CN107067081A - Substation secondary maintenance safety measure generation method based on many object models - Google Patents

Substation secondary maintenance safety measure generation method based on many object models Download PDF

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Publication number
CN107067081A
CN107067081A CN201610856132.3A CN201610856132A CN107067081A CN 107067081 A CN107067081 A CN 107067081A CN 201610856132 A CN201610856132 A CN 201610856132A CN 107067081 A CN107067081 A CN 107067081A
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China
Prior art keywords
safety measure
implementation
objective
substation
maintenance
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Pending
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CN201610856132.3A
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Chinese (zh)
Inventor
李辉
丁希亮
朱维钧
程华伟
刘海峰
高秀荣
唐志翔
陈宏�
刘伟良
敖非
梁文武
许立强
潘伟
欧阳帆
徐浩
沈杨
李振文
臧欣
刘宇
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SHANDONG ROOF NEW INFORMATION TECHNOLOGY Co Ltd
State Grid Corp of China SGCC
Electric Power Research Institute of State Grid Hunan Electric Power Co Ltd
State Grid Hunan Electric Power Co Ltd
Original Assignee
SHANDONG ROOF NEW INFORMATION TECHNOLOGY Co Ltd
State Grid Corp of China SGCC
Electric Power Research Institute of State Grid Hunan Electric Power Co Ltd
State Grid Hunan Electric Power Co Ltd
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Application filed by SHANDONG ROOF NEW INFORMATION TECHNOLOGY Co Ltd, State Grid Corp of China SGCC, Electric Power Research Institute of State Grid Hunan Electric Power Co Ltd, State Grid Hunan Electric Power Co Ltd filed Critical SHANDONG ROOF NEW INFORMATION TECHNOLOGY Co Ltd
Priority to CN201610856132.3A priority Critical patent/CN107067081A/en
Publication of CN107067081A publication Critical patent/CN107067081A/en
Pending legal-status Critical Current

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    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06QDATA PROCESSING SYSTEMS OR METHODS, SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL, SUPERVISORY OR FORECASTING PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL, SUPERVISORY OR FORECASTING PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00Administration; Management
    • G06Q10/20Product repair or maintenance administration
    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06QDATA PROCESSING SYSTEMS OR METHODS, SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL, SUPERVISORY OR FORECASTING PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL, SUPERVISORY OR FORECASTING PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
    • G06Q50/06Electricity, gas or water supply

Abstract

The invention discloses a kind of substation secondary maintenance safety measure generation method based on many object models, by typical secondary maintenance safety Measures Standard, secondary maintenance safety measure adaptation data storehouse is set up;Based on SCD file to pending transformer station progress objective for implementation, the modelling of operation object;Objective for implementation example and operation object example defined in SCD file are embodied as according to secondary maintenance safety measure adaptation data storehouse and objective for implementation, operation object;According to actual conditions in station, the secondary maintenance safety measure of additions and deletions graphically aided in, adjust secondary maintenance safety measure execution sequence, generate finally can practical application secondary maintenance safety measure.This invention ensures that secondary maintenance safety measure establishment efficiency and integrality, the ability of raising efficiency with SCD file standardization and integrality lifting has been reserved in substation data object model module, has possessed exploitativeness and promotional value.

Description

Substation secondary maintenance safety measure generation method based on many object models
Technical field
The present invention relates to a kind of substation secondary maintenance safety measure generation method based on many object models.
Background technology
Secondary maintenance safety measure put into operation as reply transformer station after defect elimination, maintenance, upgrading and the scene such as reorganization and expansion work The technical guarantee of work, to ensure the equipment of intelligent substation first and second safety and power network stable operation it is significant.Pressure Plate and loop are the primary operational objects in secondary maintenance safety measure, and are using fiber optic communication and IEC61850 information modelings Secondary system of intelligent substation in, it is seen that " hardwire " become " optical fiber ", " real terminal " becomes " empty terminal ", " hard Pressing plate " becomes " soft pressing plate ", and introduces the concept of " maintenance pressing plate ", more crucially all kinds of " soft pressing plates " and " maintenance pressure Influence of the plate " to interoperation relation between device is also complicated more than normal station, and these new changes are to being engaged in intelligent substation two The establishment of secondary maintenance safety measure, the staff performed bring very big difficulty.
