CN106451413A - Method for intelligently generating power loss statistical region based on power grid topological structure - Google Patents
Method for intelligently generating power loss statistical region based on power grid topological structure Download PDFInfo
- Publication number
- CN106451413A CN106451413A CN201610387458.6A CN201610387458A CN106451413A CN 106451413 A CN106451413 A CN 106451413A CN 201610387458 A CN201610387458 A CN 201610387458A CN 106451413 A CN106451413 A CN 106451413A
- Authority
- CN
- China
- Prior art keywords
- transformer
- topological
- network
- island
- loss statistical
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Classifications
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J3/00—Circuit arrangements for ac mains or ac distribution networks
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J2203/00—Indexing scheme relating to details of circuit arrangements for AC mains or AC distribution networks
- H02J2203/20—Simulating, e g planning, reliability check, modelling or computer assisted design [CAD]
Landscapes
- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Supply And Distribution Of Alternating Current (AREA)
Abstract
The invention belongs to the technical field of power loss analysis and calculation of a power grid in a power system, and particularly relates to a method for intelligently generating a power loss statistical region based on a power grid topological structure in regional power grid theoretical power loss calculation. The method comprises the steps of generating a 110kV power grid model connected with a regional power grid 220kV transformer, and generating a 220kV power loss statistical region; adding a 35kV transformer substation connected with a low-voltage side winding of a regional and county power grid 220kV transformer into the generated power loss statistics; generating a county-level 35kV power grid model connected with a regional power grid 110kV transformer, and generating a 110kV power loss statistical region; and adding the generated 110kV power loss statistical region to the generated 220kV power loss statistical region. By adoption of the method, the power loss statistical region used for regional power grid theoretical power loss calculation can be quickly and automatically formed, thereby satisfying the power loss statistical requirement of superior and subordinate transformer substations of the regional power grid.
Description
Technical field
The invention belongs to the technical field that in power system, electricity grid network loss analysis calculate, particularly to area power grid reason
Method by intelligently generating network loss statistical regions in line losses management based on topological structure of electric.
Background technology
Electric energy is secondary energy sources obtained from primary energy is changed, and can be converted into mechanical energy, heat energy, magnetic energy etc..With
Society development, electric energy oneself through becoming the lifeblood of national people's economic development, its apply oneself be deep into productions, life each lead
Domain.Convey the swift and violent growth of electricity with electrical network, electric network active loss (hereinafter referred to as network loss) also increases substantially therewith.With
As a example 2007, China's whole year generated energy about 3.3 trillion kilowatt hour, the Network Loss Rate averagely about 7% of transmission and distribution network, only network loss one
, the annual electricity that loses of China reaches 230,000,000,000 kilowatt hours, is equivalent to 0.9 hundred million tons of many quotas of expenditure coal, discharges CO more2About 200,000,000 tons.
How by obtaining maximum economic benefit with minimum electric energy loss, the network loss realizing electrical network reduces and energy-saving and emission-reduction, meaning
Very great.
Power network convey and distribution electric energy during, because transmission facility has resistance, when electric current flows through, just
A number of active power loss can be produced, within the given period (day, the moon, season, year), consumed in each grid equipment
All active energies are referred to as Energy loss, generally comprise the active energy (abbreviation line loss) that line facility consumed and transformer sets
The standby active energy (abbreviation loss on transmission) being consumed.
At present in existing mode, in area power grid, determine that the equipment participating in network loss statistics has only included 220kV and 110kV
The equipment of grade is it is impossible to the 35kV equipment during county is adjusted carries out network loss statistics.Constantly fast-developing with electrical network in recent years, this
Mode has been difficult to meet the requirement of online theory nework losses precision.Power grid structure and equipment are in fast development and change
During change, in order to ensure that powernet theory nework losses can be more accurately it is necessary to expend substantial amounts of manpower to carry out county
Adjust the manual maintenance work in region, it is inaccurate to result in online Losses Analysis result, can not reduce dispatching automation personnel's again
Workload.From the point of view of published document, the method going back neither one system can solve the problem that this problem.
