CN108664586A - A kind of acquisition methods and system of information - Google Patents
A kind of acquisition methods and system of information Download PDFInfo
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Abstract
The invention discloses a kind of acquisition methods of information, including：When receiving the target information acquisition request to any one destination item/equipment, the index for obtaining the equipment for including in request is parsed；Determine the classification type belonging to the index；In the classification type and the index there are corresponding with the index each data are searched in associated preset achievement data library；Each data are integrated according to integration method corresponding with the index, obtain the target information of the destination item/equipment.Above-mentioned acquisition methods, as long as determining the type of the target information obtained, corresponding target information can be directly obtained, it avoids based on artificial management and control and needs the circulation between multiple links even different data platform that could finally obtain corresponding data information, cause the deviation of the data information finally obtained larger, the low problem of accuracy.
Description
Technical field
The present invention relates to the acquisition methods and system of technical field of information management more particularly to a kind of information.
Background technology
Project/equipment can undergo the different stages in its lifecycle process, each stage includes a large amount of
Data information can be managed the corresponding data information of project/equipment, existing skill for the ease of the management to project/equipment
In art, project/equipment is managed by the way of based on artificial management and control, when the number for needing to obtain some project/equipment
It is believed that when breath, carried out between multiple links even different data platform by way of artificial management and control circulation obtain it is corresponding
Data information finally shows user after the completion of circulation.
Inventor is to the information access process progress of existing project/equipment the study found that manually based on management and control and needing
Corresponding data information could finally be obtained by circulating between multiple links even different data platform, cause finally to obtain
Data information deviation it is larger, accuracy is low.
Invention content
In view of this, the present invention provides a kind of acquisition methods of information and system, it is artificial in the prior art to solve
Based on management and control and need the circulation between multiple links even different data platform that could finally obtain corresponding data letter
Breath, causes the deviation of the data information finally obtained larger, the low problem of accuracy.Concrete scheme is as follows：
A kind of acquisition methods of information, including：
When receiving the target information acquisition request to any one destination item/equipment, the acquisition request is parsed
In include the destination item/equipment index；
Determine the classification type belonging to the index；
There are searched and the index in associated preset achievement data library with the index in the classification type
Corresponding each data；
Each data are integrated according to integration method corresponding with the index, obtain the destination item/
The target information of equipment.
Above-mentioned method, optionally, the classification type includes：35kv and the above equipment index, 10kv equipment indexes, electricity
Net index and project aid decision index.
Above-mentioned method, optionally, when the classification type be 35kv and the above equipment index when include：
It traverses the main transformer equipment for including in the 35kv and the above equipment index, 35kv and Above Transmission Lines equipment and breaks
Road device equipment, determines first object equipment；
First object index corresponding with the index is determined in the first object equipment, first index is strong
Kang Shuiping or operational efficiency；
And the first object equipment in search in preset achievement data library corresponding with the first object index
Each first data corresponding with the first object index；
Each first data are integrated according to integration method corresponding with the first object index, obtain institute
State the target information of first object equipment.
Above-mentioned method, optionally, when the classification type be 10kv equipment indexes when include：
Traverse the distribution transformer equipment for including in the 10kv equipment indexes, city 10kv line facilities and farming and pastoral area
10kv line facilities determine the second target device；
The second target indicator corresponding with the index, second target indicator are determined in second target device
For the general level of the health or operational efficiency；
In second target device in preset achievement data library corresponding with second target indicator search with
Corresponding each second data of second target indicator；
Each second data are integrated according to integration method corresponding with second target indicator, obtain institute
State the target information of the second target device.
Above-mentioned method, optionally, when the classification type be power grid index when include：
35kv grades or more the power grid index and 10kv power grid indexs in the power grid index are traversed, is determined and the target item
The corresponding power grid index of mesh；
Determine that third target indicator corresponding with the index, the third target indicator are whole in the power grid index
One kind in body level, operational safety, power supply capacity or the general level of the health；
Determine third target device corresponding with the third target indicator；
In the third target device in preset achievement data library corresponding with the third target indicator search with
The corresponding each third data of the third target indicator；
Each third data are integrated according to integration method corresponding with the third target indicator, obtain institute
State the target information of destination item.
Above-mentioned method, optionally, when the classification type be project aid decision index when include：
Traverse the 35kv in the project aid decision index and the above power grid construction project, 10 (20) kv power grid capital construction items
Mesh, 35kv or more technological transformation, major repair project and 10kv technological transformation, major repair project determine the aid decision index of destination item；
The 4th target indicator corresponding with the index is chosen in the destination item, the 4th target indicator is to set
Standby status assessment, bonus point item, deduction item, power network development harmony, electricity net safety stable, power grid power supply reliability, power grid electric energy
Quality meets workload demand and services one kind in social development；
Determine the 4th target device corresponding with the 4th target indicator；
In the 4th target device in preset achievement data library corresponding with the 4th target indicator search with
Corresponding each 4th data of 4th target indicator；
Each 4th data are integrated according to integration method corresponding with the 4th target indicator, obtain institute
State the target information of destination item.
Above-mentioned method, optionally, in the index there are associated preset achievement data library search with it is described
The corresponding each data of index include：
Determine the title with the associated target device of the index；
It obtains each first title by word segmentation processing is carried out to the title of the target device and is deposited respectively with the index
Each data in associated preset achievement data library carry out cosine similarity calculating；
Obtained each similarity result is compared with preset similarity threshold respectively；
The corresponding data of each similarity result that will be greater than the preset similarity threshold are corresponded to as the index
Each data.
Above-mentioned method further includes optionally：
If obtained each similarity result point is respectively less than the preset similarity threshold, according to the big of similarity result
It is small that each similarity result is ranked up.
A kind of acquisition system of information, including：
Parsing module, for when receiving the target information acquisition request to any one destination item/equipment, parsing
The index for obtaining the destination item/equipment for including in request；
Determining module, for determining the classification type belonging to the index；
Searching module, for there are looked into associated preset achievement data library with the index in the classification type
Look for each data corresponding with the index；
Module is integrated, for being integrated to each data according to integration method corresponding with the index, is obtained
The target information of the destination item/equipment.
Above-mentioned system, optionally, the searching module includes：
First determination unit, for determining the title with the associated target device of the index；
Computing unit obtains each first title and difference for will carry out word segmentation processing to the title of the target device
There are each data in associated preset achievement data library to carry out cosine similarity calculating with the index；
Comparing unit, for obtained each similarity result to be compared with preset similarity threshold respectively；
Second determination unit, the corresponding data of each similarity result for will be greater than the preset similarity threshold
As the corresponding each data of the index.
Compared with prior art, the present invention includes following advantages：
The invention discloses a kind of acquisition methods of information, including：When receiving to any one destination item/equipment
When target information obtains request, the index for obtaining the equipment for including in request is parsed；It determines belonging to the index
Classification type；There are searched and the index in associated preset achievement data library with the index in the classification type
Corresponding each data；Each data are integrated according to integration method corresponding with the index, obtain the mesh
The target information of mark project/equipment.Above-mentioned acquisition methods, as long as determining the type of the target information obtained, so that it may with direct
Corresponding target information is obtained, avoid based on artificial management and control and is needed between multiple links even different data platform
Circulation could finally obtain corresponding data information, cause the deviation of the data information finally obtained larger, accuracy is low to ask
Topic.
Description of the drawings
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technology description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
Obtain other attached drawings according to these attached drawings.
Fig. 1 is a kind of acquisition methods flow chart of information disclosed in the embodiment of the present application；
Fig. 2 is a kind of acquisition methods another method flow chart of information disclosed in the embodiment of the present application；
Fig. 3 is a kind of acquisition system structure diagram of information disclosed in the embodiment of the present application.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention.
Various modifications to these embodiments will be apparent to those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one
The widest range caused.
The invention discloses a kind of acquisition methods of information, the acquisition methods are applied in power grid project/full life of equipment
In period in the acquisition process of indication information, the indication information can be the general level of the health, operational efficiency, integral level, safety
Stability, Development and Harmony and power supply reliability etc., the executive agent of the acquisition methods can be the place of platform or terminal
Device is managed, the execution flow of the acquisition methods is as shown in Figure 1, include step：
S101, when receive request is obtained to the target information of any one destination item/equipment when, parse the acquisition
The index for the destination item/equipment for including in request；
In the embodiment of the present invention, described information obtains the index that request is equipment in an index or project to project
Acquisition.