For above situation, scientific research institution and relevant unit are according to the technical characterstic of intelligent substation in industry, and research is simultaneously Form the related code of a series of secondary safety measure, specification.
Prior art have arranged for the secondary peace of existing intelligent station maintenance have that security is low, being easily caused protection, locking etc. by mistake is asked Topic, it is proposed that using open in flakes, solution cored wire mode separate the secondary electrical circuit in place;Digital channel is disconnected using soft pressing plate is first moved back The first line of defence is set;Optical fiber is pulled out after utilization and forms obvious breakpoint (or throwing maintenance pressing plate enables intelligent station maintenance mechanism) setting head The secondary peace of 220kV intelligent stations point interval interruption maintenance in the second defence line arranged of inspection (or regular inspection) secondary peace arranges new approaches.
《A kind of process layer debugging plan compared based on secondary circuit file and safety measure generation method》, the method lead to The difference of secondary circuit in analysis different editions configuration file is crossed, testing equipment and the interface of operational outfit is divided, effectively referred to Lead the debugging of reconstruction and extension project electrical secondary system and the formulation of safety measure.
Guo Wang companies formulate and issued in succession《State Grid Corporation of China's electric power safety working regulation (power transformation part)》、《Intelligence Can substation relay protection and power grid security automatics work on the spot security personnel's regulation》.But Regulations are that some are general Principle or technical requirements.At the scene, it is necessary to which secondary maintainer combines maintenance scene and specific transformer station in real work The secondary safety measure ticket of design drawing hand woven.Because live secondary maintainer's technical merit is uneven and intelligent power transformation Stand being continuously increased of O&M maintenance workload, complete hand weaving, checked the accuracy and efficiency of secondary safety measure ticket Real work needs can not be met, or even cause some security incidents, so how to ensure intelligent substation secondary maintenance peace It is to be badly in need of solving the problems, such as in intelligent substation maintenance work to arrange the integrality and correctness of ticket.
The content of the invention
The present invention is in order to solve the above problems, it is proposed that a kind of substation secondary maintenance safety based on many object models is arranged Generation method is applied, the present invention combines the parsing of all types of objects in SCD file, be adapted to general rule semanteme, automation generation Go out the safety measure sequence that upkeep operation should be carried out.
To achieve these goals, the present invention is adopted the following technical scheme that:
A kind of substation secondary maintenance safety measure generation method based on many object models, comprises the following steps:
(1) by typical secondary maintenance safety Measures Standard, secondary maintenance safety measure adaptation data storehouse is set up;
(2) based on SCD file to pending transformer station progress objective for implementation, the modelling of operation object;
(3) it is embodied as according to secondary maintenance safety measure adaptation data storehouse and objective for implementation, operation object in SCD file The objective for implementation example and operation object example of definition, are matched using desc fuzzy match mode;
(4) according to actual conditions in station, secondary maintenance safety measure execution sequence is adjusted, generating finally can practical application Secondary maintenance safety measure.
In the step (1), secondary maintenance safety measure adaptation data storehouse is set up, by the various secondary inspections of typical case in code Repair safety measure and change into the set that can be recognized, data basis is provided for adaptation.
In the step (1), specifically include and define Substation Design scheme, maintenance model and objective for implementation and operation pair As.
In the step (1), define Substation Design scheme need consider voltage class, main wiring mode, relaying configuration, Sampled form, whether using combining unit and whether use intelligent terminal.
In the step (1), maintenance model will consider maintenance type and primary equipment power failure range, specifically include whole station and stop Electricity, voltage class have a power failure, interval has a power failure or do not had a power failure.