Content of the invention
The purpose of the present invention is the weak point for overcoming prior art, provides in a kind of area power grid theory nework losses
The method intelligently generating network loss statistical regions based on topological structure of electric, this method is based on topological structure of electric, can automatically fit
Answer the fast-developing change of electric network composition in statistical regions, significantly mitigate the manual maintenance in powernet theory nework losses
Amount, realization is automatically, reliably theoretical network loss calculates in real time.
It is based on topological structure of electric in a kind of area power grid theory nework losses proposed by the present invention and intelligently generate network loss system
The method in meter region, the method includes：
1. when measurement period arrives, generate the model of the 110kV electrical network that area power grid 220kV transformer is connected, and
Produce 220kV network loss Statistical Area, specifically include following sub-step：
1.1 obtaining complete area power grid model from area power grid monitoring system；
1.2 pairs of complete electric network models are processed, and delete the whole transmission lines of electricity beyond 110kV electric pressure；Delete
Whole disconnecting switch beyond 110kV electric pressure and breaker；Delete 110kV electric pressure in be completely in point state every
After leaving pass and breaker model, form the model of 110kV electrical network；
1.3 pairs of 110kV electric network models carry out topology coloring coding, form some topology islands, if each topological island includes
Do in the conductive equipment electrically linking together；
1.4 are examined in all topological islands, contain 220kV transformer and 110kV transformer station, then will in island i as topological in certain
Set up a 220kV network loss Statistical Area corresponding to this topological island i, be designated asRepresent and contain 220kV and 110kV voltage
What the topological island i of grade was formed has the 220kV network loss Statistical Area of electrical link；
1.5 pairs of 220kV transformers being on topological island i are processed：220kV transformer is designated asFor
N 220kV transformer in the 220kV network loss Statistical Area that topological island i is formed, willIt is added toIn；
1.6 pairs of 110kV transformer stations being on topological island i are processed：J-th strip high-tension line by 110kV transformer station
It is designated asK-th transformer of 110kV transformer station is designated asWillWithIt is added toIn；
2. the 35kV transformer station that Jiang Di county electrical network 220kV step down side winding is connected is added to the net having generated
Damage in statistics, specifically include following sub-step：
2.1 obtain complete ground county integration electric network model from ground county integration dispatch automated system again；
2.2 pairs of complete electric network models are processed, and delete the whole transmission lines of electricity beyond 35kV electric pressure；Delete
Whole disconnecting switch beyond 35kV electric pressure and breaker；Delete the isolation being completely in point state in 35kV electric pressure
After switch and breaker, form the model of 35kV electrical network；
The model of 2.3 pairs of 35kV electrical networks carries out topology coloring coding, forms some topology islands, if each topological island includes
Do in the conductive equipment electrically linking together；
2.4 are examined in all topological islands, contain 220kV transformer and 35kV transformer station, note should in island as topological in certain
220kV transformer isRepresent l transformer in the topological island containing 220kV and 35kV electric pressure, check
Whole 220kV network loss Statistical Areas have been produced, if finding certain 220kV network loss Statistical Area in step 1Meet：Then willIt is added toIn；
2.5 pairs of 35kV transformer stations being on described topological island in 2.4 are processed：By 35kV transformer station the m article
High-tension line is designated asP-th transformer of 35kV transformer station is designated asWillWithIt is added toIn.