S102, classification type belonging to the index is determined；
In the embodiment of the present invention, determine that it corresponds to classification type according to the corresponding project of the index or equipment, preferably
, the distribution type can be 35kv and the above equipment index, and 10kv equipment indexes, power grid index and project aid decision refer to
One kind in mark.
S103, in the classification type with the index there are in associated preset achievement data library search with it is described
The corresponding each data of index；
It searches in the embodiment of the present invention, in each preset database in determining classification type and is closed with the index
The preset database of connection searches the corresponding each number of the index in the index there are associated preset database
According to numerical value.
S104, each data are integrated according to integration method corresponding with the index, obtains the target
The target information of project/equipment.
In the embodiment of the present invention, each index can correspond to a data integration method, according to corresponding with the index
Integration method each data are integrated, when integrate complete when, obtain the destination item/equipment target letter
Breath.
Wherein, the preset database include marketing basic data, equipment (assets) O＆M lean management system data,
Dispatching management information system (OMS) data, power information acquisition system and mass data platform data.In the preset database
The scheduling frequency pro data of data.
The marketing basic data is provided by marketing Base data platform, and need are integrated with Marketing Major system data by
The analysis of the elements such as transmitted data amount, the transmission frequency asked, for grid equipment operation information statistical analysis system and province (city)
The horizontal integrating demand data of level considers that each province's difference condition, scheme are same using the technology path of marketing Base data platform
When support marketing archives be derived from structural data area of data center.Preferably, it is multiple by OGG modes that sales service application data are saved
Make province's marketing Base data platform.Grid equipment operation information statistical analysis system accesses province's marketing basis by JDBC modes
Extract data in data platform data sharing area.
Wherein, when having user, stoichiometric point, electric energy meter etc. newly-increased, marketing Base data platform is answered from sales service on demand
Data synchronization is carried out with system, and retention time is stabbed, grid equipment operation information statistical analysis system service passes through JDBC modes
Current newest detailed data is extracted to storage.
Wherein, when the file attributes such as user, stoichiometric point, electric energy meter change, marketing Base data platform on demand into
Row data update, and record attribute change time grid equipment operation information statistical analysis system service is direct by JDBC modes
It calls.
Equipment (assets) the O＆M lean management system data is provided by data center, and professional system is examined with fortune by
The analysis of the elements such as transmitted data amount, the transmission frequency of data integration demand, for grid equipment operational efficiency statistical analysis system
System and the horizontal integrating demand data for saving (city) level, using the technology path of data center.Preferably, equipment (assets) O＆M
Lean management system will transmission of electricity part, distribution section data-pushing to provincial data center by ETL modes.Grid equipment is run
Efficiency Statistics analysis system is by interface service by shared region data pick-up in structural data area of data center to system data
Buffering area.
Wherein, equipment (assets) O＆M lean management system by ETL modes by grid equipment data-pushing to saving series
According to center.It is hooked to service, automatically by equipment (assets) O＆M lean of Marketing Organization mechanism coding and data center by data
The institutional framework coding of Management System Data PMS systems is mapped.And it is hooked to relationship, by updating file data by data
To data field.
Dispatching management information system (OMS) data are provided by data center, and dispatching management information system (OMS) is responsible for CIME texts
Part is uploaded to file data area of provincial data center.Grid equipment operational efficiency statistical analysis system is by interface service by data
CIME files are extracted to system data buffer in the unstructured data area of center, and are parsed.Preferably, dispatching management information system
(OMS) grid equipment data are uploaded to provincial data center.By grid equipment operation information statistical system download and according to
CIME file structure logical relations are parsed to buffering area.By data hook to service, automatically will scheduling transformer, track data with
Equipment (assets) O＆M lean management system data PMS equipment files of data center correspond to (or interconnecting achievement by PO), shape
Forming apparatus, measuring point archives, and store measuring point and device relationships.
The power information acquisition system, mass data platform data are provided by mass data platform, interface server portion
It affixes one's name to magnanimity platform and extracts interface module, using multi-course concurrency mechanism by paralleling abstracting, to improve execution efficiency.Using buffering text
The form interim storage of part, data remove caching after the completion of being loaded onto interface library.
The invention discloses a kind of acquisition methods of information, including：When receiving to any one destination item/equipment
When target information obtains request, the index for obtaining the equipment for including in request is parsed；It determines belonging to the index
Classification type；There are searched and the index in associated preset achievement data library with the index in the classification type
Corresponding each data；Each data are integrated according to integration method corresponding with the index, obtain the mesh
The target information of mark project/equipment.Above-mentioned acquisition methods, as long as determining the type of the target information obtained, so that it may with direct
Corresponding target information is obtained, avoid based on artificial management and control and is needed between multiple links even different data platform
Circulation could finally obtain corresponding data information, cause the deviation of the data information finally obtained larger, accuracy is low to ask
Topic.
In the embodiment of the present invention, searched and the index in the index there are associated preset achievement data library
The method flow of corresponding each data is as shown in Fig. 2, include step：
S201, determination and the associated target device of the index title；
In the embodiment of the present invention, the title with the associated target device of the index is determined, for example, searching bibliography marking device
The entitled industry parks Yan Cun 2# common transformers.
S202, by the title of the target device carry out word segmentation processing obtain each first title with respectively with the finger
There are each data in associated preset achievement data library to carry out cosine similarity calculating for mark；
In the embodiment of the present invention, each the after word segmentation processing is carried out to the industry parks S201 Zhong Yancun 2# common transformers
One title is respectively Yan Cun, industry, garden, 2#, common transformer.It calculates separately each first title and is directed to and exist with the index
The cosine similarity of each data in associated preset achievement data library.
S203, obtained each similarity result is compared with preset similarity threshold respectively；
In the embodiment of the present invention, matching standard is specified according to each similarity calculation result, determines preset similarity threshold
Value, obtained each similarity result is compared with preset similarity threshold respectively,
S204, the corresponding data of each similarity result of the preset similarity threshold be will be greater than as the index
Corresponding each data.
In the embodiment of the present invention, if for example, the similarity of the maximum matching entries of similarity is more than 90%, as best
Occurrence；Similarity ranking is listed if maximum matching similarity is less than 90%, the reference as artificial selection.
In the embodiment of the present invention, when the classification type be 35kV and the above equipment index when, mainly to main transformer,
The general level of the health and operational efficiency of 35kV and Above Transmission Lines and breaker are analyzed.
Wherein, transformer includes the general level of the health and operational efficiency two indices.The general level of the health of transformer includes following letter
Breath：
Equipment state opinion rating：It is divided into normal, it is noted that it is abnormal, seriously, tested from power transmission and transformation equipment state overhauling
Regulation, only focusing on abnormality, (equipment state of equipment (assets) O＆M lean management system data PMS of data center is commented
Valence)；Whether yellow card equipment：Being divided into is, no, belongs to newly-increased index, according to main transformer model；Whether famous equipment：Being divided into is, no,
Belong to newly-increased index, according to main transformer model；The time limit=current date-date of putting into operation is run, power network development diagnostic analysis is derived from
Index system, threshold range are run time overlength：>20, it only focuses on more than or equal to 20 years；Availability coefficient=(1- ((∑ events
Hinder stoppage in transit duration)+(∑ overhauls stoppage in transit duration))/within the assessment phase total operation duration) * 100%, diagnosed from power network development
Analysis indexes system, according to failure logging in equipment (assets) O＆M lean management system data PMS of data center and maintenance
Record；Mean down time=(∑ failure stoppage in transit duration)/failure stoppage in transit number, equipment (assets) O＆M according to data center
Failure logging in lean management system data PMS.