In the step (1), the set of the objective for implementation includes power failure range of mark, equipment to be checked, maintenance class Type, space from start type, starting type of device, purpose interval type and/or destination device type.
In the step (1), the set of the operation object, including objective for implementation, space from start type, starting device class Type, operation object, purpose interval type and/or destination device type.
In the step (2), parsing SCD file and Substation Design optical cable inventory instantiate all kinds of objective for implementation, have Body process includes:
(2-1) determine transformer substation voltage grade, design, relaying configuration, sampled form, whether use combining unit with And whether use intelligent terminal;
(2-2) extracts all kinds of secondary device types and affiliated interval defined in SCD file;
(2-3) parses SCD file, determines the correspondence between any two equipment, similar empty signal is merged One group of empty signal is formed, defining one group of empty signal group turns into an objective for implementation.
In the step (2), being related to does not have the object handles mode of modeling as follows in SCD:
(2-a) is with reference to the manual additional configurations modeling of design drawing, including modeling transformer Ontology and and combining unit Between electric current, voltage use loop objective for implementation;
(2-b) is with reference to the manual additional configurations modeling of design drawing, including modeling breaker body object and and intelligent terminal Between blending lock, the objective for implementation of position signalling;
(2-c) sets up a protection device object in each route protection offside, and combines transformer station's actual design feelings Objective for implementation between condition configuration finishing device.
In the step (2), the specific method of operation object instantiation is the pressure in extraction SCD file and optical cable inventory Plate, maintenance pressing plate, and set up the incidence relation of pressing plate and objective for implementation.
In the step (3), it is determined that under maintenance scene, the typical secondary maintenance safety measure number of the formalization based on determination According to storehouse, each objective for implementation of modeled transformer station and operation object are matched one by one.
In the step (3), detailed process includes:
(3-1) clear and definite blackout condition and overhaul of the equipments type;
(3-2) according to equipment to be checked, according to the design attribute of the affiliated transformer station of equipment to be checked, automatic of maintenance model Allot the typical secondary maintenance safety measure that should be referred to;
(3-3) is according to each objective for implementation in typical secondary maintenance safety action data storehouse and instantiated transformer station's number Intelligent Matching is carried out according to object;
Operation object and matched transformer station's implementation pair that (3-4) is associated the instance objects of definition based on keyword Pressing plate, optical fiber as association are matched.
Beneficial effects of the present invention are:
(1) present invention passes through the typical case of formalization on the basis of being actually needed of secondary maintenance safety measure is fully studied Safety measure semanteme realizes oneself of intelligent substation safety measure with substation data Object Semanteme adaptation method in SCD file Dynamic generation, adds low volume data configuration work to SCD file data mining, it is ensured that secondary maintenance safety measure works out efficiency and complete Whole property;
(2) reserved in substation data object model module with SCD file standardization and integrality lifting The ability of raising efficiency, possesses exploitativeness and promotional value, it will greatly improve overhaul efficiency, improves the safe operation of power network Level.
Brief description of the drawings
Fig. 1 is the workflow diagram of the present invention;
Fig. 2 is the intelligent Matching process flow diagram flow chart of the present invention.
Embodiment:
The invention will be further described with embodiment below in conjunction with the accompanying drawings.
The description of safety measure, which is generally, " extracts on XX line protective devices, connects the straight daylighting of XX circuit combining units The semanteme such as fibre ", " XX pressing plates are exited in XX protections ".By furtheing investigate visible, the typical peace of abstractness to exemplary secure measure Content arrange to be described it is determined that in voltage class, the transformer station for determining the mode of connection, existing to a certain certain types of device When carrying out certain service work under specific primary equipment running situation, if Awaiting Overhaul equipment and had between operational outfit mutually Operative relationship is it is necessary to considering with the contact between certain safety measure isolation, to ensure the safety in operational outfit, typical ticket It is middle that this contact is defined as objective for implementation.And the specific execution of objective for implementation is, it is necessary to pass through one or more specific operations Object is completed.In intelligent substation, operation object can be divided into three classes:
1) certain function pressing plate of protection device is exited;
2) the soft pressing plate communicated between extractor or hard pressing plate (or loop is in flakes);
3) optical fiber communicated between device is pulled out.