3. generate the model of the 35kV electrical network at county level that area power grid 110kV transformer is connected, and produce 110kV network loss system
Meter area, specifically includes following sub-step：
3.1 obtain complete ground county integration electric network model from ground county integration dispatch automated system again；
3.2 pairs of complete electric network models are processed, and delete the whole transmission lines of electricity beyond 35kV electric pressure；Delete
Whole disconnecting switch beyond 35kV electric pressure and breaker；Delete the isolation being completely in point state in 35kV electric pressure
After switch and breaker, form the model of 35kV electrical network；
The model of 3.3 pairs of 35kV electrical networks carries out topology coloring coding, forms some topology islands, if each topological island includes
Do in the conductive equipment electrically linking together；
3.4 are examined in all topological islands, contain 110kV transformer and 35kV transformer station in island a as topological in certain, then will be right
A 110kV network loss Statistical Area should be set up in this topological island a, be designated asRepresent in 110kV transformer station and contain 110kV
The network loss Statistical Area having electrical link being formed with the topological island of 35kV electric pressure；
3.5 pairs of 110kV transformers being on topological island a are processed, and 110kV transformer is designated asTable
Show q 110kV transformer in the 110kV network loss Statistical Area that topological island a is formed, willIt is added toIn；
3.6 pairs of 35kV transformer stations being on topological island a are processed, by the b article high-tension line note of 35kV transformer station
ForC-th transformer of 35kV transformer station is designated asWillWithIt is added toIn.
4. the 110kV network loss Statistical Area generating in step 3 is added to the 220kV network loss Statistical Area generate in step 1, tool
Body method is：The whole 110kV being examined in generating in step 3 coordinate sub- control zoneRightInIf can
Find certainInMeet：I.e. three conditions are simultaneously full
Foot, then willIt is added toIn；
5., when next controlling cycle arrives, return to step 1 starts next round and coordinates automatically generating of control zone.
The present invention be different from previous methods be noteworthy characterized by propose in area power grid theory nework losses be based on electrical network
The method that topological structure intelligently generates network loss statistical regions, the radiation of statistical regions across 220-110-35 three-level runs partitioned area,
Network loss statistical regions can be generated by automated intelligent, more accurate to network loss statistics, statistical regions internal electric network structure changes
And gateway device when being not changed in it is not necessary to any manual maintenance, the equipment in statistical regions can be automatically updated.
Brief description
Fig. 1 be the present embodiments relate to a typical regional three-level electrical network radiation diagram；
Fig. 2 be the present embodiments relate to topological island schematic diagram；
Fig. 3 be the present embodiments relate to another kind of topology island schematic diagram.
Specific embodiment
It is based on topological structure of electric in area power grid theory nework losses proposed by the present invention and intelligently generate network loss Statistical Area
The method in domain describes in detail as follows in conjunction with the embodiments：
For the power grid enterprises of management electrical energy transportation, for example each province, city-level grid company are although electrical network is physically whole
Body links together, but the electrical network administered of each grid company is a part for whole electrical network, or carries out according to region
Divide, or divided according to electric pressure, all define bright between the grid equipment scope that each grid company is administered
True boundary position.Equally, the grid equipment scope that power grid enterprises and electricity power enterprise are managed also has clear and definite border.Each electrical network
In the active power loss electricity of statistical computation electrical network, the equipment in statistical computation our company compass of competency is in transmission electric energy for company
Shi Yinqi network loss.Meanwhile, at present in the Operation of Electric Systems of China, area and County Power Grid are all run using radiation mode,
For area power grid, there is between its 220kV transformer station circuit and interconnect, and 110kV transformer station is only become with higher level 220kV
Power station connects, and does not have circuit to interconnect between 110kV transformer station；To County Power Grid, 35kV transformer station and higher level's 110kV power transformation
Stand connection, or be joined directly together with higher level 220kV transformer station, between 35kV transformer station, do not have circuit to interconnect.This operation
Under mode, from 220kV transformer station high-voltage side bus, define voltage each containing 220kV-110kV-35kV or 220kV-35kV
The radiation of grade transformer substation runs partitioned area.
Fig. 1 gives a typically regional three-level electrical network radiation diagram, the root of radiation power grid be region electrical network 220kV
Main transformer, it passes through medium voltage side winding (110kV) and low-pressure side winding (35kV) connects subordinate ground and adjusts electrical network, and medium voltage side winding connects
110kV bus draw some 110kV circuits, be connected to 110kV transformer station of subordinate, in some cases, 35kV bus also may be used
To draw some 35kV circuits, it is connected to the 35kV transformer station that county of subordinate adjusts electrical network.110kV transformer station can join in general
Put volume three power transformation depressors, wherein pressure is surveyed the 35kV bus some 35kV circuits of extraction that winding connects, is connected to subordinate's 35kV power transformation
Stand.
