CN105184660A - Virtual secondary circuit examination method between intelligent station intelligent device configuration scheme and device - Google Patents
Virtual secondary circuit examination method between intelligent station intelligent device configuration scheme and device Download PDFInfo
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Abstract
The present invention discloses a virtual secondary circuit examination method between an intelligent station intelligent device configuration scheme and a device. The method comprises a base model defining step of defining the model classes used in project template description, wherein the model classes comprise an intelligent device class, an input virtual terminal class, an output virtual terminal class, an input virtual terminal set class, an output virtual terminal set class, a virtual secondary circuit class, a virtual secondary circuit group class, a spacing class or a substation design scheme rule class, a step of applying the model classes, combining the related standard regulation specification and typical design specification requirements of the power industry and defining various types of project templates, wherein the defining of the various types of project templates concretely comprises defining a standard intelligent device template, defining a spacing class template and defining a substation design scheme rule template, and a step of using various types of project templates to examine an SCD file. According to the method, after the substation project design construction is completed, various file errors can be examined in advance, and the efficiency of intelligent substation design review is ensured.
Description
Technical field
The present invention relates to virtual secondary circuit checking method between a kind of intelligent station intelligent apparatus allocation plan and device.
Background technology
Intelligent substation (comprising digital transformer substation) utilizes the up-to-date communication technology and the information processing technology, compared with conventional substation, its Structure and form there occurs revolutionary change, in conventional substation, between device, information communication uses cable to realize, loop information between terminal is described by design drawing, and in intelligent substation, the information communication followed in IEC61850 standard intelligent substation is realized by network signal, and the loop information between terminal describes with meeting SCL SCD file that is semantic and syntactic description.In order to enable professional understand, the domestic concept taking out empty terminal at present carrys out the real terminal of matching convention transformer station.
SCD document domestic is at present all that project planner or commissioning staff are semantic based on empty terminal substantially, empty for input terminal is associated one by one with the empty terminal of output, form virtual secondary circuit, and virtual secondary circuit is write SCD document, each concrete substation project needs again to do one time, cause the loop configuration workload of each transformer station very large, and reusability is poor.And the empty loop quantity of each intelligent substation is very large, reach hundreds of several thousand, at present the examination & verification in these loops is all tested by field adjustable and verify one by one, and due to loop error in SCD file cause engineering debug scene repeat debugging work load very large, if can based on business before engineering site debugging, correctness examination & verification is carried out to the intelligent apparatus allocation plan in SCD, virtual secondary circuit, will greatly improve the debugging efficiency of engineering site.
Along with the propelling that intelligent substation is built at home, device standardization is greatly increased, in succession issue technical manual and the standard such as " four is unified ", " six is unified " in industry, this is realize carrying out detection based on the intelligent substation configuration file of business rule by informationization technologies such as computing machines to provide possibility.
Summary of the invention
Object of the present invention is exactly to solve the problem, virtual secondary circuit checking method between a kind of intelligent station intelligent apparatus allocation plan and device is provided, it has can check out various file error ahead of time after substation project job design completes, and ensures the advantage of the efficiency of intelligent substation criterion design review.
To achieve these goals, the present invention adopts following technical scheme:
Virtual secondary circuit checking method between a kind of intelligent station intelligent apparatus allocation plan and device, comprises the steps:
Step (1): basic model defines: according to the relation in intelligent substation between primary system and electrical secondary system, definition engineering template describes the model class used; Described model class comprises: intelligent apparatus class, input empty terminal class, export empty terminal class, input empty extremal subset class, export empty extremal subset class, virtual secondary circuit class, virtual secondary circuit group class, interval class and Substation Design scheme Regularia;
Step (2): the model class of applying step (1), in conjunction with " State Grid Corporation of China's project of transmitting and converting electricity common apparatus---110 (66) ~ 750kV secondary equipment of intelligent converting stations " of power industry, " route protection and servicing unit standardized designs specification ", " transformer, high-voltage shunt reactor and bus protection and servicing unit standardized designs specification ", " State Grid Corporation of China's project of transmitting and converting electricity modular design " requires all kinds of engineering template of definition, specifically comprise definition standard intelligent apparatus template, definition interval type template and definition Substation Design scheme rule template,
Step (3): utilize all kinds of engineering templates of step (2) to audit SCD file: intelligent apparatus allocation plan is audited; Virtual secondary circuit examination & verification between intelligent apparatus.