The line efficiency for transporting transformer includes following information：
Maximum load rate=peak load/power factor/power transformation capacity * 100%, refers to from power network development diagnostic analysis
Mark system, range are divided into：Overload：>=100%；Heavy duty：>=80%；Underloading：<=30%.Rate of average load=transformer is total
Power supply volume/(operation duration of the equipment of transformer amount capacity × within the assessment phase) * 100%；Heavy service time accounting：Description
The accounting of transformer heavy service duration within the assessment phase, wherein heavy-overload run time, i.e. load factor are in 70%-100%
The run time of (110kV or more)；Heavy service time accounting=(∑ main transformer heavy service duration within the assessment phase)/
Main transformer total operation duration * 100% within the assessment phase；It is negative according to 96 points from power network development diagnostic analysis index system
Lotus is calculated；Overload operating time accounting：The accounting of transformer overlond running duration within the assessment phase is described, wherein overload
Run time, i.e. load factor are more than 100% run time；Overload operating time accounting=(∑ main transformer is within the assessment phase
Overlond running duration)/main transformer total operation duration * 100% within the assessment phase, derive from power network development diagnostic analysis index body
System is calculated according to 96 point loads；Light running time accounting：Transformer light running duration within the assessment phase is described
Accounting, wherein light running time, i.e. load factor are less than 30% run time；Light running time accounting=(∑ main transformer pressure
Device light running duration within the assessment phase)/main transformer total operation duration * 100% within the assessment phase, is examined from power network development
Disconnected analysis indexes system is calculated according to 96 point loads；Reasonable run time accounting：Description transformer closes within the assessment phase
Manage the accounting of operation duration, wherein reasonable run time refers to non-underloading, non-heavy duty, non-overloaded run time, i.e., at load factor
Run time when 30%-70% (110kV or more)；Reasonable run time accounting=(∑ main transformer is within the assessment phase
Reasonable operation duration)/main transformer total operation duration * 100% within the assessment phase, derive from power network development diagnostic analysis index body
System is calculated according to 96 point loads.
The 35kV and Above Transmission Lines also include the general level of the health and operational efficiency, wherein the 35kV and Above Transmission Lines
The general level of the health includes following information：
Equipment state opinion rating：It is divided into normal, it is noted that it is abnormal, seriously, tested from power transmission and transformation equipment state overhauling
Regulation, only focusing on abnormality, (equipment state of equipment (assets) O＆M lean management system data PMS of data center is commented
Valence)；The time limit=current date-date of putting into operation is run, derives from power network development diagnostic analysis index system, range is run time
Overlength：>20, it only focuses on more than or equal to 20 years；Availability coefficient=(1- ((∑ failure stoppage in transit duration)+(when ∑ maintenance is stopped transport
It is long))/within the assessment phase total operation duration) * 100%, power network development diagnostic analysis index system is derived from, according to data center
Equipment (assets) O＆M lean management system data PMS in failure logging and record of examination；Emergency shut-down coefficient=(∑ failure is stopped
Transport number)/(line length) * 100% power network development diagnostic analysis index system,.Equipment (assets) according to data center is transported
Tie up failure logging in lean management system data PMS.
The operational efficiency of the 35kV and Above Transmission Lines includes following information：
Maximum load rate：The ratio of circuit total trnamission capacity and total transmission line capability in assessment cycle；Maximum load rate=maximum
Load/power factor/power transformation capacity * 100%, derives from power network development diagnostic analysis index system, and range is：Overload：>=
100%；Heavy duty：>=80%；Underloading：<=30%；Rate of average load=(the total power supply volume of circuit)/(circuit amount transmission line capability
× within the assessment phase equipment operation duration) * 100%；Heavy service time accounting：Circuit heavy service within the assessment phase is described
The accounting of duration, wherein heavy service time, i.e. load factor are in the run time of 70%-100% (110kV or more)；Weight
Carry run time accounting=(∑ circuit heavy service duration within the assessment phase)/circuit total operation duration * within the assessment phase
100%, power network development diagnostic analysis index system is derived from, according to 96 point loads, is calculated；Overload operating time accounting：
The accounting of circuit overlond running duration within the assessment phase is described, wherein overload operating time, i.e. load factor are more than 100% fortune
The row time；Overload operating time accounting=(∑ circuit overlond running duration within the assessment phase)/circuit is always run within the assessment phase
Duration * 100% derives from power network development diagnostic analysis index system, according to 96 point loads, is calculated；The light running time
Accounting：The accounting of circuit light running duration within the assessment phase is described, wherein light running time, i.e. load factor are less than 30%
Run time；Light running time accounting=(∑ circuit light running duration within the assessment phase)/circuit is total within the assessment phase
Operation duration * 100% derives from power network development diagnostic analysis index system, according to 96 point loads, is calculated；Rationally operation
Time accounting：The accounting of circuit reasonable operation duration within the assessment phase is described, wherein reasonable run time refers to non-being lightly loaded, being non-
Heavily loaded, non-overloaded run time, i.e. load factor are in run time when 30%-70% (110kV or more)；Rationally when operation
Between accounting=(∑ circuit reasonable operation duration within the assessment phase)/circuit total operation duration * 100% within the assessment phase, derive from
Power network development diagnostic analysis index system is calculated according to 96 point loads.
The breaker only has one index of the general level of the health, the general level of the health information of the breaker to include：Equipment state
Opinion rating：It is divided into normal, it is noted that it is abnormal, seriously, power transmission and transformation equipment state overhauling testing regulations is derived from, exception is only focused on
State (equipment state of equipment (assets) O＆M lean management system data PMS of data center)；Whether oil-free Switching：Point
It is yes, no, foundation initial data is calculated；The time limit=current date-date of putting into operation is run, is diagnosed from power network development
Analysis indexes system, range are run time overlength：>20, it only focuses on more than or equal to 20 years；Availability coefficient=(1- ((∑ events
Hinder stoppage in transit duration)+(∑ overhauls stoppage in transit duration))/within the assessment phase total operation duration) * 100%, diagnosed from power network development
Analysis indexes system, according to failure logging in equipment (assets) O＆M lean management system data PMS of data center and maintenance
Record；Emergency shut-down coefficient, the equipment (assets) at equipment (assets) O＆M lean management system data center according to data center
Failure logging in O＆M lean management system data PMS.
In the embodiment of the present invention, when the classification type is 10kv equipment indexes, it is broadly divided into distribution transformer, city
The general level of the health and operational efficiency of 10kV circuits and farming and pastoral area 10KV circuits are analyzed.
Wherein, distribution transformer includes the general level of the health and operational efficiency two indices, the general level of the health packet of distribution transformer
Include following information：
Equipment state opinion rating：It is divided into normal, it is noted that abnormal, seriously, only focusing on abnormality, (data center sets
The equipment state evaluation of standby (assets) O＆M lean management system data PMS systems)；Whether high energy consumption distribution transforming：Being divided into is, no,
According to model (distribution transforming of S7, S8 and earlier model)；The time limit=current date-date of putting into operation is run, evaluation of power supply capability is belonged to
System, range are run time overlength：>20, it only focuses on more than or equal to 20 years；Availability coefficient=(1- is ((when ∑ failure is stopped transport
It is long)+(∑ overhauls stoppage in transit duration))/within the assessment phase total operation duration) * 100%, the equipment (assets) according to data center is transported
Tie up failure logging and record of examination in lean management system data PMS systems；Mean down time=(∑ failure stoppage in transit duration)/
(∑ failure stoppage in transit number) is remembered according to failure in equipment (assets) O＆M lean management system data PMS systems of data center
Record.
The operational efficiency of the distribution transformer includes following information：
Maximum load rate=100% evaluation of power supply capability systems of peak load/power factor/power transformation capacity *；Average load
Rate=(the total power supply volume of transformer)/(operation duration of the equipment of transformer amount capacity × within the assessment phase) * 100%；Heavy duty fortune
Row time accounting：The accounting of distribution transformer heavy service duration within the assessment phase is described, wherein the heavy service time, i.e., negative
Load rate is in the run time of 80%-100% (35kV and following)；Heavy service time accounting=(∑ distribution transforming is within the assessment phase
Heavy service duration)/distribution transforming total operation duration * 100% within the assessment phase calculated according to 96 point loads；When overlond running
Between accounting：The accounting of distribution transformer overlond running duration within the assessment phase is described, wherein overload operating time, i.e. load factor
Run time more than 100%；Overload operating time accounting=(∑ distribution transforming overlond running duration within the assessment phase)/distribution transforming is being commented
Estimate total operation duration * 100% in the phase, according to 96 point loads, is calculated；Light running time accounting：Distribution transformer is described
The accounting of light running duration within the assessment phase, wherein light running time, i.e. load factor are less than 30% run time；Gently
Carry run time accounting=(∑ distribution transforming light running duration within the assessment phase)/distribution transforming total operation duration * within the assessment phase
100%, according to 96 point loads, calculated；Reasonable run time accounting：Description distribution transformer is rationally run within the assessment phase
The accounting of duration, wherein reasonable run time refers to non-underloading, non-heavy duty, non-overloaded run time, i.e. load factor is in
Run time when 30%-80% (35kV and following).Reasonable run time accounting=(∑ distribution transforming is rationally run within the assessment phase
Duration)/distribution transforming total operation duration * 100% within the assessment phase calculated according to 96 point loads；Per family capacity=match transfiguration
Amount/electricity consumption amount, from electricity consumption amount from marketing management system access current three-phase unbalance factor=(maximum phase current-is most
Small phase current)/three-phase current average value * 100%, range is unbalance factor：>=15%, three-phase current is acquired from electricity consumption is
System access.