By analysis above, from the beginning of 220kV main transformer, define the three-level spoke across tri- electric pressures of 220-110-35
Radio net, in this region, 220kV main transformer, 110kV circuit, 110kV main transformer, 35kV circuit and 35kV main transformer are all to produce
The equipment of kwh loss, in carrying out area power grid network loss statistics, not only to consider 220kV main transformer, 110kV circuit and
The loss of 110kV main transformer, in order to improve the accuracy of statistics it is also desirable to consider the damage of 35kV main transformer and 35kV circuit
Consumption.
To sum up, in area power grid network loss statistics, the network loss region of formation is named asAdd network loss statistics equipment it
Afterwards, it is written as
It is in the 220kV transformer of running status, total N platform, be designated as 1,2,3...n；
In 220kV transformer, pressure surveys the connected 110kV circuit being in running status of bus, a total of J platform, is designated as
1,2,3...j；
It is in the 110kV transformer of running status, total K platform, be designated as 1,2,3...k；
The connected 35kV circuit being in running status of 220kV transformer low voltage side bus, total M root, it is designated as 1,2,
3...m；
The 35kV transformer being in running status in 220kV low-pressure side Suo Dai 35kV transformer station, total P platform, note
For 1,2,3...p；
What in expression 110kV transformer station, the topological island containing 110kV and 35kV electric pressure was formed has electric connection
The network loss Statistical Area of system, is designated as 1,2,3...a by a total of A；
Every sub-regions are defined as：
Represent in the region that in 110kV transformer station, the topological island containing 110kV and 35kV electric pressure is formed
It is in the 110kV transformer of running status, total Q platform, be designated as 1,2,3...q；
Represent that 110kV 35 kV-side of transformer is in the circuit of running status, total B bar, be designated as 1,2,3...b；
Represent the transformer being in running status in 110kV transformer Suo Dai 35kV transformer station, total C platform, be designated as
1,2,3...c；
After determining the armamentarium participating in statistics, on the one hand can be calculated grid company compass of competency of interest
Interior total theoretical network loss, on the other hand can obtain complete network loss distribution, i.e. total network loss Producing reason and composition.This is right
The scheduling decision that grid company formulates reduction network loss is very meaningful, can be ranked up equipment according to network loss size, pass through
Adjustment power system operating mode, reduces the electric network active trend of conveying on high network loss equipment, thus effectively reducing grid net loss.
Simultaneously as the method for operation of electrical network often changes, network loss Statistical AreaIn element with the method for operation
Often change it is impossible to set manually in advance.Therefore in network loss statistical system, need to automatically generate in real time area power grid
Network loss Statistical Area
At present in existing mode, in area power grid, determine that the equipment participating in network loss statistics has only included 220kV and 110kV
The equipment of grade is it is impossible to the 35kV equipment during county is adjusted carries out network loss statistics.Constantly fast-developing with electrical network in recent years, this
Mode has been difficult to meet the requirement of online theory nework losses precision.Power grid structure and equipment are in fast development and change
During change, in order to ensure that powernet theory nework losses can be more accurately it is necessary to expend substantial amounts of manpower to carry out county
Adjust the manual maintenance work in region, it is inaccurate to result in online Losses Analysis result, can not reduce dispatching automation personnel's again
Workload.From the point of view of published document, the method going back neither one system can solve the problem that this problem.
The region of the actual 220kV-110kV-35kV that the present embodiment selects, administration is adjusted with covering in this region
220kV transformer station and 110 transformer stations and county adjust the 35kV transformer station of compass of competency, meet the present invention with regard to area power grid net
Damage the region covering required for statistics.The low-pressure side 35kV bus of wherein 220kV transformer station is connected with the transformer station of 35kV, middle pressure
The low-pressure side 35kV bus that side 110kV bus carries in 110kV transformer station, and this 110kV transformer station is also connected with 35kV's
Transformer station.