Described intelligent apparatus class, attribute has: template name, transformer substation voltage grade, primary connection circuit mode, interval type, device functional types, protect types, protection basis model code, protection apolegamy function code;
The empty terminal class of described input, attribute has: empty terminal numbering, empty terminal name, inputs empty terminal and inputs empty terminal place device and produce and associate;
The empty terminal class of described output, attribute has: export empty terminal numbering, export empty terminal name, exports empty terminal and exports empty terminal place device and produce and associate;
The empty extremal subset class of described input, with place device, gather in empty terminal produce and associate; Each intelligent apparatus has and only has one to input empty extremal subset;
The empty extremal subset class of described output, with place device, gather in empty terminal produce and associate, each intelligent apparatus has and only has one to export empty extremal subset;
Described virtual secondary circuit class, the incidence relation of secondary circuit and the empty terminal of intelligent apparatus input and output, each secondary circuit comprises the empty terminal of output and the empty terminal of input two attributes;
Described virtual secondary circuit group class, virtual secondary circuit group to refer in transformer station the set of virtual secondary circuit between two intelligent apparatus needing communication, produces associate with two end devices of virtual secondary circuit;
Described interval class, attribute has compartment name, interval type, and the intelligent apparatus in interval produces and associates;
Described Substation Design scheme Regularia, attribute has: rule name, transformer substation voltage grade, primary connection circuit mode; Be associated with the virtual secondary circuit group between device, all devices in interval type, every class interval.
Refer to according to the relation in intelligent substation between primary system and electrical secondary system: electrical secondary system is protected primary system, control, measure, measure, monitor, so the physical characteristics of primary system directly determines the physical characteristics of electrical secondary system.
The physical characteristics of described primary system comprises: transformer substation voltage grade, primary connection circuit mode and interval type,
The physical characteristics of described electrical secondary system comprises: the configuration mode of intelligent apparatus, the function type of device, empty terminal and virtual secondary circuit.
In described step (2), definition standard intelligent apparatus template comprises the steps:
In conjunction with " State Grid Corporation of China's project of transmitting and converting electricity common apparatus---110 (66) ~ 750kV secondary equipment of intelligent converting stations ", " route protection and servicing unit standardized designs specification ", " transformer, high-voltage shunt reactor and bus protection and servicing unit standardized designs specification ", " State Grid Corporation of China's project of transmitting and converting electricity modular design "; according to the intelligent apparatus class of definition in step (1)
Step (2a-1): under defining different electric pressure transformer station, various main wiring mode, the various intelligent apparatus templates used of different interval type;
Step (2a-2): each intelligent apparatus template defines the empty extremal subset of input;
Step (2a-3): each intelligent apparatus template defines and exports empty extremal subset.
In described step (2), definition interval type template comprises the steps:
Step (2b-1): for various primary equipment interval to the functional requirement of intelligent apparatus, defines various general interval type template;
Step (2b-2): each interval type template defines the intelligent apparatus and type thereof that interval comprises;
Step (2b-3): intelligent apparatus type will with standard intelligent apparatus template one_to_one corresponding;
Step (2b-4): the virtual secondary circuit group in definition interval type template between each intelligent apparatus and interval type template other intelligent apparatus interior.
In described step (2), the step of definition Substation Design scheme rule template is:
Step (2c-1): in conjunction with transformer substation voltage grade, primary connection circuit mode two factors, defines Substation Design scheme rule template one by one;
Step (2c-2): each Substation Design scheme rule template defines all interval type that this design proposal rule template comprises;
Step (2c-3): each interval type and interval type template one_to_one corresponding, the virtual secondary circuit group namely in interval between intelligent apparatus is consistent with interval type template definition;
Step (2c-4): define the virtual secondary circuit group in each intelligent apparatus and other intervals between intelligent apparatus in each interval type.