So safety measure is exactly the sequential combination of above-mentioned isolation contact object, table 1 illustrates the related reality of device A to be checked Apply the relation of object and operation object.
The peace of table 1 arranges object to illustrate
Function pressing plate, soft pressing plate in objective for implementation, operation object all have standard method description in SCD, can be with Easily pass through microcomputer modelling;Although in addition, optical fiber, maintenance pressing plate, the secondary operation object such as in flakes be not in SCD file Description, but it is all physics, the check of visible, convenient scene at the scene.
Therefore, exemplary secure measure can carry out formalized description, form computer and may be appreciated semantic rules, then Maintainer can combine transformer substation voltage grade, the mode of connection, equipment class to be checked when actually working out specific safety measure The key elements such as type, primary equipment running situation, service work type are instantiated, and the present invention proposes semantic based on SCD file The substation secondary maintenance safety measure generation method based on many object models of adaptation, i.e., with reference to all types of right in SCD file The parsing of elephant, is adapted to general rule semanteme, and the safety measure sequence that upkeep operation should be carried out is generated to authorized personnel's automation Row.
Based on resolving ideas, technical scheme is generally divided into four parts, as shown in Figure 1.
1) typical secondary maintenance safety measure formalization, i.e.,:Various typical secondary maintenance safety measures in code are turned The semantic rules that chemical conversion computer can be recognized, basis is provided for semanteme adaptation;
2) substation data objectification, i.e., based on SCD file or optical cable inventory, drawing etc. by the implementation pair of specific transformer station As, operation object is modeled, this is the data basis of semantic adaptation;
3) semantic rules being adapted to the semanteme of transformer station specific object, i.e., by the general implementation pair in general semantic rules As the objective for implementation example and operation object example that are embodied as with operation object defined in SCD file.
4) peace arranges the editor of ticket to adjust and check, and entrance is provided to staff, can be according to actual conditions, figure in station Change the secondary maintenance safety measure of additions and deletions of auxiliary, adjust secondary maintenance safety measure execution sequence, generation finally can practical application Secondary maintenance safety measure.The check of integrality and succession is provided simultaneously, so as to finally ensure secondary maintenance safety measure It is overall reliable.
The secondary maintenance safety measure formalization of typical case
The form of the secondary safety measure of typical case is divided into three partial contents,
Substation Design schema definition
The design of transformer station mainly considers the key element of following dimension:Voltage class, main wiring mode, relaying configuration, Sampled form (electronic mutual inductor or routine transformer), whether using combining unit, whether use intelligent terminal.
Maintenance model is defined
Maintenance model will consider primary equipment power failure range, and (whole station has a power failure, voltage class has a power failure, interval has a power failure, do not stopped Electricity), maintenance type (first inspection, routine test, defect elimination are upgraded).
Peace arranges objective for implementation and operation object to formalize
In operating standard, in the transformer station of every kind of design, each device type (busbar protective device, line Line protection device, main transformer protection, combining unit, intelligent terminal, prepared auto restart etc.) it is determined that maintenance model under the safety to be carried out Measure has all carried out detailed regulation, is accomplished by combining operating standard here to the objective for implementation and operation object in safety measure Be identified and model it one by one, objectification.
(1) objective for implementation form is turned to:
[power failure range] [equipment to be checked] [maintenance type] { [space from start type] [starting type of device] to [mesh Interval type] [destination device type] of [objective for implementation semantic]
Objective for implementation semanteme is the logical semantics of objective for implementation, is the keyword of semantic adaptation, following table be route protection with The semantic example of the objective for implementation of bus protection.
Table 2, which is pacified, arranges the semanteme of objective for implementation
(2) operation object form is turned to:
[objective for implementation] { [space from start type] [starting type of device] [operation object] or [purpose interval type] [destination device type] [operation object] }
Substation data object model
The main process of substation data object model is parsing SCD file and Substation Design optical cable inventory, by respectively Class object is instantiated.