Calculating cycle is determined in advance, the calculating cycle of general electrical network theory nework losses is 0.5 minute to 5 points in this method
Clock, this cycle manually can set according to actual conditions and demand；
This method includes：
1. when measurement period arrives, generate the model of the 110kV electrical network that area power grid 220kV transformer is connected, and
Produce 220kV network loss Statistical Area, specifically include following sub-step：
1.1 obtain complete area power grid model from area power grid monitoring system；
1.2 pairs of complete electric network models are processed, and delete the whole transmission lines of electricity beyond 110kV electric pressure；Delete
Whole disconnecting switch beyond 110kV electric pressure and breaker；Delete 110kV electric pressure in be completely in point state every
After leaving pass and breaker model, form the model of 110kV electrical network；
1.3 pairs of 110kV electric network models carry out topology coloring coding, form some topology islands, if each topological island includes
Do in the conductive equipment electrically linking together, as shown in Figure 2；
1.4 are examined in all topological islands, contain 220kV transformer and 110kV transformer station, then will in island i as topological in certain
Set up a 220kV network loss Statistical Area corresponding to this topological island i, be designated asRepresent and contain 220kV and 110kV voltage
What the topological island i of grade was formed has the 220kV network loss Statistical Area of electrical link；
1.5 pairs of 220kV transformers being on topological island i are processed：220kV transformer is designated asFor
N 220kV transformer in the 220kV network loss Statistical Area that topological island i is formed, willIt is added toIn；
1.6 pairs of 110kV transformer stations being on topological island i are processed：J-th strip high-tension line by 110kV transformer station
It is designated asK-th transformer of 110kV transformer station is designated asWillWithIt is added toIn；
1.7 present network loss Statistical AreasIt is expressed as formula (3)
2. the 35kV transformer station that Jiang Di county electrical network 220kV step down side winding is connected is added to the net having generated
Damage in statistics, specifically include following sub-step：
2.1 obtain complete ground county integration electric network model from ground county integration dispatch automated system again；
2.2 pairs of complete electric network models are processed, and delete the whole transmission lines of electricity beyond 35kV electric pressure；Delete
Whole disconnecting switch beyond 35kV electric pressure and breaker；Delete the isolation being completely in point state in 35kV electric pressure
After switch and breaker, form the model of 35kV electrical network；
The model of 2.3 pairs of 35kV electrical networks carries out topology coloring coding, forms some topology islands, if each topological island includes
Do in the conductive equipment electrically linking together, as shown in Figure 3；
2.4 are examined in all topological islands, contain 220kV transformer and 35kV transformer station, note should in island as topological in certain
220kV transformer isRepresent l transformer in the topological island containing 220kV and 35kV electric pressure, check
Whole 220kV network loss Statistical Areas have been produced, if finding certain 220kV network loss Statistical Area in step 1Meet：Then willIt is added toIn；
2.5 pairs of 35kV transformer stations being on described topological island in 2.4 are processed：By 35kV transformer station the m article
High-tension line is designated asP-th transformer of 35kV transformer station is designated asWillWithIt is added toIn.