The city 10kV circuits include healthy water homalometopus and operational efficiency two indices, the healthy water of city 10kV circuits
Flat includes following information：
Equipment state opinion rating：It is divided into normal, it is noted that abnormal, seriously, only focusing on abnormality, (data center sets
The equipment state evaluation of standby (assets) O＆M lean management system data PMS systems)；The operation time limit=current date-puts into operation day
Phase, belong to evaluation of power supply capability system, range is run time overlength：>20, it only focuses on more than or equal to 20 years；Availability coefficient
=(1- ((∑ failure stoppage in transit duration)+(∑ overhaul stoppage in transit duration))/within the assessment phase total operation duration) * 100%, according to data
Failure logging and record of examination in equipment (assets) O＆M lean management system data PMS systems at center.Emergency shut-down coefficient=
(failure stoppage in transit number)/(line length) belongs to evaluation of power supply capability system, equipment (assets) O＆M essence according to data center
Failure logging in beneficial Management System Data PMS systems；Annual tripping times：The number of fault trip in 1 year；Sky insulation rate
The sum of=suspended insulated guide wire length/total line length * 100%；The sum of length of cable rate=cable/total line length *
100%；Sectional area of wire：The main model wire cross-section area of circuit.
The operational efficiency of distribution transformer includes following information：
Maximum load rate：Belong to evaluation of power supply capability system, is based on operation data Current calculation；Rate of average load=(line
The total power supply volume in road)/(operation duration of the equipment of circuit amount transmission line capability × within the assessment phase) * 100%；The heavy service time accounts for
Than：The accounting of circuit heavy service duration within the assessment phase is described, wherein heavy service time, i.e. load factor are in 80%-
The run time of 100% (35kV and following)；Heavy service time accounting=(∑ circuit heavy service duration within the assessment phase)/
Circuit total operation duration * 100% within the assessment phase derives from power network development diagnostic analysis index system, according to 96 point loads, into
Row calculates；Overload operating time accounting：The accounting of circuit overlond running duration within the assessment phase is described, wherein when overlond running
Between, i.e., load factor is more than 100% run time；Overload operating time accounting=(∑ circuit is within the assessment phase when overlond running
It is long)/circuit total operation duration * 100% within the assessment phase, power network development diagnostic analysis index system is derived from, it is negative according to 96 points
Lotus is calculated；Light running time accounting：The accounting of circuit light running duration within the assessment phase is described, wherein underloading fortune
Row time, i.e. load factor are less than 30% run time；Light running time accounting=(∑ circuit light running within the assessment phase
Duration)/circuit total operation duration * 100% within the assessment phase, power network development diagnostic analysis index system is derived from, according to 96 points
Load is calculated；Reasonable run time accounting：The accounting of circuit reasonable operation duration within the assessment phase is described, wherein rationally
Run time refers to non-underloading, non-heavy duty, non-overloaded run time, i.e., when load factor is in 30%-80% (35kV and following)
Run time；Reasonable run time accounting=(∑ circuit reasonable operation duration within the assessment phase)/circuit is total within the assessment phase
Operation duration * 100%, power network development diagnostic analysis index system are calculated according to 96 point loads；Attaching capacity of distribution transform：Line
The sum of the capacity of distribution transform of road attaching derives from power network development diagnostic analysis index system, according to 96 point loads, is calculated.
The farming and pastoral area 10kV circuits include the general level of the health and operational efficiency two indices, the health of farming and pastoral area 10kV circuits
Level includes following information：
Equipment state opinion rating：It is divided into normal, it is noted that abnormal, seriously, only focusing on abnormality, (data center sets
The equipment state evaluation of standby (assets) O＆M lean management system data PMS systems)；The operation time limit=current date-puts into operation day
Phase, belong to evaluation of power supply capability system, range is run time overlength：>20, it only focuses on more than or equal to 20 years；Availability coefficient
=(1- ((∑ failure stoppage in transit duration)+(∑ overhaul stoppage in transit duration))/within the assessment phase total operation duration) * 100%, according to data
Failure logging and record of examination in equipment (assets) O＆M lean management system data PMS systems at center；Emergency shut-down coefficient=
(failure stoppage in transit number)/(line length) belongs to evaluation of power supply capability system, equipment (assets) O＆M essence according to data center
Failure logging in beneficial Management System Data PMS systems.
The operational efficiency of farming and pastoral area 10kV circuits includes following information：
Maximum load rate：Belong to evaluation of power supply capability system, is based on operation data Current calculation, Rate of average load=(line
The total power supply volume in road)/(operation duration of the equipment of circuit amount transmission line capability × within the assessment phase) * 100%；The heavy service time accounts for
Than：The accounting of circuit heavy service duration within the assessment phase is described, wherein heavy service time, i.e. load factor are in 80%-
The run time of 100% (35kV and following)；Heavy service time accounting=(∑ circuit heavy service duration within the assessment phase)/
Circuit total operation duration * 100% within the assessment phase derives from power network development diagnostic analysis index system, according to 96 point loads, into
Row calculates；Overload operating time accounting：The accounting of circuit overlond running duration within the assessment phase is described, wherein when overlond running
Between, i.e., load factor is more than 100% run time；Overload operating time accounting=(∑ circuit is within the assessment phase when overlond running
It is long)/circuit total operation duration * 100% within the assessment phase, power network development diagnostic analysis index system is derived from, it is negative according to 96 points
Lotus is calculated；Light running time accounting：The accounting of circuit light running duration within the assessment phase is described, wherein underloading fortune
Row time, i.e. load factor are less than 30% run time；Light running time accounting=(∑ circuit light running within the assessment phase
Duration)/circuit total operation duration * 100% within the assessment phase, power network development diagnostic analysis index system is derived from, according to 96 points
Load is calculated；Reasonable run time accounting：The accounting of circuit reasonable operation duration within the assessment phase is described, wherein rationally
Run time refers to non-underloading, non-heavy duty, non-overloaded run time, i.e., when load factor is in 30%-80% (35kV and following)
Run time；Reasonable run time accounting=(∑ circuit reasonable operation duration within the assessment phase)/circuit is total within the assessment phase
Operation duration * 100%, power network development diagnostic analysis index system are calculated according to 96 point loads.
In the embodiment of the present invention, when the classification type is power grid index, the power grid index includes 35kv or more
Power grid index and 10kv power grid indexs.
Wherein, the 35kv and the above power grid index include three integral level, operational safety and the general level of the health indexs.
Wherein, integral level includes following information by overall target：
Capacity-load ratio=(∑ power transformation total capacity)/net is for peak load：Component voltage grade is divided into：500(750)kV/220
(330) kV/110 (66) kV/35kV, the index derive from power network development diagnostic analysis index system；Component voltage threshold value is as follows：
500kV power grids 1.4~1.6；220kV power grids 1.6~1.9；110kV power grids 1.8~2.1, according to initial data, (net is negative for maximum
Lotus is from production statistics system direct access), it is calculated；Number of working hours based on maximum load (Tmax)=net power supply volume/net is for most
Big load；It is divided by voltage class when statistical packet：500(750)kV/220(330)kV/110(66)kV/35kV.The index is come
It is calculated according to initial data derived from power network development diagnostic analysis index system；Rate of average load=assessment is always powered in the phase
It is divided by voltage class when amount/(hourage in the power transformation total capacity * assessment phases) * 100% statistical packet：500(750)kV/220
(330)kV/110(66)kV/35kV.The index derives from power network development diagnostic analysis index system, according to initial data, carries out
It calculates；Transformer availability coefficient=(1- (every transformer stoppage in transit hourage of ∑)/(total total hourages of number of units *)) * 100%；Its
In, when stoppage in transit hourage=failure stoppage in transit hourage+maintenance stoppage in transit hourage statistical packet, is divided by voltage class：500(750)
kV/220(330)kV/110(66)kV/35kV.The index derives from power network development diagnostic analysis index system, according to original number
According to being calculated；Circuit availability coefficient=(1- (every line outage hourage of ∑)/(the total hourages of total number *)) * 100%；
Wherein, stoppage in transit hourage=failure stoppage in transit hourage+maintenance stoppage in transit hourage；It is divided by voltage class when statistical packet：500
(750)kV/220(330)kV/110(66)kV/35kV.The index derives from power network development diagnostic analysis index system, according to original
Beginning data, are calculated.