Described intelligent apparatus allocation plan examination & verification comprises the steps:
Step (3-1a): based on the syntactic definition to SCD file in IEC61850 standard and Q/GDW1396-2012 " IEC61850 engineering relay protection application model " specification; resolve by the SCD audited, intelligent apparatus list in the transformer substation voltage grade, primary connection circuit mode, interval number and the type that obtain defining in SCD file, interval.
Step (3-1b): according to electric pressure, the primary connection circuit mode of transformer station, the Substation Design scheme rule template be suitable for when determining to audit;
Step (3-1c): check successively the interval number described in the interval type defined in Substation Design scheme rule template and SCD file and type whether consistent, consistent determination methods is that each interval type defined in Substation Design scheme rule template has an example at least in SCD file;
Step (3-1d): in each interval type defined in inspection Substation Design scheme rule template successively, whether the definition of intelligent apparatus is consistent with the description in SCD file, consistent determination methods is that the type of type and the number of intelligent apparatus in the corresponding interval type defined in Substation Design scheme rule template and the description of SCD file is identical, and number is equal.
Virtual secondary circuit examination & verification between described intelligent apparatus comprises the steps:
Step (3-2a): based on the syntactic definition to SCD file in IEC61850 standard and Q/GDW1396-2012 " IEC61850 engineering relay protection application model " specification; resolve by the SCD audited, the virtual secondary circuit group between intelligent apparatus list in the transformer substation voltage grade, primary connection circuit mode, interval number and the type that obtain defining in SCD file, interval, intelligent apparatus.
Step (3-2b): according to electric pressure, the primary connection circuit mode of transformer station, the Substation Design scheme rule template be suitable for when determining to audit;
Step (3-2c): successively the virtual secondary circuit group between each intelligent apparatus and other intelligent apparatus is audited.
The examination & verification of described step (3-2c) comprising:
Step (3-2c-a): virtual secondary circuit examination & verification in interval:
Interval type template is determined according to interval, intelligent apparatus place, check virtual secondary circuit group in this intelligent apparatus and interval between other intelligent apparatus whether with SCD file in describe consistent, consistent determination methods is that virtual signal loop sets inner looping number is equal, and the empty terminal of input in every bar loop is identical all respectively with the empty terminal names of output;
Step (3-2c-b): compartment virtual secondary circuit is audited:
According to selected Substation Design scheme rule template, check virtual secondary circuit group in this intelligent apparatus and other intervals between intelligent apparatus whether with SCD file in describe consistent, consistent determination methods is that virtual signal loop sets inner looping number is equal, and the empty terminal of input in every bar loop is identical all respectively with the empty terminal names of output.
Beneficial effect of the present invention:
The SCD file checking method based on business rule that the invention discloses, the method increasing substantially and " four is unified " based on device standardization in industry, technical manual and standards such as " six is unified ", define the model of business rule, based on the basic model definition standard intelligent apparatus template of business rule, interval type template, the engineering templates such as Substation Design scheme rule template, applying template is to the intelligent apparatus allocation plan in SCD file, intelligent apparatus virtual secondary circuit carries out the examination & verification of robotization, various file error can be checked out ahead of time after substation project job design completes, ensure that the efficiency of intelligent substation criterion design review, it is the effective way of intelligent substation criterion design review, greatly can improve intelligent substation design, debugging cycle.
Accompanying drawing explanation
Fig. 1 is overall flow figure of the present invention;
Fig. 2 is the process flow diagram of step of the present invention (2);
Fig. 3 is the intelligent apparatus allocation plan auditing flow figure of step of the present invention (3);
Fig. 4 is that the intelligent apparatus of step of the present invention (3) inputs empty terminal, output empty terminal auditing flow figure;
Fig. 5 is the virtual secondary circuit auditing flow figure between the intelligent apparatus of step of the present invention (3);
Embodiment
Below in conjunction with accompanying drawing and embodiment, the invention will be further described.
