CN108414849A - Intelligent substation automatization test system and method - Google Patents
Intelligent substation automatization test system and method Download PDFInfo
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- CN108414849A CN108414849A CN201810039621.9A CN201810039621A CN108414849A CN 108414849 A CN108414849 A CN 108414849A CN 201810039621 A CN201810039621 A CN 201810039621A CN 108414849 A CN108414849 A CN 108414849A
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- 238000012360 testing method Methods 0.000 title claims abstract description 176
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- 230000004224 protection Effects 0.000 claims description 124
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- 230000001012 protector Effects 0.000 claims description 6
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- 238000004458 analytical method Methods 0.000 description 5
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Classifications
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
Abstract
The present invention is intended to provide intelligent substation hand-held relay-protection tester and automatization test system, to simplify test configurations, improve testing efficiency to solve the problems in prior art.Including：Test template module, test case setting module, control module, test result generation module.Following advantageous effects can be obtained by implementing the present invention：Intelligent substation automatization test system can automatically be tested according to tested protective relaying device, simplify test configurations, improve efficiency, reduce the technology requirement of user of service.
Description
Technical field
The present invention relates to intelligent substation field, based on being related to intelligent substation automatization test system and method.
Background technology
It is proposed the planning of intelligent grid development construction so far from State Grid Corporation of China in 2009, company be completed 110kV and with
More than 840 seat of upper intelligent substation.To meet power network development, ensure equipment operational reliability, intelligent substation face of partly having put into operation
Face the demand of enlarging or transformation, while conventional substation the problem of there is also intellectualized reconstructions.Compared with traditional substation, intelligence
Transformer station secondary system uses the new technologies such as information modeling, network communication and combining unit, new equipment, and traditional cable connects
It connects physical signal and is transformed into network communication link signal, realize data sharing to a certain degree, effectively simplify whole station structure, improve
Intelligent level.Transformer station process layer network information flow had both carry the operations of power networks status data such as sampling, on off state,
Also the controls order such as tripping between secondary device, locking are carry
The safe and stable operation of intelligent substation will need the upgrading of practitioner's professional knowledge, technical ability.Provincial DianKeYuan,
Through grinding institute, Electric Power Transmission ＆ transformation Company, skills training center, subordinate unit of Deng Ge provincial electric power companies of electric power school, technology carry respectively
The responsibility of provincial power network is served in supervision, testing inspection, planning and designing, engineering construction, personnel training etc., in traditional substation
Related service field has accumulated abundant experience, has cultivated the outstanding talent team, but in intelligent substation related service field,
It is still to be improved at present.Main problem shows the following aspects：
1. the concept of the technological know-how system of pair intelligent substation, framework, virtual terminator line is unfamiliar with；
2. the problem of pair intelligent protection device, investigation flow was unintelligible, also lack general standard criterion；
3. the communication networks tools such as pair field network analyzer, interchanger for substation operation status analysis meaning not
Foot；
4. pair intelligent substation test equipment, including hand-held Network Analyzer, hand-held relay-protection tester etc.
Familiarity is insufficient, also increases the complexity of field adjustable；
5. lacking experience for the analysis of the abnormal conditions, alarm situation, action problem of intelligent substation, especially one
A little accidental sexual acts, lack enough experience accumulation.
Problem more than this project is stated as starting point, progress is for intelligent substation hand-held relay-protection tester and certainly
Dynamicization tests systematic research, simplifies test configurations, improves test automation process and efficiency, for improving safe operation of electric network
There is important practical significance with stabilization.
Invention content
The present invention is intended to provide intelligent substation hand-held relay-protection tester and automatization test system, existing to solve
There is the problems in technical solution, to simplify test configurations, improves testing efficiency.
In order to realize the purpose, intelligent substation automatization test system, for relay-protection tester and by
Protective relaying device is surveyed to be connected, including：
Test template module, for being stored with relay protection test use-case；
Test case setting module, obtain be tested protective relaying device protection definite value, and based on protection definite value setting after
Electric protection test case；
Control module, for exporting test according to the relay protection test case driving relay protection tester set
Voltage and test electric current；
Test result generation module, the action message for reading tested protective relaying device are generated based on action message
Test result.
Preferably, the test template module is used to be arranged for the tested protective relaying device of different model multiple described
Relay protection test use-case；It is described to include based on protection definite value setting relay protection test use-case：It obtains and is tested relay protection dress
Model is set, and according to relay protector model selection relay protection test use-case corresponding with relay protection model, and according to
Protection definite value sets the relay protection test use-case of selection.