Operational safety includes " N-1 " percent of pass and equipment failure rate.
Wherein, " N-1 " percent of pass includes following information：
The total number of units * of main transformer " N-1 " percent of pass=(main transformer that ∑ passes through " N-1 ")/main transformer 100%；By electricity when statistical packet
Pressure grade is divided into：500(750)kV/220(330)kV/110(66)kV/35kV.The index derives from《City power distribution network operation water
Gentle evaluation of power supply capability directive/guide》, according to device data, carry out statistics calculating；Circuit " N-1 " percent of pass=(∑ passes through " N-1 "
Circuit)/circuit total number * 100%；It is divided by voltage class when statistical packet：500(750)kV/220(330)kV/110
(66)kV/35kV；The index derives from《Urban power distribution network operation level and evaluation of power supply capability directive/guide》, according to device data,
Carry out statistics calculating.
Equipment failure rate includes following information：
Transformer equipment emergency shut-down coefficient=(∑ transformer fault stoppage in transit number)/(transformer total number of units * 100) *
100%；Wherein, because transformer (change containing the change of current, reactor) ontology and attachment cause trouble cause corresponding switch trip to be calculated as
Failure is stopped transport 1 time；It is divided by voltage class when statistical packet：500(750)kV/220(330)kV/110(66)kV/35kV；It should
Index derives from evaluation of power supply capability system, and according to three side switch motion record access of main transformer, carrying out statistics calculating, (three sides switch
Really main transformer action record)；Transmission line malfunction outage rate=(∑ circuit whole year failure stoppage in transit number)/(total line length *
100) * 100%；It is divided by voltage class when statistical packet：500(750)kV/220(330)kV/110(66)kV/35kV；This refers to
Mark derives from evaluation of power supply capability system, is fetched according to line switching action record, carries out statistics calculating；Breaker apparatus failure
Outage rate=(∑ O＆M circuit breaker failure stoppage in transit number)/(O＆M breaker total number of units * 100) * 100%；Wherein, because of breaker
(containing GIS) ontology and attachment cause trouble cause corresponding switch trip to be calculated as failure stoppage in transit 1 time；By voltage etc. when statistical packet
Grade is divided into：500(750)kV/220(330)kV/110(66)kV/35kV；The index derives from evaluation of power supply capability system, according to
All circuit breaker failure situations, carry out statistics calculating.
The general level of the health includes that operation time limit overlength and device configuration are horizontal.
Wherein, operation time limit overlength includes following information：
The operation time limit is more than 20 years main transformer ratio=(the ∑ operation time limit is more than 20 years main transformer number of units)/main transformer head station
Number * 100%
Wherein, the operation time limit=time current year-puts into operation the time；It is divided by voltage class when statistical packet：500(750)kV/
220(330)kV/110(66)kV/35kV；The index is counted from evaluation of power supply capability system according to initial data
It calculates；The operation time limit is more than 20 years circuit ratio=(the ∑ operation time limit is more than 20 years numbers of lines)/circuit total number *
100%；Wherein, the operation time limit=time current year-puts into operation the time；It is divided by voltage class when statistical packet：500(750)kV/
220(330)kV/110(66)kV/35kV；The index is counted from evaluation of power supply capability system according to initial data
It calculates；The operation time limit is more than 20 years switch ratio=(the ∑ operation time limit is more than 20 years switch number of units)/total number of units * of switch
100%；Wherein, the operation time limit=time current year-puts into operation the time；It is divided by voltage class when statistical packet：500(750)kV/
220(330)kV/110(66)kV/35kV；The index is counted from evaluation of power supply capability system according to initial data
It calculates.
The device configuration level includes following information：
Single main transformer ratio=(substation's seat number of only one main transformer in ∑ station)/substation sum * 100%；Statistical packet
When be divided by voltage class：500 (750) kV/220 (330) kV/110 (66) kV/35kV, the index are carried out according to initial data
Statistics calculates；Single line ratio=(substation's seat number of only one power cord inlet wire in ∑ station)/substation sum * 100%；Statistics
It is divided by voltage class when grouping：500(750)kV/220(330)kV/110(66)kV/35kV；The index according to initial data,
Carry out statistics calculating；The monotropic and single line ratio=(substation of an only main transformer and only one power cord inlet wire seat in ∑ station
Number)/substation's sum 100% statistical packets of * when be divided by voltage class：500(750)kV/220(330)kV/110(66)kV/
35kV, the index carry out statistics calculating according to initial data.
Wherein the general level of the health includes three integral level, power supply capacity and the general level of the health indexs.
Wherein, the integral level includes following information：
Distribution transforming availability coefficient=(1- (every distribution transforming stoppage in transit duration of ∑)/(total number of units * total durations)) × 100%；Wherein, match
Become stoppage in transit duration=failure stoppage in transit duration+maintenance stoppage in transit duration；It is divided by voltage class when statistical packet：10(20、6)kV；Together
When also press power supply area and be grouped, which derives from《Urban power distribution network operation level and evaluation of power supply capability directive/guide》, according to fortune
Row record access, is calculated；Distribution line availability coefficient=(1- (every line outage duration of ∑)/(when total number of units * is total
It is long)) × 100%；Wherein, line outage duration=line fault stoppage in transit duration+line maintenance stoppage in transit duration；It is pressed when statistical packet
Voltage class is divided into：10(20、6)kV；Power supply area is also pressed simultaneously to be grouped；The index derives from《Urban power distribution network operation level
With evaluation of power supply capability directive/guide》, fetched, calculated according to log；Distribution transforming Rate of average load=assessment is always powered in the phase
Amount/(hourage in the distribution transforming total capacity * assessment phases) * 100%；It is divided by voltage class when statistical packet：10(20、6)kV；Simultaneously
Also power supply area is pressed to be grouped；The index derives from《Urban power distribution network operation level and evaluation of power supply capability directive/guide》, according to operation
Data calculate (total power supply volume need to add the total power supply volume basic data fields of 10kV in other information)；Circuit Rate of average load=comment
Estimate total power supply volume in the phase/(hourage in the sum of power supply capacity of circuit * assessment phases) * 100%；Wherein, the power supply capacity of circuit
3 × voltage class of=√ × maximum allowed current, when statistical packet, are divided by voltage class：10(20、6)kV；It also presses and supplies simultaneously
Electric group areas.The index derives from《Urban power distribution network operation level and evaluation of power supply capability directive/guide》, according to operation data meter
It calculates (total power supply volume need to add the total power supply volume basic data fields of 10kV in other information)
Wherein, the operational safety includes：" N-1 " percent of pass and equipment failure rate two indices.
" N-1 " percent of pass includes following information：
Circuit " N-1 " percent of pass=(number of lines that ∑ passes through " N-1 ")/circuit total number * 100%；When statistical packet
It is divided by voltage class：10(20、6)kV；It also presses power supply area simultaneously to be grouped, which derives from《City power distribution network operation water
Gentle evaluation of power supply capability directive/guide》, calculated according to account；10 (20) kilovolts of circuit interconnection rate (city)=meet interconnection architecture
The number of lines (item)/10 (20) KV line total number (item) * 100%；It is divided by voltage class when statistical packet：10(20、6)
kV；Power supply area is also pressed simultaneously to be grouped；The index derives from《Urban power distribution network operation level and evaluation of power supply capability directive/guide》, root
It is calculated according to account.
The equipment failure rate includes following information：
When distribution transforming emergency shut-down coefficient=(∑ distribution transforming failure stoppage in transit number)/(distribution transforming total number of units * 100) * 100% statistical packet
It is divided by voltage class：10(20、6)kV；Power supply area is also pressed simultaneously to be grouped.The index derives from《City power distribution network operation water
Gentle evaluation of power supply capability directive/guide》, from equipment (assets) O＆M lean management system data PMS system operations event of data center
Initial data (authenticity needs to be investigated) is obtained in barrier record, is calculated；Overhead transmission line emergency shut-down coefficient=(∑ overhead transmission line
Annual failure stoppage in transit number)/(overhead transmission line total length * 100) * 100% statistical packet when be divided by voltage class：10(20、6)
kV；Power supply area is also pressed simultaneously to be grouped；The index derives from《Urban power distribution network operation level and evaluation of power supply capability directive/guide》, frame
Ceases to be busy road Statistical Principles are counted according to circuit types；Cable line fault outage rate=(∑ cable run whole year failure is stopped transport secondary
Number)/(cable run total length * 100) * 100%；It is divided by voltage class when statistical packet：10(20、6)kV；It also presses and supplies simultaneously
Electric group areas；The index derives from《Urban power distribution network operation level and evaluation of power supply capability directive/guide》, cable run statistics original
Then counted according to circuit types.