As shown in Figure 1, virtual secondary circuit checking method between a kind of intelligent station intelligent apparatus allocation plan and device, comprises the steps: step (1): basic model defines, and definition engineering template describes the model class used; Described model class comprises: intelligent apparatus class, input empty terminal class, export empty terminal class, input empty extremal subset class, export empty extremal subset class, virtual secondary circuit class, virtual secondary circuit group class, interval class and Substation Design scheme Regularia;
Step (2): the model class of applying step (1), define all kinds of engineering template in conjunction with the relevant criterion Regulations of power industry and modular design code requirement, specifically comprise definition standard intelligent apparatus template, definition interval type template and definition Substation Design scheme rule template;
Step (3): utilize all kinds of engineering templates of step (2) to audit SCD file.
Described intelligent apparatus class, attribute has: template name, transformer substation voltage grade, primary connection circuit mode, interval type, device functional types, protect types, protection basis model code, protection apolegamy function code;
The empty terminal class of described input, attribute has: empty terminal numbering, empty terminal name, inputs empty terminal and inputs empty terminal place device and produce and associate;
The empty terminal class of described output, attribute has: export empty terminal numbering, export empty terminal name, exports empty terminal and exports empty terminal place device and produce and associate;
The empty extremal subset class of described input, with place device, gather in empty terminal produce and associate; Each intelligent apparatus has and only has one to input empty extremal subset;
The empty extremal subset class of described output, with place device, gather in empty terminal produce and associate, each intelligent apparatus has and only has one to export empty extremal subset;
Described virtual secondary circuit class, the incidence relation of secondary circuit and the empty terminal of intelligent apparatus input and output, each secondary circuit comprises the empty terminal of output and the empty terminal of input two attributes;
Described virtual secondary circuit group class, virtual secondary circuit group to refer in transformer station the set of virtual secondary circuit between two intelligent apparatus needing communication, produces associate with two end devices of virtual secondary circuit;
Described interval class, attribute has compartment name, interval type, and the intelligent apparatus in interval produces and associates;
Described Substation Design scheme Regularia, attribute has: rule name, transformer substation voltage grade, primary connection circuit mode; Be associated with the virtual secondary circuit group between device, all devices in interval type, every class interval.
As shown in Figure 2, in described step (2), definition standard intelligent apparatus template comprises the steps:
In conjunction with common apparatus specification, according to the intelligent apparatus class of definition in step (1),
Step (2a-1): under defining different electric pressure transformer station, various main wiring mode, the various intelligent apparatus templates used of different interval type;
Step (2a-2): each intelligent apparatus template defines the empty extremal subset of input;
Step (2a-3): each intelligent apparatus template defines and exports empty extremal subset.
1. standard intelligent apparatus template citing
A) table 1 template attributes
Note: when " the device dry type " of intelligent apparatus is not equal to " relay protection ", " protect types ", " protecting basic model code ", " protection apolegamy function code " value " NULL "
B) table 2 standard intelligent apparatus template 2-LP-DIF-20 input/output terminal subset
Table 3 standard intelligent apparatus template N-MU-20-L input/output terminal subset
Table 4 standard intelligent apparatus template N-BP-20 input/output terminal subset
In described step (2), definition interval type template comprises the steps:
Step (2b-1): for various primary equipment interval to the functional requirement of intelligent apparatus, defines various general interval type template;
Step (2b-2): each interval type template defines the intelligent apparatus and type thereof that interval comprises;
Step (2b-3): intelligent apparatus type will with standard intelligent apparatus template one_to_one corresponding;
Step (2b-4): the virtual secondary circuit group in definition interval type template between each intelligent apparatus and interval type template other intelligent apparatus interior.