Substation Design scheme type is determined
Determine that (electronic mutual inductor is conventional mutual for transformer substation voltage grade, design, relaying configuration, sampled form Sensor), whether using combining unit, whether use intelligent terminal.
Interval and device instantiation
IED Naming conventions during based on current domestic each integrator configuration SCD, are extracted all kinds of two defined in SCD file Secondary device type and affiliated interval.Such as PM represents bus protection, PL and represents route protection.
Objective for implementation is instantiated
Parse and there is correspondence between SCD file, any two device, including GOOSE transmitting-receivings and SV transmitting-receivings, all define To there is objective for implementation between device, then similar empty signal being merged to form one group of empty signal, defining one group of empty letter Number composition is objective for implementation, and packet refers to following table according to the matching keyword in semantic:
Pacify the semantic rules for arranging objective for implementation to extract
Being related to does not have the object handles mode of modeling as follows in SCD:
1. electric current, voltage transformer:With reference to the manual additional configurations modeling of design drawing, including modeling transformer Ontology And electric current, the voltage between combining unit use loop objective for implementation;
2. breaker:With reference to the modeling of design drawing manual additional configurations, including modeling breaker body object and with intelligence The objective for implementation such as blending lock, position signalling between terminal;
3. route protection offside protection device:Default treatment, a protection device is set up in each route protection offside Object, and combine the objective for implementation between transformer station's actual design situation configuration finishing device, such as this side electric current, switch position Put, far jump.
Operation object is instantiated
Extract SCD file and pressing plate in optical cable inventory, maintenance pressing plate, and set up associating for pressing plate and objective for implementation System.According in No. 1396 texts to empty terminal and the semanteme of soft pressing plate, the search rule of the empty loop of definition and soft pressing plate.For using General semantics are (such as:Logical node is GGIO, and DO is SPCS) the empty loop that defines and soft pressing plate, using desc fuzzy matching side Formula defines search rule, the modeling for completing to associate between pressing plate and objective for implementation by search rule, in indivedual SCD files Pressing plate name is lack of standardization, the situation for causing modeling to fail, and supports human configuration adjustment.
With the instantiation of objective for implementation, the instantiation of operation object there is also the object handles situation for not having modeling in SCD, Processing mode is as follows:
Optical fiber circuit and fiber port, can be by importing the supplement modeling of optical cable inventory, including route protection and offside protection Between optical fibre channel;
Loop between electric current, voltage transformer and combining unit is in flakes:With reference to the manual additional configurations modeling of design drawing;
Rule is adapted to the semanteme of object
Determined under maintenance scene as shown in Fig. 2 rule is adapted to the semanteme of object, the typical case of the formalization based on determination Secondary maintenance safety measure semantic rules, matches each objective for implementation of modeled transformer station and operation object one by one Process.
Select some equipment to be checked of some transformer station, maintenance model, i.e., a clear and definite blackout condition and equipment are set Overhaul type.
According to equipment to be checked, according to the design attribute of the affiliated transformer station of equipment to be checked (including voltage class, main electrical scheme Mode etc.), maintenance model Auto-matching go out the typical secondary maintenance safety measure semantic rules that should be referred to.
The semantic adaptation of objective for implementation is carried out based on semantic rules, adaptation method is according to each objective for implementation in semantic rules Logical semantics carry out intelligent Matching with instantiated substation data object.For example, during typical case's peace is arranged:" [circuit Protection] to [start failure protection] of [bus protection] " matching is " [protection of PL2201 Mount Tais golden circuit] to [PM2202II# buses guarantor Shield] [start failure protection].
The semantic adaptation of operation object is carried out based on semantic rules, i.e., by the instance objects association defined in semantic rules Pressing plate, the optical fiber that operation object is associated with matched transformer station's objective for implementation are matched, and matching is carried out based on keyword. For example, the operation object that objective for implementation is associated in semantic rules is " connection [circuit combining unit] in extraction [route protection] [straight daylighting is fine] " matching is " connection [ML2201 circuits combining unit] in extraction [protection of PL2201 Mount Tais golden circuit] [AOB1688-005 optical fiber] ".