The power supply capacity included heavily loaded rate and underloading rate.
Wherein, the excessively heavily loaded rate includes following information：
The total number of units * of distribution transforming Overflow RateHT=(∑ overload distribution transforming number of units)/distribution transforming 100%；Wherein, distribution transformer year maximum is negative
Load rate meets or exceeds 100%, and continues 2 hours or more；It is divided by voltage class when statistical packet：10(20、6)kV；Simultaneously
Also power supply area is pressed to be grouped；The index derives from《Urban power distribution network operation level and evaluation of power supply capability directive/guide》, according to 96 points
Load carries out statistics and calculates sustained overload duration；The total number of units * of distribution transforming heavy duty rate=(∑ heavy duty distribution transforming number of units)/distribution transforming 100%；
Wherein, distribution transformer year maximum load rate meets or exceeds 80%, and continues 2 hours or more；When statistical packet
It is divided by voltage class：10(20、6)kV；Power supply area is also pressed simultaneously to be grouped；The index derives from《City power distribution network operation water
Gentle evaluation of power supply capability directive/guide》, according to 96 point loads, carry out statistics and calculate lasting heavily loaded duration；Circuit heavy duty rate=(∑ weight
Carry the number of lines)/circuit total number * 100%；Wherein, heavy-haul line assignment electric line year maximum load rate is greater than or equal to
70% circuit, and continue 2 hours or more；It is divided by voltage class when statistical packet：10(20、6)kV；Service area is also pressed simultaneously
Domain is grouped.The index derives from《Urban power distribution network operation level and evaluation of power supply capability directive/guide》, according to 96 electric currents, unite
Meter, which calculates, continues heavily loaded duration.
The underloading rate includes following information：
The total number of units * of distribution transforming underloading rate=(∑ be lightly loaded distribution transforming number of units)/distribution transforming 100%；Wherein, underloading distribution transforming refers to distribution transformer
Distribution transforming of the maximum load rate less than or equal to 20% of device year, and continue 2 hours or more；It is divided by voltage class when statistical packet：
10(20、6)kV；Power supply area is also pressed simultaneously to be grouped；The index derives from《Urban power distribution network operation level and evaluation of power supply capability
Directive/guide》, according to 96 point loads, carry out statistics calculating and be persistently lightly loaded duration；Circuit underloading rate=(∑ lightloaded line travel permit number)/circuit
Total number * 100%；Wherein, light-loaded circuit assignment electric line year maximum load rate is less than or equal to 30% circuit, and continues 2
Hour or more；It is divided by voltage class when statistical packet：10(20、6)kV；Power supply area is also pressed simultaneously to be grouped.The index source
In《Urban power distribution network operation level and evaluation of power supply capability directive/guide》, according to 96 electric currents, carry out statistics calculating and continue at light load
It is long.
Wherein, the general level of the health includes：Run three time limit overlength, device configuration level and distribution automation configuration level fingers
Mark.
The operation time limit overlength includes following information：
The operation time limit be more than 20 years with control with changed scale=(it is more than 20 years distribution transforming number of units that ∑, which runs the time limit)/distribution transforming head station
Number * 100%；It is divided by voltage class when statistical packet：10(20、6)kV；It also presses power supply area simultaneously to be grouped, the index source
In《Urban power distribution network operation level and evaluation of power supply capability directive/guide》, according to initial data, carry out statistics calculating；It is super to run the time limit
The circuit ratio for spending 20 years=(the ∑ operation time limit is more than 20 years numbers of lines)/circuit total number * 100%；When statistical packet
It is divided by voltage class：10(20、6)kV；Power supply area is also pressed simultaneously to be grouped；The index derives from《City power distribution network operation water
Gentle evaluation of power supply capability directive/guide》, according to initial data, carry out statistics calculating.
The device configuration level includes following information：
Height loss matches transformer number of units with control with changed scale=(∑ S7 (contain S8) and more early model) the total number of units * of/distribution transforming
100%；It is divided by voltage class when statistical packet：10(20、6)kV；Power supply area is also pressed simultaneously to be grouped, which derives from,
According to initial data, statistics calculating is carried out；The sum of length of line insulation rate=suspended insulated guide wire and cable conductor/circuit
Total length * 100%；It is divided by voltage class when statistical packet：10(20、6)kV；Power supply area is also pressed simultaneously to be grouped；The index
Statistics calculating is carried out according to initial data from power network development diagnostic analysis index system；The higher line of attaching capacity of distribution transform
By voltage etc. when road ratio=(∑ mounting capacity of distribution transform is more than the circuit number of 12000kVA)/circuit sum 100% statistical packets of *
Grade is divided into：10(20、6)kV；Power supply area is also pressed simultaneously to be grouped；The index derives from《Urban power distribution network operation level and power supply
Capability evaluation directive/guide》, according to initial data, carry out statistics calculating.
The distribution automation configuration level includes following information：
The number of lines of distribution automation coverage rate=outfit power distribution automation/bus travel permit number × 100%；Statistical packet
When be divided by voltage class：10(20、6)kV；It also presses power supply area simultaneously to be grouped, which derives from power network development diagnostic analysis
Index system；Distribution automation Efficient Coverage Rate=outfit power distribution automation and the used number of lines/bus travel permit number ×
100%；It is divided by voltage class when statistical packet：10(20、6)kV.
In the embodiment of the present invention, when the classification type project aid decision index, mainly to 35kv and the above power grid
Construction project, 10 (20) kv power grid construction projects, 35kv or more technological transformation, major repair project and 10kv technological transformation, major repair project are divided
Analysis.
Wherein, the 35kV and the above power grid construction project include promoting power network development harmony, raising power grid security steady
Fixed, raising power grid power supply reliability improves power grid power quality, meets workload demand and service social development
The promotion power network development harmony includes following information：
Whether solve the problems, such as have main transformer overload：Associate device is：XX main transformers, associate device index are：Transformer-load
Rate, evaluation criteria are yes：Full marks, it is no：0 point；Whether solve the problems, such as have main transformer heavy duty：Associate device is：XX main transformers, association are set
It is for index：Transformer-load factor, evaluation criteria are yes：Full marks, it is no：0 point；Whether solve the problems, such as have circuit overload：Association
Equipment is：XX circuits, associate device index are：Transmission line of electricity-load factor, evaluation criteria are yes：Full marks, it is no：0 point；Whether solve
Certainly has circuit heavy duty problem：Associate device is：XX circuits, associate device index are：Transmission line of electricity-load factor, evaluation criteria
It is yes：Full marks, it is no：0 point；Whether passway for transmitting electricity is solved the problems, such as：Evaluation criteria is yes：Full marks, it is no：0 point
The raising electricity net safety stable includes following information：
Whether solution, which has main transformer " N-1 ", to pass through：Associate device is：XX main transformers, associate device index are：Power transmission line
Road-N-1, evaluation criteria are yes：Full marks, it is no：0 point；Whether solution, which has circuit " N-1 ", to pass through：Associate device is：XX lines
Road, associate device index are：Transmission line of electricity-N-1, evaluation criteria are yes：Full marks, it is no：0 point；Whether solution has circuit " N-2 "
It cannot pass through：Associate device is：XX circuits, associate device index are：Transmission line of electricity-N-1, evaluation criteria are yes：Full marks, it is no：0
Point；Whether solve the problems, such as that circuit is seized by the throat, improves power grid power supply capacity：Associate device is：System power supply ability, associate device refer to
It is designated as：The maximum allowable current-carrying capacity of circuit-, evaluation criteria are yes：Full marks, it is no：0 point；
The raising power grid power supply reliability includes following information：
Whether atypia wiring issue is solved：Associate device is:XX line connections, associate device index are：Transmission of electricity
Circuit-Connection Mode, evaluation criteria are yes：Full marks, it is no：0 point；Whether electromagnetic looped network is solved the problems, such as：Evaluation criteria is yes：It is full
Point, it is no：0 point；Whether short circuit current excessive problem is solved：Evaluation criteria is yes：Full marks, it is no：0 point；Whether line fault is solved
Rate is high, improves power supply reliability：Associate device is：System power supply reliability, associate device index are：Power grid-power supply reliability,
Evaluation criteria is yes：Full marks, it is no：0 point；Whether solve the problems, such as that equipment runs time limit overlength：Evaluation criteria is yes：Full marks, it is no：0
Point.