2. interval type template citing
A) interval type attribute
Table 5 interval type example 1
| Compartment name | 220-L |
| Interval type | Line segregation |
In table 6 interval, device is listed as follows:
| Device name | Corresponding standard intelligent apparatus template |
| Line protective devices | 2-LP-DIF-20 |
| Circuit merge cells | N-MU-20-L |
| Circuit intelligent terminal | N-IT-CB-3P |
Table 7 interval type example 2
| Compartment name | 220-B |
| Interval type | Bus interval |
In table 8 interval, device is listed as follows:
| Device name | Corresponding standard intelligent apparatus template |
| Busbar protective device | N-BP-20 |
| Bus merge cells | N-MU-20-B |
A) virtual secondary circuit group citing in table 9 line segregation
| Line protective devices | Merge cells |
| Numbering | Input empty terminal names | Numbering | Export empty terminal names |
| IN22 | The merge cells 1 normal delay time | OUT33 | The specified time delay of merge cells |
| IN24 | Protection A phase current Ia1 | OUT34 | Protection A phase current: Ia1 |
| IN25 | Protection A phase current Ia2 | OUT35 | Protection A phase current: Ia2 |
| IN26 | Protection B phase current Ib1 | OUT36 | Protection B phase current: Ib1 |
| IN27 | Protection B phase current Ib2 | OUT37 | Protection B phase current: Ib2 |
| IN28 | Protection C phase current Ic1 | OUT38 | Protection C phase current: Ic1 |
| IN29 | Protection C phase current Ic2 | OUT39 | Protection C phase current: Ic2 |
| IN30 | Protection A phase voltage Ua1 | OUT57 | Line voltage distribution A phase: UXa1 |
| IN31 | Protection A phase voltage Ua2 | OUT58 | Line voltage distribution A phase: UXa2 |
In described step (2), the step of definition Substation Design scheme rule template is:
Step (2c-1): in conjunction with transformer substation voltage grade, primary connection circuit mode two factors, defines Substation Design scheme rule template one by one;
Step (2c-2): each Substation Design scheme rule template defines all interval type that this design proposal rule template comprises;
Step (2c-3): each interval type and interval type template one_to_one corresponding, the virtual secondary circuit group namely in interval between intelligent apparatus is consistent with interval type template definition;
Step (2c-4): define the virtual secondary circuit group in each intelligent apparatus and other intervals between intelligent apparatus in each interval type.
3. table 10 Substation Design scheme rule template citing
The interval that this Substation Design scheme rule template comprises is as follows:
| Interval type template name | Interval type |
| 220-L | Line segregation |
| 110-L | Line segregation |
| 220-B | Bus interval |
| 110-B | Bus interval |
Illustrate in table 11 compartment loop;
Described step (3) comprises the steps:
Step (3-1): intelligent apparatus allocation plan is audited; Step (3-2): intelligent apparatus inputs empty terminal, the empty terminal examination & verification of output;
Step (3-3): the virtual secondary circuit examination & verification between intelligent apparatus.
As shown in Figure 3, described step (3-1) comprises the steps:
Step (3-1a): based on the syntactic definition to SCD file in IEC61850 standard and Q/GDW1396-2012 " IEC61850 engineering relay protection application model " specification; resolve by the SCD audited, intelligent apparatus list in the transformer substation voltage grade, primary connection circuit mode, interval number and the type that obtain defining in SCD file, interval.
Step (3-1b): according to electric pressure, the primary connection circuit mode of transformer station, the Substation Design scheme rule template be suitable for when determining to audit;
Step (3-1c): check successively the interval number described in the interval type defined in Substation Design scheme rule template and SCD file and type whether consistent, consistent determination methods is that each interval type defined in Substation Design scheme rule template has an example at least in SCD file;
Step (3-1d): in each interval type defined in inspection Substation Design scheme rule template successively, whether the definition of intelligent apparatus is consistent with the description in SCD file, consistent determination methods is that the type of type and the number of intelligent apparatus in the corresponding interval type defined in Substation Design scheme rule template and the description of SCD file is identical, and number is equal.