Preferably, the test parameter of the relay protection test use-case is associated with protection definite value, described based on protection definite value
Setting relay protection test use-case includes：Test parameter associated with it is obtained according to protection definite value, setting is generated according to test
Relay protection test use-case.
Preferably, the test case is set with different failures, according to the failure of setting generate corresponding SMV messages and
GOOSE message, and SMV messages and GOOSE message are sent to tested protective relaying device.
Preferably, system establishes communication connection by MMS interface and tested protective relaying device and obtains the protection and determines
Value.
Preferably, described to include based on action message generation test result：Based on action message, obtains relay and be tested relay
The action of protective device, the action include adjustment, overlap or accelerate motion afterwards；Judge whether action error meets setting and want
It asks and whether actuation time is in setting range and whether action logic is correct, if action error meets sets requirement
And actuation time is in setting range and action logic is correct, then judges that tested protective relaying device is normal, otherwise judge tested
Relay protection is abnormal.
Preferably, the test case setting module obtains the ICD files of measured relay protective device, and is based on ICD
File obtains the protection definite value of measured relay protective device.
Another aspect of the present invention, intelligent substation automated testing method, including：
Relay protection test use-case is set, and the test parameter of relay protection test use-case is associated with protection definite value；
The protection definite value for being tested protective relaying device is obtained, test parameter is obtained based on protection definite value and is based on test parameter
Set relay protection test use-case；
According to the relay protection test case driving relay protection tester output test voltage and test electricity set
Stream；
The action message for being tested protective relaying device is read, test result is generated based on action message.
Preferably, the tested protective relaying device of different model is provided with multiple relay protection test use-cases；
It is described based on protection definite value obtain test parameter, it is described based on protection definite value obtain test parameter and based on test parameter setting after
Electric protection test case includes：It obtains and is tested protective relaying device model, protected with relay according to the selection of relay protector model
The corresponding relay protection test use-case of model is protected, test parameter is obtained based on protection definite value, selection is set according to test parameter
Relay protection test use-case.
Preferably, the test case is set with different failures, according to the failure of setting generate corresponding SMV messages and
GOOSE message, and SMV messages and GOOSE message are sent to tested protective relaying device.
Following advantageous effects can be obtained by implementing the present invention：Intelligent substation automatization test system and method
It can automatically be tested according to tested protective relaying device, simplify test configurations, improved efficiency, reduce the technology of user of service
It is required that.
Description of the drawings
Fig. 1 is the system connection figure in embodiment 1；
Fig. 2 is Hash table schematic diagram；
Fig. 3 is the method flow diagram of embodiment 2.
Specific implementation mode
For the ease of the understanding of those skilled in the art, the present invention is made further with reference to specific embodiment
It is bright：
Embodiment 1：
The present invention provides intelligent substation automatization test systems, are used for and relay-protection tester and tested relay
Protective device is connected, as shown in Figure 1, including：
Test template module 1, for being stored with relay protection test use-case；
Test case setting module 2, obtain be tested protective relaying device protection definite value, and based on protection definite value setting after
Electric protection test case；
Control module 3 is surveyed for being exported according to the relay protection test case driving relay protection tester set
Try voltage and test electric current；
Test result generation module 4, the action message for reading tested protective relaying device are generated based on action message
Test result.
Relay protection test use-case needs arrange parameter, the present invention according to the protection definite value of tested protective relaying device, from
Dynamic setting relay protection test use-case；And it is a tested based on relay protection test use-case, and obtain test result, it is significantly simple
Change configuration to complicate, improved efficiency, while reducing the technology requirement of user of service.
In one embodiment：The test template module is used to set for the tested protective relaying device of different model
Set multiple relay protection test use-cases；It is described to include based on protection definite value setting relay protection test use-case：It obtains tested
Protective relaying device model, and select relay protection test corresponding with relay protection model to use according to relay protector model
Example, and according to the relay protection test use-case for protecting definite value to set selection.So that system can be adapted for the setting of different model
Relay protection device.
In one embodiment：The test parameter of the relay protection test use-case is associated with protection definite value, the base
Include in protection definite value setting relay protection test use-case：Test parameter associated with it is obtained according to protection definite value, according to survey
The raw setting relay protection test use-case of test manufacture.It is known that, by the way that the test parameter of relay protection test use-case is arranged to
With protection the associated parameter of definite value so that the test parameter of relay protection test use-case can according to protection definite value adjust automatically,
Its range on probation is improved, practicability is improved.It is known that, there are many associated modes, such as difference association, ratio association, table
Lattice association etc., the application is without limiting.