The raising power grid power quality includes following information：
Whether quality of voltage problem is improved：Evaluation criteria is yes：Full marks, it is no：0 point；
The workload demand that meets includes following information：
Whether the specific loads power demands such as electric railway, infrastructure are met：Evaluation criteria is yes：Full marks, it is no：0
Point；Whether plant-grid connection is solved the problems, such as：Associate device is:System power supply access capability, evaluation criteria are yes：Full marks, it is no：0 point；
Whether it is to meet known newly-increased load power demands：Associate device is:System loading, evaluation criteria are yes：Full marks, it is no：0 point.
The service society development includes following information：
Whether areas without electricity power supply is solved：Evaluation criteria is yes：Full marks, it is no：0 point；Whether distinctive policy project：Assessment
Standard is yes：Full marks, it is no：0 point.
Wherein, 10 (20) kV power grid construction projects include：Promote power network development harmony, improve power grid electric energy matter
Amount improves electricity net safety stable, improves power grid power supply reliability, meeting workload demand and service social development.
The promotion power network development harmony includes following information：
Whether main transformer overload is solved the problems, such as：Associate device is：XX main transformers, associate device index are：Main transformer-load factor, is commented
It is yes to estimate standard：Full marks, it is no：0 point；Whether main transformer heavy duty is solved the problems, such as：Associate device is：XX main transformers, associate device index are：
Main transformer-load factor, evaluation criteria are yes：Full marks, it is no：0 point；Whether solution has feeder line overload problem：Associate device is：XX lines
Road, associate device index are：Wiring-load factor, evaluation criteria are yes：Full marks, it is no：0 point；Whether solution, which has feeder line heavy duty, is asked
Topic：Associate device is：XX circuits, associate device index are：Wiring-load factor, evaluation criteria are：It is：Full marks, it is no：0 point；It is
It is no to solve the problems, such as that feeder line radius of electricity supply is long：Associate device is：XX circuits, associate device index are：Wiring-radius of electricity supply, is commented
It is yes to estimate standard：Full marks, it is no：0 point；Whether distribution transforming overload is solved：Associate device is：XX distribution transformings, associate device index are：Match
Change-load factor, evaluation criteria are yes：Full marks, it is no：0 point；Whether distribution transforming heavy duty is solved：Associate device is：XX distribution transformings, association are set
It is for index：Distribution transforming-load factor, evaluation criteria are yes：Full marks, it is no：0 point；Whether passway for transmitting electricity is solved the problems, such as：Evaluation criteria is
It is：Full marks, it is no：0 point.
The raising power grid power quality includes following information：
Whether quality of voltage problem is improved：Evaluation criteria is yes：Full marks, it is no：0 point.
The raising electricity net safety stable includes following information：
Whether solution, which has feeder line " N-1 ", to pass through：Associate device is：Wiring, associate device index are：Wiring-N-
1, evaluation criteria is yes：Full marks, it is no：0 point；Whether solve the problems, such as that circuit is seized by the throat, improves power grid power supply capacity：Associate device
For：System power supply ability, associate device index are：The maximum allowable current-carrying capacity of circuit-, evaluation criteria are yes：Full marks, it is no：0 point.
The raising power grid power supply reliability includes following information：
Whether solve the problems, such as that equipment runs time limit overlength：Evaluation criteria is yes：Full marks, it is no：0 point；Whether circuit event is solved
Barrier rate is high, improves power supply reliability：Associate device is：System power supply reliability, associate device index are：Power grid-power supply is reliable
Rate, evaluation criteria are yes：Full marks, it is no：0 point；Whether atypia wiring issue is solved：Associate device is：Connections mode is closed
Joining equipment index is：Wiring-Connection Mode, evaluation criteria are yes：Full marks, it is no：0 point；Whether short circuit current excessive problem is solved：
Evaluation criteria is yes：Full marks, it is no：0 point；Whether substation mating submitting is solved the problems, such as：Associate device index is：Substation sends out
Ability, evaluation criteria are yes：Full marks, it is no：0 point.
The workload demand that meets includes following information：
Whether solve the problems, such as that distributed generation resource accesses：Associate device index is：System distributed generation resource access capability, assessment
Standard is yes：Full marks, it is no：0 point；Whether it is to meet known newly-increased load power demands：Associate device index is：System power supply energy
Power, evaluation criteria are yes：Full marks, it is no：0 point.
The service society development includes following information：
Whether areas without electricity power supply is solved：Evaluation criteria is yes：Full marks, it is no：0 point；Whether distinctive policy project：Assessment
Standard is yes：Full marks, it is no：0 point.
The technological transformation, major repair project include：The 35kV and above technological transformation, major repair project and 10kV technological transformation, major repair project.
Told 35kV and the above technological transformation, major repair project include：Equipment state assessment, bonus point item and deduction item,
The equipment state assessment includes following information：
Main transformer：Associate device is：XX main transformers, only focus on：Summarize operation efficiency of main transformer assessed value in project；Line
Road：Associate device is：XX circuits, only focus on：Summarize project interior lines road operational efficiency assessed value；Breaker：Associate device is：XX
Breaker only focuses on：Summarize the bonus point item in project inner breaker operational efficiency assessed value.
The bonus point item includes following information：
Whether electric power network technique reducing loss measure project：Evaluation criteria is yes：Full marks, it is no：0 point；Whether New technical use：Assessment
Standard is yes：Full marks, it is no：0 point.
The deduction item includes following information：
Whether equipment passes through overhaul technological transformation in 3 years：Evaluation criteria is yes：Full marks, it is no：0 point.
The 10kV technological transformation, major repair project include：Equipment state assessment, bonus point item and deduction item.
The equipment state assessment includes following information：
Distribution transformer：Associate device is：XX distribution transformings, only focus on：Summarize operation efficiency of main transformer assessed value in project；
Circuit：Associate device is：XX circuits, only focus on：Summarize project interior lines road operational efficiency assessed value.
The bonus point item includes following information：Whether area power grid construction is not transformed：Evaluation criteria is yes：Full marks, it is no：0
Point；Whether system area power grid construction is made in order：Evaluation criteria is yes：Full marks, it is no：0 point；Whether rural power grids irrigation and drainage provide power supply：It comments
It is yes to estimate standard：Full marks, it is no：0 point；Whether minority area electric network reconstruction：Evaluation criteria is yes：Full marks, it is no：0 point；Whether
Newly-built substation conveyance system：Evaluation criteria is yes：Full marks, it is no：0 point；Whether immigration relocation settlement power grid is newly-built：Assessment mark
Standard is yes：Full marks, it is no：0 point；Whether the specialty work of company's unified plan construction：Evaluation criteria is yes：Full marks, it is no：0 point；It is
No electric power network technique reducing loss measure project：Evaluation criteria is yes：Full marks, it is no：0 point；Whether the project of rural power grids management level is promoted：It comments
It is yes to estimate standard：Full marks, it is no：0 point；
The deduction item includes following information：
Whether the project of moving is changed：Evaluation criteria is yes：Full marks, it is no：0 point；Whether ground project under cable：Evaluation criteria is yes：
Full marks, it is no：0 point；Whether 10 kilovolts of switchyard projects：Evaluation criteria is yes：Full marks, it is no：0 point；Whether non-model regions are intelligent
Power grid project, distribution automation project：Evaluation criteria is yes：Full marks, it is no：0 point；Whether industry park or the defeated change in 35 kilovolts of development zone
Electrical engineering：Evaluation criteria is yes：Full marks, it is no：0 point；Whether 35 kilovolts of grassroot projects do not have governmental support file：Evaluation criteria
It is yes：Full marks, it is no：0 point；Whether equipment passes through overhaul technological transformation in 3 years：Evaluation criteria is yes：Full marks, it is no：0 point.
In the embodiment of the present invention, based on the corresponding target information of each index in above-mentioned each classification type, at it
Each data corresponding with each described index are searched in corresponding database, and each data are integrated, and obtain mesh
Mark information.
It is corresponding with a kind of above-mentioned acquisition methods of information, the present invention also provides a kind of acquisition system of information,
The structure diagram of the acquisition system is as shown in figure 3, include：
Parsing module 301, determining module 302, searching module 303 and integration module 304.
Wherein,
The parsing module 301 obtains request for working as to receive to the target information of any one destination item/equipment
When, parse the index for obtaining the destination item/equipment for including in request；
The determining module 302, for determining the classification type belonging to the index；
The searching module 303, for there are associated preset index numbers with the index in the classification type
According to lookup each data corresponding with the index in library；
The integration module 304, it is whole for being carried out to each data according to integration method corresponding with the index
It closes, obtains the target information of the destination item/equipment.