As shown in Figure 4, the step of described step (3-2) is:
Step (3-2a): based on the syntactic definition to SCD file in IEC61850 standard and Q/GDW1396-2012 " IEC61850 engineering relay protection application model " specification, resolve by the SCD audited, intelligent apparatus list in the transformer substation voltage grade, primary connection circuit mode, interval number and the type that obtain defining in SCD file, interval, intelligent apparatus input empty terminal, intelligent apparatus exports empty terminal information, the device functional types of each intelligent apparatus, protect types, protection basis model code, protection apolegamy function code;
Step (3-2b): for each intelligent apparatus, matches based on its transformer substation voltage grade, primary connection circuit mode, interval type, device functional types, protect types, protection basis model code, protection the standard intelligent apparatus template that function code attribute is determined to audit;
Step (3-2c): for the description of intelligent apparatus in each intelligent apparatus examination & verification SCD file and the consistance of standard intelligent apparatus template, whether consistent criterion has:
(3-2c-a): whether the number and the empty terminal name of each input that input empty terminal in the empty extremal subset of input of the intelligent apparatus described in SCD file be equal with the number in standard intelligent apparatus template, and title is identical;
(3-2c-b): whether the number and the empty terminal name of each output that export empty terminal in the empty extremal subset of output of the intelligent apparatus described in SCD file be equal with the number in standard intelligent apparatus template, and title is identical;
Step (3-2d): intelligent apparatus all in circulation examination & verification SCD file.
As shown in Figure 5, described step (3-3) comprises the steps:
Step (3-3a): based on the syntactic definition to SCD file in IEC61850 standard and Q/GDW1396-2012 " IEC61850 engineering relay protection application model " specification; resolve by the SCD audited, the virtual secondary circuit group between intelligent apparatus list in the transformer substation voltage grade, primary connection circuit mode, interval number and the type that obtain defining in SCD file, interval, intelligent apparatus.
Step (3-3b): according to electric pressure, the primary connection circuit mode of transformer station, the Substation Design scheme rule template be suitable for when determining to audit;
Step (3-3c): successively the virtual secondary circuit group between each intelligent apparatus and other intelligent apparatus is audited, examination & verification item comprises:
Step (3-3c-a): virtual secondary circuit examination & verification in interval:
Interval type template is determined according to interval, intelligent apparatus place, check virtual secondary circuit group in this intelligent apparatus and interval between other intelligent apparatus whether with SCD file in describe consistent, consistent determination methods is that virtual signal loop sets inner looping number is equal, and the empty terminal of input in every bar loop is identical all respectively with the empty terminal names of output.
Step (3-3c-b): compartment virtual secondary circuit is audited:
According to selected Substation Design scheme rule template, check virtual secondary circuit group in this intelligent apparatus and other intervals between intelligent apparatus whether with SCD file in describe consistent, consistent determination methods is that virtual signal loop sets inner looping number is equal, and the empty terminal of input in every bar loop is identical all respectively with the empty terminal names of output.
By reference to the accompanying drawings the specific embodiment of the present invention is described although above-mentioned; but not limiting the scope of the invention; one of ordinary skill in the art should be understood that; on the basis of technical scheme of the present invention, those skilled in the art do not need to pay various amendment or distortion that creative work can make still within protection scope of the present invention.
Claims (10)
1. a virtual secondary circuit checking method between intelligent station intelligent apparatus allocation plan and device, is characterized in that, comprise the steps:
Step (1): basic model defines: according to the relation in intelligent substation between primary system and electrical secondary system, definition engineering template describes the model class used; Described model class comprises: intelligent apparatus class, input empty terminal class, export empty terminal class, input empty extremal subset class, export empty extremal subset class, virtual secondary circuit class, virtual secondary circuit group class, interval class and Substation Design scheme Regularia;
Step (2): the model class of applying step (1), in conjunction with " State Grid Corporation of China's project of transmitting and converting electricity common apparatus---110 (66) ~ 750kV secondary equipment of intelligent converting stations " of power industry, " route protection and servicing unit standardized designs specification ", " transformer, high-voltage shunt reactor and bus protection and servicing unit standardized designs specification ", " State Grid Corporation of China's project of transmitting and converting electricity modular design " requires all kinds of engineering template of definition, specifically comprise definition standard intelligent apparatus template, definition interval type template and definition Substation Design scheme rule template,
Step (3): utilize all kinds of engineering templates of step (2) to audit SCD file: intelligent apparatus allocation plan is audited; Virtual secondary circuit examination & verification between intelligent apparatus.