In one embodiment, described to include based on action message generation test result：Based on action message, obtain after
The action of the tested protective relaying device of electricity, the action include adjustment, coincidence or rear accelerated motion；Judge whether action error is full
Sufficient sets requirement and actuation time whether in setting range and whether action logic correct, if action error meets
Sets requirement and actuation time is in setting range and action logic is correct, then judge to be tested protective relaying device it is normal, otherwise
Judge that measured relay protective device is abnormal.It is known that, measured relay protective device is abnormal, and the correlation that can be shown is different
Normal information.
In one embodiment：The test case setting module obtains the ICD files of measured relay protective device,
And the protection definite value of measured relay protective device is obtained based on ICD files.
In one embodiment：The test case is set with different failures, is generated according to the failure of setting corresponding
SMV messages and GOOSE message, and SMV messages and GOOSE message are sent to tested protective relaying device.Test platform is logical
MMS interface is crossed to establish communication connection with tested protective relaying device and obtain the protection definite value.It is known that, MMS interface
Based on the mobile agent server protocol of IEC61850 standards, those skilled in the art are it is to be understood that GOOSE message and SMV messages are based on
Two kinds of messages of IEC61850 standards, those skilled in the art should know.For the ease of connection, below to IEC61850 standards
Etc. related contents do appropriate explanation：
61850 standards systems of IEC：
IEC61850 standards are widely used in intelligent substation, and standards system and application specification gradually refine.
61850 standards of IEC have unified the information model inside substation, the specification communication interface of whole station all devices.Standard defines
Supervisory control of substation automated system is made of the three-layer network framework of station level, wall, process layer, it is proposed that SCL information
The technologies such as model and description, Abstract Common Service Interface (ACSI), particular communication service mapping (SCSM), realize equipment room
The scalability of interoperability and whole station function.
IEC61850 standards are by the unified Modeling thought of object-oriented by the performance data of smart machine and system according to patrolling
Volume equipment, logical node, data object, data attribute mode tissue and structure are come with tree structure, form various SCL moulds
Type.
Define ICD file structures for device IED in IEC 61850, standard include channel information, logical device,
The formats such as logical node, data object, data attribute.
SCL uses XMLSchema document type definition SCL file structures in IEC 61850-6, with SCL.xsd in standard
As master file, other 7 Schema files, the correctness for verifying IED configuration file formats and number are quoted and contained
It is believed that the validity of breath.
IEC61850 uses standardized Communication Service Interface technology to realize the interoperability of equipment room.It is controlled at station
Layer network uses IEC 61850/MMS Standardization Communication services, realizes access observing and controlling, protection, PMU, fault oscillograph, one
The equipment such as secondary device status monitoring and subsystem.In station level or process-level network, standardized using IEC61850/GOOSE logical
The real-time packet that telecommunications services are used between equipment quickly transmits, and realizes the connection locking between network tripping and equipment.In process layer
Network transmits communication service using the standardized sampled values of IEC 61850-9-2, realizes the network transmission of sampled measurement.
Sampled value transmission standard system：
The information capacity of substation greatly improved in the Digital Transmission pattern electrically sampled, simplifies the information of substation
Shared and equipment room interoperability.Currently, sampled value transmission mode includes mainly IEC60044- in the engineering construction of intelligent substation
The modes such as 8FT3 point-to-point transmission, IEC61850-9-2 point-to-point transmission and IEC61850-9-2 networkings transmission, IEC60044-
8FT3 uses serial data transmission mode.IEC61850-9-2 agreements are according to sample values mould as defined in IEC61850-7-2
The particular communication service mapping that transmission sampled value is communicated between the process layer and wall of type and correlation ACSI service definitions, is supported
Change to data set and the direct access to data object；Frame format can be defined flexibly, and support mode of unicast, to ASCI moulds
The support of type is also more complete.IEC61850-9-2 includes point-to-point transmission mode and networking transmission mode.Point-to-point mode is suitable
For monospace or to data synchronism occasion of less demanding, networking mode is suitble to be spaced more data transmission applications.
Manufacture message specification MMS：
The people's distinguishing features of IEC6150 technically be exactly just used the purpose of manufacture message specification MMS, MMS be for
Specification industrial circle has the communication behavior of the intelligence sensor of communication capacity, intelligent electronic device, intelligent control device, makes
The equipment networking for coming from different manufacturers provides a convenient, it is easy to accomplish information mutual communication and resource-sharing, as long as meeting MMS marks
The accurate equipment that can realize identical function can be carried out equipment replacement.The communication of substation level and wall is using abstract logical
Telecommunications services interface ACSI is mapped to MMS.