In adaptation procedure, transformer station's number can not be matched as there is objective for implementation or operation object defined in semantic rules Prompting is provided according to the situation of object.
Peace arranges ticket editor to adjust and check
Complete after semantic adaptation, automatically generating work to the safety measure of the service work has completed, and staff can Each safety measure is adjusted and edited with the situation according to adaptation, especially the semantic rules not matched will be subject to Processing, can provide integrity check and timing check by manually adding in New Measure, editing process.
Whether integrity check is complete based on the safety measure after substation data object modelization verification final adjustment Consider all objective for implementation.
Operator precedence level dynamic adaptation of the timing verification based on objective for implementation, the rule of adaptation is carried from operating standard Take.When timing mistake occurs in secondary maintenance safety measure, prompting is provided.
Application case
The present invention have chosen the double set configurations of 220kV double bus schemes mode, protection device, using traditional transformer+merging One transformer station's case of the design of unit+intelligent terminal, with heads of the route protection PL2203 under the blackout condition of interval Exemplified by inspection, illustrate to pacify and arrange the implementation process of establishment.
1) typical secondary maintenance safety measure formalization
" route protection head inspections (maintenance of A4 classes) work only considers in line segregation primary equipment power-off condition regulation in code It is lower to carry out, take double set " route protection+combining unit+intelligent terminal " stoppage in transit maintenance models ".Specific maintenance safety measure shape It is as shown in table 3 that formula, which turns to semantic rules,.
The peace of table 3 arranges semantic rules example
2) safety measure after semantic adaptation
Safety measure after the adaptation of table 4
Although above-mentioned the embodiment of the present invention is described with reference to accompanying drawing, not to present invention protection model The limitation enclosed, one of ordinary skill in the art should be understood that on the basis of technical scheme those skilled in the art are not Need to pay various modifications or deform still within protection scope of the present invention that creative work can make.

Claims (10)

1. a kind of substation secondary maintenance safety measure generation method based on many object models, it is characterized in that:Including following step Suddenly:
(1) by typical secondary maintenance safety Measures Standard, secondary maintenance safety measure adaptation data storehouse is set up;
(2) based on SCD file to pending transformer station progress objective for implementation, the modelling of operation object;
(3) it is embodied as according to secondary maintenance safety measure adaptation data storehouse and objective for implementation, operation object defined in SCD file Objective for implementation example and operation object example, matched using desc fuzzy match mode;
(4) according to actual conditions in station, adjust secondary maintenance safety measure execution sequence, generate finally can practical application it is secondary Maintenance safety measure.
2. a kind of substation secondary maintenance safety measure generation method based on many object models as claimed in claim 1, its It is characterized in:
In the step (1), specifically include and define Substation Design scheme, maintenance model and objective for implementation and operation object:It is fixed Whether adopted Substation Design scheme needs to consider voltage class, main wiring mode, relaying configuration, sampled form, single using merging Member and whether use intelligent terminal.
3. a kind of substation secondary maintenance safety measure generation method based on many object models as claimed in claim 2, its It is characterized in:In the step (1), maintenance model will consider maintenance type and primary equipment power failure range, specifically include whole station and stop Electricity, voltage class have a power failure, interval has a power failure or do not had a power failure.
4. a kind of substation secondary maintenance safety measure generation method based on many object models as claimed in claim 1, its It is characterized in:In the step (1), the set of the objective for implementation includes power failure range of mark, equipment to be checked, maintenance class Type, space from start type, starting type of device, purpose interval type and/or destination device type;
In the step (1), the set of the operation object, including objective for implementation, space from start type, starting type of device, Operation object, purpose interval type and/or destination device type.
