager, unit in charge of construction work director, the attribute such as applying unit whether filled in correspondence
Data, the record of data is not filled in, and system is recorded and alarmed；
Whether the special data such as date, time, numerical value form is normally filled in, the record do not filled in by agreement form, system
Record and alarm；
The data that applying unit's attribute is filled in, if in the range of system agreement, if the not data in the range of agreement,
System is recorded and alarmed.
Data validation is completely after, and system arrives the content parsed in Excel progress structured storage
Database.
Editor：
In power failure schedule maintenance module by the search condition specified, the power failure plan record for needing to edit is found；
In lookup result list, choosing needs the record into edlin, clicks on【Modification】Button；
After the editing interface of opening, amendment corresponding contents, click on【Submit】Button, completes editting function.
Delete：
In power failure schedule maintenance module by the search condition specified, the power failure plan record for needing to delete is found；
In lookup result list, the record for needing to be deleted is chosen, is clicked on【Delete】Button, completes to delete function.
Inquiry：
In power failure schedule maintenance module, system provides date start-stop scope, line name (fuzzy), applying unit according to plan
Etc. search condition, corresponding power failure plan function is searched in progress.
Export：
In power failure schedule maintenance module by the search condition specified, the derived power failure plan record of needs is found；
Click on【Export】Button, completes export function.
2. executed power failure schedule maintenance module
This module mainly provides the functions such as executed power failure plan importing, inquiry, deletion.
Import：
Outage analysis personnel are repeated, before monthly No. 15, from scheduling OMS export this month executed power failure quota
According to；
Derived executed power failure plan Excel file is selected to lead in the system executed power failure schedule maintenance module
Enter；
The Excel file content of system analysis upload simultaneously carries out data validation：
Whether power failure range, action have filled in corresponding data, and the record of data is not filled in, and system is recorded and alarmed；
Whether the special data such as date, time, numerical value form is normally filled in, the record do not filled in by agreement form, system
Record and alarm；
The data that applying unit's attribute is filled in, if in the range of system agreement, if the not data in the range of agreement,
System is recorded and alarmed.
Data validation is completely after, and system arrives the content parsed in Excel progress structured storage
Database.
Inquiry：
In executed power failure schedule maintenance module, system, which is provided, presses actual power failure start-stop scope, applying unit, power failure range
Corresponding executed power failure plan function is searched in search conditions such as (fuzzy), progress.
Delete：
In executed power failure schedule maintenance module by the search condition specified, the executed power failure meter for needing to delete is found
Mark record；
In lookup result list, the record for needing to be deleted is chosen, is clicked on【Delete】Button, completes to delete function.
3. power failure balance module
This module mainly provides the functions such as repetition outage analysis, power failure projected state are safeguarded, power failure plan merges.
Repeat outage analysis：
One is chosen in next period power failure list of schedules needs to analyze the record for repeating to have a power failure；
The line name having a power failure in the works currently chosen is extracted, if there is branch in line name, is uniformly replaced with
Branch under Chinese character coding input method；
Split to replacing the line name after branch by branch, line name quantity is after fractionation【Branch number+1】
Bar；
The line name after all fractionations is circulated, using in database【LIKE】Grammer, specific rules are【LIKE ' %
Line name % '】Fuzzy matching is searched before and after carrying out【Executed has a power failure actual power off time in the works】【Next period, which has a power failure, plans
Middle date of enterprise】Record in the range of nearest two months, circulation is until the equal fuzzy search of all line names one time；
By whole fuzzy matching to executed power failure plan record return in repetition power cut record list show；
Have a power failure in the works in the executed matched, to repeating what is had a power failure【Line name】Red coloration is carried out to highlight.
Power failure projected state is safeguarded：
A record for needing to change power failure projected state is chosen in next period power failure list of schedules；
The change result to this power failure projected state is selected, the date performs, postpones to next month balance, declares according to plan for approval
It is unplanned etc..
The plan that has a power failure merges：
The a plurality of power failure plan record for needing to merge is chosen in next period power failure list of schedules；
Click on【Merge】Button, fills in the corresponding contents after merging opening interface, clicks on【Preserve】Button, completes to merge
Function.
4. balance power failure schedule module
This module, which is mainly provided, has balanced the functions such as power failure plan inquiry, export.
Inquiry：
Power failure schedule module is being balanced, system provides date start-stop scope, line name (fuzzy), request slip according to plan
The search conditions such as position, progress, which is searched, has accordingly balanced power failure plan function.
Export：
Power failure schedule module is being balanced by the search condition specified, the derived power failure plan record of needs is found；
Click on【Export】Button, completes export function.
Constituent parts power failure plan approving person examines to our unit's next period power failure plan, is needed in approval process to spy
Different regular data carries out handling as follows：
1) the doubtful repetition power failure plan of line name identical is merged；
2) plan of the power failure amount more than 400 families in the works that have a power failure needs to upload explanation；
3) plan of the power failure duration more than 8 hours in the works that have a power failure needs to fill in reason；
After abnormal data is all disposed, it can just examine and pass through.