2.6 arrive this network loss Statistical AreaIt is expressed as formula (4)
3. generate the model of the 35kV electrical network at county level that area power grid 110kV transformer is connected, and produce 110kV network loss system
Meter area, specifically includes following sub-step：
3.1 obtain complete ground county integration electric network model from ground county integration dispatch automated system again；
3.2 pairs of complete electric network models are processed, and delete the whole transmission lines of electricity beyond 35kV electric pressure；Delete
Whole disconnecting switch beyond 35kV electric pressure and breaker；Delete the isolation being completely in point state in 35kV electric pressure
After switch and breaker, form the model of 35kV electrical network；
The model of 3.3 pairs of 35kV electrical networks carries out topology coloring coding, forms some topology islands, if each topological island includes
Do in the conductive equipment electrically linking together, as shown in Figure 3；
3.4 are examined in all topological islands, contain 110kV transformer and 35kV transformer station in island a as topological in certain, then will be right
A 110kV network loss Statistical Area should be set up in this topological island a, be designated asRepresent in 110kV transformer station and contain 110kV
The network loss Statistical Area having electrical link being formed with the topological island of 35kV electric pressure；
3.5 pairs of 110kV transformers being on topological island a are processed, and 110kV transformer is designated asTable
Show q 110kV transformer in the 110kV network loss Statistical Area that topological island a is formed, willIt is added toIn；
3.6 pairs of 35kV transformer stations being on topological island a are processed, by the b article high-tension line note of 35kV transformer station
ForC-th transformer of 35kV transformer station is designated asWillWithIt is added toIn.
The network loss statistical regions of 3.7 formationFor formula (5)
4. the 110kV network loss Statistical Area generating in step 3 is added to the 220kV network loss Statistical Area generate in step 1, tool
Body method is：The whole 110kV being examined in generating in step 3 coordinate sub- control zoneRightInIf can
Find certainInMeet：I.e. three conditions are simultaneously full
Foot, then willIt is added toIn；
The network loss region ultimately generatingIt is expressed as formula (6) or (7)
Or
5., when next controlling cycle arrives, return to step 1 starts next round and coordinates automatically generating of control zone.
Claims (1)
1. the method for network loss statistical regions is intelligently generated it is characterised in that the method includes following step based on topological structure of electric
Suddenly：
Step 1：When measurement period arrives, generate the model of the 110kV electrical network that area power grid 220kV transformer is connected, and
Produce 220kV network loss Statistical Area, specifically include following sub-step：
1.1 obtain complete area power grid model from area power grid monitoring system；
1.2 pairs of complete electric network models are processed, and delete the whole transmission lines of electricity beyond 110kV electric pressure；Delete 110kV
Whole disconnecting switch beyond electric pressure and breaker；Delete in 110kV electric pressure and be completely in keeping apart of point state
Behind pass and breaker model, form the model of 110kV electrical network；
1.3 pairs of 110kV electric network models carry out topology coloring coding, form some topology islands, each topological island include some
The conductive equipment electrically linking together；
1.4 are examined in all topological islands, contain 220kV transformer and 110kV transformer station, then will correspond in island i as topological in certain
Set up a 220kV network loss Statistical Area in this topological island i, be designated asRepresent and contain 220kV and 110kV electric pressure
The 220kV network loss Statistical Area having electrical link that formed of topological island i；
1.5 pairs of 220kV transformers being on topological island i are processed：220kV transformer is designated asFor topology
N 220kV transformer in the 220kV network loss Statistical Area that island i is formed, willIt is added toIn；
1.6 pairs of 110kV transformer stations being on topological island i are processed：The j-th strip high-tension line of 110kV transformer station is designated asK-th transformer of 110kV transformer station is designated asWillWithIt is added toIn；
Step 2：The 35kV transformer station that Jiang Di county electrical network 220kV step down side winding is connected is added to the net having generated
Damage in statistics, specifically include following sub-step：
2.1 obtain complete ground county integration electric network model from ground county integration dispatch automated system again；
2.2 pairs of complete electric network models are processed, and delete the whole transmission lines of electricity beyond 35kV electric pressure；Delete 35kV electricity
Whole disconnecting switch beyond pressure grade and breaker；Delete be completely in 35kV electric pressure the disconnecting switch of point state with
After breaker, form the model of 35kV electrical network；
The model of 2.3 pairs of 35kV electrical networks carries out topology coloring coding, forms some topology islands, each topological island include some
The conductive equipment electrically linking together；
2.4 are examined in all topological islands, contain 220kV transformer and 35kV transformer station, remember that this 220kV becomes in island as topological in certain
Depressor isRepresent l transformer in the topological island containing 220kV and 35kV electric pressure, check in step 1
Whole 220kV network loss Statistical Areas are produced, if finding certain 220kV network loss Statistical AreaMeet：Then willIt is added toIn；
2.5 pairs of 35kV transformer stations being on described topological island in 2.4 are processed：The m article high pressure by 35kV transformer station
Circuit is designated asP-th transformer of 35kV transformer station is designated asWillWithIt is added toIn.