SCD file parses：
SCD file is described by XML file format, has DOM for the mainstream analytic technique of XML file
(Document Object Model, DOM Document Object Model) analytic method and the SAX (letters of Simple API for XML, XML
Single API models) analytic method.Both interface specifications emphasize particularly on different fields, mutual length, using all than wide.DOM modes are handles
Entire XML document is converted to dom tree and has been placed in memory, and application program can access any in XML document at any time
A part of data, therefore, when document comparison is big or structure is more complicated, the demand to memory is with regard to relatively high.SAX be it is a kind of by
Row scanned document parses while scanning, and access speed is fast, efficient, but does not support random access.It considers herein
SCD file scale will not be too huge, and the method for having selected DOM is solved plus Xpath (XML Path Language) technology
Analysis.Xpath is the path language based on object model DOM, can use convenient and efficient some specific node of lookup of Xpath, or
Search all nodes with some condition coupling.Xpath technologies are effectively utilized, complicated recursive operation can be skipped, are improved
The operational efficiency of program.
The protection definite value of tested protective relaying device can be obtained by parsing SCD file；
SCD Context resolution program circuits:
The first step loads SCD file and forms dom tree, and fills element, and PCDATA, CDATA block are extended.Pass through simultaneously
XPath technical limit spacings key element and attribute, for example IED list xpath_node_set IED_list are obtained by XPath
=doc.select_nodes ("/SCL/IED "), then traverse xpaht_node_set containers extract each IED title,
The parameters such as type；
Second step establishes the Hash table of data template, is searched for subsequent data, greatly improves search speed.
Third walks, and obtains the messaging parameter of control block.Xpath_node_set ConnectedAP_list=
doc.select_nodes("/SCL/Communication/SubNetwork/Con nectedAP")；Obtain all GSE,
MAC-Address, VLAN-ID, APPID messaging parameter of SMV；
4th step, the messaging parameter according to GSE, SMV searches corresponding data collection in IED nodes and corresponding channel is retouched
It states, channel leaf node；
5th step obtains GOOSE, SMV and subscribes to.The virtual terminator subscribed into Inputs node acquisition device；
6th step searches the incidence relation of device according to the relationship subscribed to and issued.
Promote the key of resolution speed：It can be related to very more repetition lookups and program during 4th step most
Time-consuming place, in order to improve resolution speed, we will use hash algorithm here, this is also the pass for capableing of fast resolving herein
Where key." hash " is done in Hash, general translation, and it is " Hash " also to have direct transliteration, and exactly the input of random length (is called
It is preliminary mapping, pre-image), by hashing algorithm, it is transformed into the output of regular length, which is exactly hashed value.This turn
It is a kind of compression mapping to change, it is, the space of hashed value is generally much less than the space inputted, different inputs may hash
At identical output, and it can not possibly uniquely determine input value from hashed value.It is exactly briefly a kind of by random length
Function of the message compression to the eap-message digest of a certain regular length.Hash be mainly used in information security field Encryption Algorithm and
It quickly searches, it is converted to the information of some different lengths 128 mixed and disorderly codings, these encoded radios are called HASH values
It may also be said that Hash is exactly the mapping relations found between a kind of data content and data storage address.What hash algorithm was realized
Mode has very much, realizes hash algorithm using Fibonacci (Fibonacci) hashing herein, its basic principle such as Fig. 2
It is shown.
It is clear that a array, each member of array includes a pointer, is directed toward the head of a chained list on the left side, certainly this
A chained list may be sky, it is also possible to which there are many element.We are according to some features of element in Elemental partition to different chained lists
It goes, and according to these features, finds correct chained list, then find out this element from chained list.
The second step of this paper establishes three Hash tables, respectively below by (/SCL/DataTypeTemplates)
LNodeType nodes establish Hash table with its id fields, and DOType nodes establish Hash table, DAType sections with its id fields
Point with its id fields establish Hash table in this way we by FCDA node checks when, so that it may with quickly find very much need
The data wanted.
Performance test：We pass through this under Intel (R) Core (TM) i5-4210U@1.70GHz1.8GHz processors
Test result is as follows for the SCD file resolution speed of kind mode：The SCD file resolution speed of 40M 1 second, the SCD file parsing of 70M
Speed 2 seconds, the SCD file of 175M 4 seconds, after file is big, the bottleneck of speed is exactly the process that device file forms DOM,
Resolution speed in this manner has reached industry-leading level, and engineering efficiency greatly improved.