2. virtual secondary circuit checking method between a kind of intelligent station intelligent apparatus allocation plan as claimed in claim 1 and device; it is characterized in that; refer to according to the relation in intelligent substation between primary system and electrical secondary system: electrical secondary system is protected primary system, control, measure, measure, monitor, so the physical characteristics of primary system directly determines the physical characteristics of electrical secondary system.
3. virtual secondary circuit checking method between a kind of intelligent station intelligent apparatus allocation plan as claimed in claim 2 and device, is characterized in that,
The physical characteristics of described primary system comprises: transformer substation voltage grade, primary connection circuit mode and interval type,
The physical characteristics of described electrical secondary system comprises: the configuration mode of intelligent apparatus, the function type of device, empty terminal and virtual secondary circuit.
4. virtual secondary circuit checking method between a kind of intelligent station intelligent apparatus allocation plan as claimed in claim 1 and device, is characterized in that, in described step (2), definition standard intelligent apparatus template comprises the steps:
In conjunction with " State Grid Corporation of China's project of transmitting and converting electricity common apparatus---110 (66) ~ 750kV secondary equipment of intelligent converting stations ", " route protection and servicing unit standardized designs specification ", " transformer, high-voltage shunt reactor and bus protection and servicing unit standardized designs specification ", " State Grid Corporation of China's project of transmitting and converting electricity modular design "; according to the intelligent apparatus class of definition in step (1)
Step (2a-1): under defining different electric pressure transformer station, various main wiring mode, the various intelligent apparatus templates used of different interval type;
Step (2a-2): each intelligent apparatus template defines the empty extremal subset of input;
Step (2a-3): each intelligent apparatus template defines and exports empty extremal subset.
5. virtual secondary circuit checking method between a kind of intelligent station intelligent apparatus allocation plan as claimed in claim 1 and device, is characterized in that, in described step (2), definition interval type template comprises the steps:
Step (2b-1): for various primary equipment interval to the functional requirement of intelligent apparatus, defines various general interval type template;
Step (2b-2): each interval type template defines the intelligent apparatus and type thereof that interval comprises;
Step (2b-3): intelligent apparatus type will with standard intelligent apparatus template one_to_one corresponding;
Step (2b-4): the virtual secondary circuit group in definition interval type template between each intelligent apparatus and interval type template other intelligent apparatus interior.
6. virtual secondary circuit checking method between a kind of intelligent station intelligent apparatus allocation plan as claimed in claim 1 and device, is characterized in that, in described step (2), the step of definition Substation Design scheme rule template is:
Step (2c-1): in conjunction with transformer substation voltage grade, primary connection circuit mode two factors, defines Substation Design scheme rule template one by one;
Step (2c-2): each Substation Design scheme rule template defines all interval type that this design proposal rule template comprises;
Step (2c-3): each interval type and interval type template one_to_one corresponding, the virtual secondary circuit group namely in interval between intelligent apparatus is consistent with interval type template definition;
Step (2c-4): define the virtual secondary circuit group in each intelligent apparatus and other intervals between intelligent apparatus in each interval type.
7. virtual secondary circuit checking method between a kind of intelligent station intelligent apparatus allocation plan as claimed in claim 1 and device, is characterized in that, described intelligent apparatus allocation plan examination & verification comprises the steps:
Step (3-1a): based on the syntactic definition to SCD file in IEC61850 standard and Q/GDW1396-2012 " IEC61850 engineering relay protection application model " specification, resolve by the SCD audited, intelligent apparatus list in the transformer substation voltage grade, primary connection circuit mode, interval number and the type that obtain defining in SCD file, interval;
Step (3-1b): according to electric pressure, the primary connection circuit mode of transformer station, the Substation Design scheme rule template be suitable for when determining to audit;
Step (3-1c): check successively the interval number described in the interval type defined in Substation Design scheme rule template and SCD file and type whether consistent, consistent determination methods is that each interval type defined in Substation Design scheme rule template has an example at least in SCD file;
Step (3-1d): in each interval type defined in inspection Substation Design scheme rule template successively, whether the definition of intelligent apparatus is consistent with the description in SCD file, consistent determination methods is that the type of type and the number of intelligent apparatus in the corresponding interval type defined in Substation Design scheme rule template and the description of SCD file is identical, and number is equal.