Step 3：Generate the model of the 35kV electrical network at county level that area power grid 110kV transformer is connected, and produce 110kV network loss system
Meter area, specifically includes following sub-step：
3.1 obtain complete ground county integration electric network model from ground county integration dispatch automated system again；
3.2 pairs of complete electric network models are processed, and delete the whole transmission lines of electricity beyond 35kV electric pressure；Delete 35kV electricity
Whole disconnecting switch beyond pressure grade and breaker；Delete be completely in 35kV electric pressure the disconnecting switch of point state with
After breaker, form the model of 35kV electrical network；
The model of 3.3 pairs of 35kV electrical networks carries out topology coloring coding, forms some topology islands, each topological island include some
The conductive equipment electrically linking together；
3.4 are examined in all topological islands, contain 110kV transformer and 35kV transformer station, then will correspond in island a as topological in certain
This topological island a sets up a 110kV network loss Statistical Area, is designated asRepresent in 110kV transformer station containing 110kV and
What the topological island of 35kV electric pressure was formed has the network loss Statistical Area of electrical link；
3.5 pairs of 110kV transformers being on topological island a are processed, and 110kV transformer is designated asRepresent topology
Q 110kV transformer in the 110kV network loss Statistical Area that island a is formed, willIt is added toIn；
3.6 pairs of 35kV transformer stations being on topological island a are processed, and the b article high-tension line of 35kV transformer station is designated as
C-th transformer of 35kV transformer station is designated asWillWithIt is added toIn.
Step 4：The 110kV network loss Statistical Area generating in step 3 is added to the 220kV network loss Statistical Area generate in step 1, tool
Body method is：The whole 110kV being examined in generating in step 3 coordinate sub- control zoneRightInIf can
Find certainInMeet：I.e. three conditions are simultaneously full
Foot, then willIt is added toIn；
Step 5：When next controlling cycle arrives, return to step 1 starts next round and coordinates automatically generating of control zone.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610387458.6A CN106451413A (en) | 2016-06-02 | 2016-06-02 | Method for intelligently generating power loss statistical region based on power grid topological structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610387458.6A CN106451413A (en) | 2016-06-02 | 2016-06-02 | Method for intelligently generating power loss statistical region based on power grid topological structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106451413A true CN106451413A (en) | 2017-02-22 |
Family
ID=58183509
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610387458.6A Pending CN106451413A (en) | 2016-06-02 | 2016-06-02 | Method for intelligently generating power loss statistical region based on power grid topological structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106451413A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107658870A (en) * | 2017-10-17 | 2018-02-02 | 中国南方电网有限责任公司超高压输电公司检修试验中心 | People having the same aspiration and interest unit division Fast implementation based on divided power system topological structure |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103530822A (en) * | 2013-10-23 | 2014-01-22 | 国家电网公司 | Method for analyzing loss reduction potential of grids of Gansu Province |
| CN103532136A (en) * | 2013-10-16 | 2014-01-22 | 国网安徽省电力公司 | On-line computation and aid decision making system and on-line computation and aid decision making method for province-prefecture-country integrated network loss |
| CN104348158A (en) * | 2014-11-18 | 2015-02-11 | 国家电网公司 | Automatic generation method for coordinated control area in region-county integrated automatic voltage control |
| CN104505828A (en) * | 2014-12-29 | 2015-04-08 | 国家电网公司 | Grid loss data acquiring method and system |
| CN104598713A (en) * | 2014-07-24 | 2015-05-06 | 南方电网科学研究院有限责任公司 | Power grid theoretical line loss computation demand data synthesizing method |
| CN105914732A (en) * | 2016-04-13 | 2016-08-31 | 国网冀北电力有限公司电力科学研究院 | High-voltage power grid theoretical line loss evaluation system |
-
2016