Power failure balance personnel, the executed of export this month has a power failure in scheduling OMS before the balance meeting that monthly has a power failure
Planning data, and import in the system；
In power failure balance module, choose after a next period power failure plan, the fractionation that system can be unified in alternative routing title
Symbol；
Split after symbol unification, carry out fractionation circuit, the line set after being split；
All line names fuzzy matching power failure range in executed power failure planning data is circulated, searches whether exist
Power cut record is performed, if in the presence of showing that belonging to repetition has a power failure, all matching results of circulation end merging, which are returned, repeats power cut record
List is shown；
Power failure balance personnel make power failure projected state change strategy according to network analysis result.
In addition to the implementation, the present invention can also have other embodiment, all use equivalent substitution or equivalent transformation shape
Into technical scheme, all fall within the protection domain of application claims.
Claims (7)
1. a kind of repetition outage analysis method based on fuzzy matching, it is characterised in that including power failure schedule maintenance module, held
Row power failure schedule maintenance module, power failure balance module, power failure schedule module is balanced；
First, the power failure schedule maintenance module have a power failure plan import, editor, delete, inquiry, export；
Importing comprises the following steps：
1) to fill next period power failure plan under Excel template line, the Excel file safeguarded then is imported into power failure plan and tieed up
Protect in module；
2) system analysis upload Excel file content and carry out data validation；
3) data validation is completely after, and the content parsed in Excel file is carried out structured storage by system
To database；
Editor comprises the following steps：
1) the power failure plan record for needing to edit is found by the search condition specified in power failure schedule maintenance module；
2) in lookup result list, choosing needs the record into edlin, completes editting function；
Deletion comprises the following steps：
1) the power failure plan record for needing to delete is found by the search condition specified in power failure schedule maintenance module；
2) in lookup result list, the record for needing to be deleted is chosen, completes to delete function.
Inquiry comprises the following steps：
In power failure schedule maintenance module, system provides date start-stop scope, line name, the retrieval bar of applying unit according to plan
Corresponding power failure plan is searched in part, progress；
Export comprises the following steps：
In power failure schedule maintenance module by the search condition specified, the derived power failure plan record of needs is found, export is completed；
2nd, the executed power failure schedule maintenance module carries out the executed plan that has a power failure and imports, inquiry, deletes, import include with
Lower step：
1) from scheduling OMS export this month executed power failure planning data；
2) executed is had a power failure and plans Excel file importing executed power failure schedule maintenance module；
3) parse the Excel file content uploaded and carry out data validation；
4) content parsed in Excel is carried out structured storage to database by data validation completely after；
Inquiry comprises the following steps：
In executed power failure schedule maintenance module, by actual power failure start-stop scope, applying unit, power failure range search condition,
Corresponding executed power failure plan is searched in progress；
Deletion comprises the following steps：
1) the executed power failure plan for needing to delete is found by the search condition specified in executed power failure schedule maintenance module
Record,
2) in lookup result list, the record for needing to be deleted is chosen, completes to delete function；
3rd, the power failure balance module carries out repeating outage analysis, the maintenance of power failure projected state, has a power failure and plan to merge；
The outage analysis that repeats comprises the following steps：
1) one is chosen in next period power failure list of schedules needs to analyze the record for repeating to have a power failure；
2) line name having a power failure in the works currently chosen is extracted, if there is branch in line name, in uniformly replacing with
Branch under literary input method；
3) split to replacing the line name after branch by branch, line name quantity is after fractionation【Branch number+1】
Bar；
4) line name after all fractionations is circulated, using in database【LIKE】Grammer, specific rules are【LIKE ' % lines
Road title % '】Fuzzy matching is searched before and after carrying out【Executed has a power failure actual power off time in the works】【Next period has a power failure in the works
Date of enterprise】Record in the range of nearest two months, circulation is until the equal fuzzy search of all line names one time；
5) by whole fuzzy matching to executed power failure plan record return in repetition power cut record list show；
6) have a power failure in the works in the executed matched, to repeating what is had a power failure【Line name】Red coloration is carried out to highlight；
The power failure projected state, which is safeguarded, to be comprised the following steps：
1) record for needing to change power failure projected state is chosen in next period power failure list of schedules；
2) selection is to the change result of this power failure projected state, selection approval according to plan the date perform or postpone to next month balance or
Declare unplanned；
The power failure plan merging comprises the following steps：
1) a plurality of power failure plan record for needing to merge is chosen in next period power failure list of schedules；
2) pooling function is completed；
4th, the power failure schedule module that balanced has been balanced power failure plan inquiry, export；
Inquiry comprises the following steps：
Power failure schedule module is being balanced, system provides date start-stop scope, line name, the retrieval bar of applying unit according to plan
Part, progress, which is searched, has accordingly balanced power failure plan；
Export comprises the following steps：
1) power failure schedule module is being balanced by the search condition specified, find the derived power failure plan record of needs；
2) export function is completed.