5. a kind of substation secondary maintenance safety measure generation method based on many object models as claimed in claim 1, its It is characterized in:In the step (2), parsing SCD file and Substation Design optical cable inventory instantiate all kinds of objective for implementation, have Body process includes:
(2-1) determine transformer substation voltage grade, design, relaying configuration, sampled form, whether using combining unit and being No use intelligent terminal;
(2-2) extracts all kinds of secondary device types and affiliated interval defined in SCD file;
(2-3) parses SCD file, determines the correspondence between any two equipment, similar empty signal is merged to be formed One group of empty signal, defining one group of empty signal group turns into an objective for implementation.
6. a kind of substation secondary maintenance safety measure generation method based on many object models as claimed in claim 1, its It is characterized in:In the step (2), being related to does not have the object handles mode of modeling as follows in SCD:
(2-a) is with reference to the modeling of design drawing manual additional configurations, including modeling transformer Ontology and between combining unit Electric current, voltage use loop objective for implementation;
(2-b) is with reference to the modeling of design drawing manual additional configurations, including modeling breaker body object and between intelligent terminal Blending lock, the objective for implementation of position signalling;
(2-c) sets up a protection device object in each route protection offside, and combination transformer station actual design situation is matched somebody with somebody Put the objective for implementation between finishing device.
7. a kind of substation secondary maintenance safety measure generation method based on many object models as claimed in claim 1, its It is characterized in:In the step (2), the specific method of operation object instantiation for extract SCD file and pressing plate in optical cable inventory, Pressing plate is overhauled, and sets up the incidence relation of pressing plate and objective for implementation.
8. a kind of substation secondary maintenance safety measure generation method based on many object models as claimed in claim 1, its It is characterized in:In the step (2), empty loop and soft pressing plate for definition are defined using desc fuzzy match mode and searched Rule, the modeling for completing to associate between pressing plate and objective for implementation by search rule.
9. a kind of substation secondary maintenance safety measure generation method based on many object models as claimed in claim 1, its It is characterized in:In the step (3), it is determined that under maintenance scene, the typical secondary maintenance safety measure number of the formalization based on determination According to storehouse, each objective for implementation of modeled transformer station and operation object are matched one by one.
10. a kind of substation secondary maintenance safety measure generation method based on many object models as claimed in claim 1, its It is characterized in:In the step (3), detailed process includes:
(3-1) clear and definite blackout condition and overhaul of the equipments type;
(3-2), according to equipment to be checked, according to the design attribute of the affiliated transformer station of equipment to be checked, maintenance model Auto-matching goes out The typical secondary maintenance safety measure that should be referred to;
(3-3) is according to each objective for implementation in typical secondary maintenance safety action data storehouse and instantiated substation data pair As carrying out intelligent Matching;
(3-4) is closed based on the operation object that keyword associates the instance objects of definition with matched transformer station's objective for implementation Pressing plate, the optical fiber of connection are matched.
CN201610856132.3A 2016-09-27 2016-09-27 Substation secondary maintenance safety measure generation method based on many object models Pending CN107067081A (en)

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Cited By (6)

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CN107944668A (en) * 2017-11-06 2018-04-20 广东电网有限责任公司肇庆供电局 A kind of protection signal intelligent modeling method based on interval division
CN108054720A (en) * 2017-12-12 2018-05-18 南京国电南自电网自动化有限公司 Towards the relay protection device of intelligent substation modeling method of physical device object
CN108197401A (en) * 2018-01-15 2018-06-22 上海交通大学 The intelligent substation peace that logic-based calculates, which is arranged, operates check method
CN108492660A (en) * 2018-04-02 2018-09-04 国网青海省电力公司 Substation's peace arranges analogy method, device and system
CN108923529A (en) * 2018-05-14 2018-11-30 许继集团有限公司 A kind of intelligent substation secondary peace arranges diagnostic method and system
CN108931972A (en) * 2018-06-25 2018-12-04 国电南瑞科技股份有限公司 A kind of substation secondary device condition intelligent diagnostic method based on model-driven

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