- 2016-06-02 CN CN201610387458.6A patent/CN106451413A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103532136A (en) * | 2013-10-16 | 2014-01-22 | 国网安徽省电力公司 | On-line computation and aid decision making system and on-line computation and aid decision making method for province-prefecture-country integrated network loss |
| CN103530822A (en) * | 2013-10-23 | 2014-01-22 | 国家电网公司 | Method for analyzing loss reduction potential of grids of Gansu Province |
| CN104598713A (en) * | 2014-07-24 | 2015-05-06 | 南方电网科学研究院有限责任公司 | Power grid theoretical line loss computation demand data synthesizing method |
| CN104348158A (en) * | 2014-11-18 | 2015-02-11 | 国家电网公司 | Automatic generation method for coordinated control area in region-county integrated automatic voltage control |
| CN104505828A (en) * | 2014-12-29 | 2015-04-08 | 国家电网公司 | Grid loss data acquiring method and system |
| CN105914732A (en) * | 2016-04-13 | 2016-08-31 | 国网冀北电力有限公司电力科学研究院 | High-voltage power grid theoretical line loss evaluation system |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107658870A (en) * | 2017-10-17 | 2018-02-02 | 中国南方电网有限责任公司超高压输电公司检修试验中心 | People having the same aspiration and interest unit division Fast implementation based on divided power system topological structure |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| Chen et al. | Theoretical line loss calculation of distribution network based on the integrated electricity and line loss management system | |
| CN106229969B (en) | Abnormality judgment method is lost in electric network element based on cumulative statistics line loss per unit | |
| CN104732349A (en) | Power network planning method | |
| CN102567603A (en) | Method for automatically generating BPA calculation file based on actual measurement topology and measured data | |
| CN110443402A (en) | A kind of urban distribution network gridding planing method adapting to high reliability power demands | |
| CN104348158B (en) | In the integrated automatism voltage control in ground county, coordinate the automatic generation method of control zone | |
| CN104376371B (en) | A kind of distribution based on topology is layered load forecasting method | |
| CN102244384A (en) | Optimal operation method of main transformers based on economic equivalent analysis | |
| CN102856896B (en) | On-line analytical method for direct-current transmission loss | |
| CN103532136A (en) | On-line computation and aid decision making system and on-line computation and aid decision making method for province-prefecture-country integrated network loss | |
| CN102904247A (en) | Distribution line type selection method based on lowest composite cost | |
| CN106410784A (en) | Calculation method for sensitivity of transformer substation active load to regional power grid active transmission loss | |
| CN102567645B (en) | Method for counting equipment of power grid and computing transmission losses on basis of on-line theoretical transmission loss computation | |
| CN115733188A (en) | Novel distributed new energy bearing capacity assessment method for power system considering multi-source complementary characteristics | |
| CN104158206A (en) | Grid security and stability control method considering wind power uncertainties | |
| CN103366225B (en) | Wind power prediction error identification method | |
| CN108490285B (en) | Low-voltage transformer area line loss rate calculation method based on voltage drop method | |
| CN103401247B (en) | The optimization method of AGC and AVC is realized in power plant's booster stations supervisory control system | |
| CN105262143A (en) | Photovoltaic source network control method based on optimal regional economy and system | |
| CN108429253A (en) | The construction method of the load user property model of multi-level collaborative | |
| CN106451413A (en) | Method for intelligently generating power loss statistical region based on power grid topological structure | |
| CN104809543A (en) | Power grid operation mode generating method based on monthly power transmission and distribution equipment maintenance plan | |
| CN110688619A (en) | Theoretical line loss calculation system and method for power distribution network | |
| CN104166767A (en) | Method for converting transformer zero-sequence test data into zero-sequence parameters used for computation | |
| CN110458314B (en) | Load prediction data decomposition method for power grid day-ahead tide prediction |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WD01 | Invention patent application deemed withdrawn after publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20170222 |