2. the repetition outage analysis method as claimed in claim 1 based on fuzzy matching, it is characterised in that the power failure plan
Maintenance module carries out the plan steps for importing 2 that has a power failure) the Excel file content that uploads of system analysis and carry out data validation and test
Card, including：
Date of enterprise, line name, power failure range, power failure amount, power failure duration, action, power failure start over time, duty
Appoint whether teams and groups, unit in charge of construction, project manager, unit in charge of construction work director, applying unit's attribute have filled in corresponding data, not
The record of data is filled in, system is recorded and alarmed.
3. the repetition outage analysis method as claimed in claim 1 based on fuzzy matching, it is characterised in that the power failure plan
Maintenance module carries out the plan steps for importing 2 that has a power failure) the Excel file content that uploads of system analysis and carry out data validation and test
Card, including：
Whether the special data such as date, time, numerical value form is normally filled in, the record do not filled in by agreement form, system record
And alarm.
4. the repetition outage analysis method as claimed in claim 1 based on fuzzy matching, it is characterised in that the power failure plan
Maintenance module carries out the plan steps for importing 2 that has a power failure) the Excel file content that uploads of system analysis and carry out data validation and test
Card, including：
The data that applying unit's attribute is filled in, if in the range of system agreement, if the not data in the range of agreement, system
Record and alarm.
5. the repetition outage analysis method as claimed in claim 1 based on fuzzy matching, it is characterised in that the executed stops
Electric schedule maintenance module carries out executed power failure plan steps for importing 3) parse the Excel file content uploaded and carry out data conjunction
Method checking, including：
Whether power failure range, action have filled in corresponding data, and the record of data is not filled in, and system is recorded and alarmed.
6. the repetition outage analysis method as claimed in claim 1 based on fuzzy matching, it is characterised in that the executed stops
Electric schedule maintenance module carries out executed power failure plan steps for importing 3) parse the Excel file content uploaded and carry out data conjunction
Method checking, including：
Whether the special data such as date, time, numerical value form is normally filled in, the record do not filled in by agreement form, system record
And alarm.
7. the repetition outage analysis method as claimed in claim 1 based on fuzzy matching, it is characterised in that the executed stops
Electric schedule maintenance module carries out executed power failure plan steps for importing 3) parse the Excel file content uploaded and carry out data conjunction
Method checking, including：
The data that applying unit's attribute is filled in, if in the range of system agreement, if the not data in the range of agreement, system
Record and alarm.
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| CN201710630179.2A CN107316164A (en) | 2017-07-28 | 2017-07-28 | Repetition outage analysis method based on fuzzy matching |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110874689A (en) * | 2019-09-24 | 2020-03-10 | 国网天津静海供电有限公司 | Cloud platform-based power failure plan management and control method |
| CN112364210A (en) * | 2020-10-13 | 2021-02-12 | 国网江苏省电力有限公司江阴市供电分公司 | Power distribution network power failure plan duplicate checking method |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20130116843A1 (en) * | 2011-11-07 | 2013-05-09 | Lsis Co., Ltd. | Outage schedule management apparatus and method in ems |
| CN103208050A (en) * | 2013-04-28 | 2013-07-17 | 国家电网公司 | Decision platform for implementing comprehensive power-cut maintenance plan |
| CN104156790A (en) * | 2014-08-22 | 2014-11-19 | 国家电网公司 | Method for optimizing and balancing power-cut schemes |
| WO2015178810A1 (en) * | 2014-05-21 | 2015-11-26 | Telefonaktiebolaget L M Ericsson (Publ) | Managing effects of a scheduled outage of mains power |
-
2017
- 2017-07-28 CN CN201710630179.2A patent/CN107316164A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20130116843A1 (en) * | 2011-11-07 | 2013-05-09 | Lsis Co., Ltd. | Outage schedule management apparatus and method in ems |
| CN103208050A (en) * | 2013-04-28 | 2013-07-17 | 国家电网公司 | Decision platform for implementing comprehensive power-cut maintenance plan |
| WO2015178810A1 (en) * | 2014-05-21 | 2015-11-26 | Telefonaktiebolaget L M Ericsson (Publ) | Managing effects of a scheduled outage of mains power |
| CN104156790A (en) * | 2014-08-22 | 2014-11-19 | 国家电网公司 | Method for optimizing and balancing power-cut schemes |
Non-Patent Citations (1)
| Title |
|---|
| 钱宇: "配网停电计划优化决策系统设计与实现", 《电脑知识与技术》 * |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110874689A (en) * | 2019-09-24 | 2020-03-10 | 国网天津静海供电有限公司 | Cloud platform-based power failure plan management and control method |
| CN112364210A (en) * | 2020-10-13 | 2021-02-12 | 国网江苏省电力有限公司江阴市供电分公司 | Power distribution network power failure plan duplicate checking method |
| CN112364210B (en) * | 2020-10-13 | 2024-03-01 | 国网江苏省电力有限公司江阴市供电分公司 | Power distribution network power outage plan duplicate checking method |
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