8. virtual secondary circuit checking method between a kind of intelligent station intelligent apparatus allocation plan as claimed in claim 1 and device, is characterized in that, the virtual secondary circuit examination & verification between described intelligent apparatus comprises the steps:
Step (3-2a): based on the syntactic definition to SCD file in IEC61850 standard and Q/GDW1396-2012 " IEC61850 engineering relay protection application model " specification, resolve by the SCD audited, the virtual secondary circuit group between intelligent apparatus list in the transformer substation voltage grade, primary connection circuit mode, interval number and the type that obtain defining in SCD file, interval, intelligent apparatus;
Step (3-2b): according to electric pressure, the primary connection circuit mode of transformer station, the Substation Design scheme rule template be suitable for when determining to audit;
Step (3-2c): successively the virtual secondary circuit group between each intelligent apparatus and other intelligent apparatus is audited.
9. virtual secondary circuit checking method between a kind of intelligent station intelligent apparatus allocation plan as claimed in claim 8 and device, is characterized in that,
The examination & verification of described step (3-2c) comprising:
Step (3-2c-a): virtual secondary circuit examination & verification in interval:
Interval type template is determined according to interval, intelligent apparatus place, check virtual secondary circuit group in this intelligent apparatus and interval between other intelligent apparatus whether with SCD file in describe consistent, consistent determination methods is that virtual signal loop sets inner looping number is equal, and the empty terminal of input in every bar loop is identical all respectively with the empty terminal names of output;
Step (3-2c-b): compartment virtual secondary circuit is audited:
According to selected Substation Design scheme rule template, check virtual secondary circuit group in this intelligent apparatus and other intervals between intelligent apparatus whether with SCD file in describe consistent, consistent determination methods is that virtual signal loop sets inner looping number is equal, and the empty terminal of input in every bar loop is identical all respectively with the empty terminal names of output.
10. virtual secondary circuit checking method between a kind of intelligent station intelligent apparatus allocation plan as claimed in claim 1 and device, is characterized in that,
Described intelligent apparatus class, attribute has: template name, transformer substation voltage grade, primary connection circuit mode, interval type, device functional types, protect types, protection basis model code, protection apolegamy function code;
The empty terminal class of described input, attribute has: empty terminal numbering, empty terminal name, inputs empty terminal and inputs empty terminal place device and produce and associate;
The empty terminal class of described output, attribute has: export empty terminal numbering, export empty terminal name, exports empty terminal and exports empty terminal place device and produce and associate;
The empty extremal subset class of described input, with place device, gather in empty terminal produce and associate; Each intelligent apparatus has and only has one to input empty extremal subset;
The empty extremal subset class of described output, with place device, gather in empty terminal produce and associate, each intelligent apparatus has and only has one to export empty extremal subset;
Described virtual secondary circuit class, the incidence relation of secondary circuit and the empty terminal of intelligent apparatus input and output, each secondary circuit comprises the empty terminal of output and the empty terminal of input two attributes;
Described virtual secondary circuit group class, virtual secondary circuit group to refer in transformer station the set of virtual secondary circuit between two intelligent apparatus needing communication, produces associate with two end devices of virtual secondary circuit;
Described interval class, attribute has compartment name, interval type, and the intelligent apparatus in interval produces and associates;
Described Substation Design scheme Regularia, attribute has: rule name, transformer substation voltage grade, primary connection circuit mode; Be associated with the virtual secondary circuit group between device, all devices in interval type, every class interval.
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