The invention discloses a kind of acquisition systems of information, including：When receiving to any one destination item/equipment
When target information obtains request, the index for obtaining the equipment for including in request is parsed；It determines belonging to the index
Classification type；There are searched and the index in associated preset achievement data library with the index in the classification type
Corresponding each data；Each data are integrated according to integration method corresponding with the index, obtain the mesh
The target information of mark project/equipment.Above-mentioned acquisition system, as long as determining the type of the target information obtained, so that it may with direct
Corresponding target information is obtained, avoid based on artificial management and control and is needed between multiple links even different data platform
Circulation could finally obtain corresponding data information, cause the deviation of the data information finally obtained larger, accuracy is low to ask
Topic.
The searching module 303 includes：
First determination unit 305, computing unit 306, determination unit 307 and the second determination unit 308.
Wherein,
First determination unit 305, for determining the title with the associated target device of the index；
The computing unit 306 obtains each first place for will carry out word segmentation processing to the title of the target device
Claim and there are each data in associated preset achievement data library to carry out cosine similarity calculating with the index respectively；
The comparing unit 307, for carrying out obtained each similarity result with preset similarity threshold respectively
Compare；
Second determination unit 308, each similarity result pair for will be greater than the preset similarity threshold
The data answered are as the corresponding each data of the index.
It should be noted that each embodiment in this specification is described in a progressive manner, each embodiment weight
Point explanation is all difference from other examples, and the same or similar parts between the embodiments can be referred to each other.
For device class embodiment, since it is basically similar to the method embodiment, so fairly simple, the related place ginseng of description
See the part explanation of embodiment of the method.
Finally, it is to be noted that, in this application, relational terms such as first and second and the like are used merely to
It distinguishes one entity or operation from another entity or operation, without necessarily requiring or implying these entities or behaviour
There are any actual relationship or orders between work.Moreover, the terms "include", "comprise" or its any other variant
It is intended to non-exclusive inclusion, so that the process, method, article or equipment including a series of elements includes not only
Those elements, but also include other elements that are not explicitly listed, or further include for this process, method, article or
The intrinsic element of person's equipment.In the absence of more restrictions, the element limited by sentence "including a ...", not
There is also other identical elements in the process, method, article or apparatus that includes the element for exclusion.
For convenience of description, it is divided into various units when description apparatus above with function to describe respectively.Certainly, implementing this
The function of each unit is realized can in the same or multiple software and or hardware when invention.
As seen through the above description of the embodiments, those skilled in the art can be understood that the present invention can
It is realized by the mode of software plus required general hardware platform.Based on this understanding, technical scheme of the present invention essence
On in other words the part that contributes to existing technology can be expressed in the form of software products, the computer software product
It can be stored in a storage medium, such as ROM/RAM, magnetic disc, CD, including some instructions are used so that a computer equipment
(can be personal computer, server either network equipment etc.) executes the certain of each embodiment of the present invention or embodiment
Method described in part.
The acquisition methods and system of a kind of information provided by the present invention are described in detail above, it is used herein
Principle and implementation of the present invention are described for specific embodiment, and the explanation of above example is only intended to help
Understand the method and its core concept of the present invention；Meanwhile for those of ordinary skill in the art, according to the thought of the present invention,
There will be changes in the specific implementation manner and application range, in conclusion the content of the present specification should not be construed as to this
The limitation of invention.
The above is only a preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications are also answered
It is considered as protection scope of the present invention.
Claims (10)
1. a kind of acquisition methods of information, which is characterized in that including：
When receiving the target information acquisition request to any one destination item/equipment, parses and wrapped in the acquisition request
The index of the destination item/equipment contained；
Determine the classification type belonging to the index；
It is corresponding with the index there are being searched in associated preset achievement data library with the index in the classification type
Each data；
Each data are integrated according to integration method corresponding with the index, obtain the destination item/equipment
Target information.
2. according to the method described in claim 1, it is characterized in that, the classification type includes：35kv and the above equipment index,
10kv equipment indexes, power grid index and project aid decision index.
3. according to the method described in claim 2, it is characterized in that, when the classification type is 35kv and the above equipment index
Including：
Traverse the main transformer equipment for including in the 35kv and the above equipment index, 35kv and Above Transmission Lines equipment and breaker
Equipment determines first object equipment；
Determine that first object index corresponding with the index, first index are healthy water in the first object equipment
Flat or operational efficiency；
And the first object equipment in search in preset achievement data library corresponding with the first object index and institute
State corresponding each first data of first object index；
Each first data are integrated according to integration method corresponding with the first object index, obtains described the
The target information of one target device.
4. according to the method described in claim 2, it is characterized in that, including when the classification type is 10kv equipment indexes：
Traverse the distribution transformer equipment for including in the 10kv equipment indexes, city 10kv line facilities and farming and pastoral area 10kv lines
Pipeline equipment determines the second target device；
The second target indicator corresponding with the index is determined in second target device, second target indicator is strong
Kang Shuiping or operational efficiency；
In second target device in preset achievement data library corresponding with second target indicator search with it is described
Corresponding each second data of second target indicator；
Each second data are integrated according to integration method corresponding with second target indicator, obtains described the
The target information of two target devices.
5. according to the method described in claim 2, it is characterized in that, including when the classification type is power grid index：
35kv grades or more the power grid index and 10kv power grid indexs in the power grid index are traversed, is determined and the destination item pair
The power grid index answered；
Determine that third target indicator corresponding with the index, the third target indicator are whole water in the power grid index
One kind in flat, operational safety, power supply capacity or the general level of the health；
Determine third target device corresponding with the third target indicator；
In the third target device in preset achievement data library corresponding with the third target indicator search with it is described
The corresponding each third data of third target indicator；
Each third data are integrated according to integration method corresponding with the third target indicator, obtain the mesh
The target information of mark project.
6. according to the method described in claim 1, it is characterized in that, being wrapped when the classification type is project aid decision index
It includes：
Traverse the 35kv in the project aid decision index and the above power grid construction project, 10 (20) kv power grid construction projects,
35kv or more technological transformation, major repair project and 10kv technological transformation, major repair project determine the aid decision index of destination item；
The 4th target indicator corresponding with the index is chosen in the destination item, the 4th target indicator is equipment shape
State assessment, bonus point item, deduction item, power network development harmony, electricity net safety stable, power grid power supply reliability, power grid power quality,
Meet workload demand and services one kind in social development；
Determine the 4th target device corresponding with the 4th target indicator；
In the 4th target device in preset achievement data library corresponding with the 4th target indicator search with it is described
Corresponding each 4th data of 4th target indicator；
Each 4th data are integrated according to integration method corresponding with the 4th target indicator, obtain the mesh
The target information of mark project.
7. according to the method described in claim 1, it is characterized in that, there are associated preset achievement datas with the index
Each data corresponding with the index are searched in library includes：
Determine the title with the associated target device of the index；
It obtains each first title and respectively exists with the index to close by word segmentation processing is carried out to the title of the target device
Each data in the preset achievement data library of connection carry out cosine similarity calculating；
Obtained each similarity result is compared with preset similarity threshold respectively；
The corresponding data of each similarity result that will be greater than the preset similarity threshold are corresponding each as the index
A data.
8. according to the method described in claim 8, it is characterized in that, further including：
If obtained each similarity result point is respectively less than the preset similarity threshold, the size pair according to similarity result
Each similarity result is ranked up.
9. a kind of acquisition system of information, which is characterized in that including：
Parsing module, for when receive request is obtained to the target information of any one destination item/equipment when, described in parsing
Obtain the index for the destination item/equipment for including in request；
Determining module, for determining the classification type belonging to the index；
Searching module, in the classification type with the index there are in associated preset achievement data library search with
The corresponding each data of the index；
Module is integrated, for being integrated to each data according to integration method corresponding with the index, is obtained described
The target information of destination item/equipment.
10. according to the method described in claim 9, it is characterized in that, the searching module includes：
First determination unit, for determining the title with the associated target device of the index；
Computing unit, for by the title of the target device carry out word segmentation processing obtain each first title with respectively with institute
Stating index, there are each data in associated preset achievement data library to carry out cosine similarity calculating；
Comparing unit, for obtained each similarity result to be compared with preset similarity threshold respectively；
Second determination unit, the corresponding data conduct of each similarity result for will be greater than the preset similarity threshold
The corresponding each data of the index.
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