The transmission of SMV messages：
According to IEC61850 standards SMV, there are two types of sample frequencys, and one is 80 points/weeks, and one is 256 points/weeks.This signal
Occurrence of equipment needs to send this two kinds of sample frequencys, consider requirement that SMV data are transmitted in relay protection at equal intervals and
GOOSE transmits the requirement of real-time, and hardware platform is quasi- to consider the mode that FPGA+ARM is combined to realize, FPGA is used for ensureing
The transmission at equal intervals of SMV data.
While considering to send conventional SMV data, the function of sending SMV data customizations is needed, is usually had following several
Kind:
1., conventional SMV transmissions be to be sent by 4000 points per second, the interval between each point is 250us, and range is positive and negative
Within 10us, usual tester is all to send at equal intervals, this equipment also needs to simulate transmitted message time period not in institute
In the range of regulation.
2., the various SMV parameter errors of simulation, such as serial number deviation, frame losing, synchronous mark, attribute test, serial number saltus step, mistake
Value test, version, SMVID, MAC Address, frame repetition, communication channel delay variation, quality comparison, double AD sampling exceptions etc..
3., simulation error message, as APDU mistakes, ASDU mistakes, message time-out.
4., provide comrade data readback functions.
5., provide send pcap file functions.
6., SMV message editing interfaces are provided, user can freely edit SMV messages, and send and edited by certain rule
Message.
The transmission of GOOSE message
The transformer substation case GOOSE mechanism of general object-oriented is the important feature of IEC61850 standards, has priority
The Ethernet of control transmits, and GOOSE is applied to important message, the logic blockings such as trip protection etc., it is necessary to be transmitted in the stipulated time
To destination, the requirement to real-time, reliability is also very high.
Study the transmission of GOOSE message multimode, multiple timings.Multimode consider virtual terminator individual signals from assign to close,
Switching from closing to dividing, multiple timings consider the continuous and configurable of the multiple state durations of virtual terminator.
While considering to send conventional GOOSE data, need the function of sending GOOSE data customizations, usually have with
Under it is several:
1., while meeting conventional GOOSE and sending mechanism, consider the transmission of multimode, multiple timings.Multimode considers
Virtual terminator individual signals consider the continuous of the multiple state durations of virtual terminator from conjunction, the switching from closing to dividing, multiple timings are assigned to
And it is configurable.
2., the various GOOSE parameter errors of simulation, if frame losing, SQ, ST reverse, reset, maintenance, state void become, event is lost
Lose, send mechanism mistake etc..
3., simulation error message, as APDU mistakes, ASDU mistakes, message time-out.
4., provide comrade data readback functions.
5., provide send pcap file functions.
6., GOOSE message edition interface is provided, user can freely edit GOOSE message, and send institute by certain rule
The message of editor.
MMS client communicates
MMS client mainly to the MMS communication of the intelligent apparatus such as protection, observing and controlling, oscillograph test, need this equipment as
Client sends out reading device parameter, definite value, telemetry value, remote signalling value, pressing plate, the information such as report, and can change device parameter, determine
The device datas such as value, soft pressing plate.
While considering the MMS data of calling routine, the function of sending MMS data customizations is needed, is usually had following several
Kind:
1., simulation modification definite value mistake flow.
2., analog signal involution, the remote control mistake such as recording flow.
3., the flow of simulation soft pressing plate modification mistake.
Embodiment 2：
Intelligent substation automated testing method, as shown in figure 3, including：
Step S1：Relay protection test use-case is set, and the test parameter of relay protection test use-case is associated with protection definite value；
Step S2：The protection definite value for being tested protective relaying device is obtained, test parameter is obtained based on protection definite value and is based on
Test parameter sets relay protection test use-case；
Step S3：According to set relay protection test case driving relay protection tester output test voltage and
Test electric current；
Step S4：The action message for being tested protective relaying device is read, test result is generated based on action message.
In one embodiment, the tested protective relaying device of different model is provided with multiple relay protections
Test case；Described to obtain test parameter based on protection definite value, the protection definite value that is based on obtains test parameter and based on test
Parameter setting relay protection test use-case includes：It obtains and is tested protective relaying device model, selected according to relay protector model
Relay protection test use-case corresponding with relay protection model obtains test parameter, according to test parameter based on protection definite value
Set the relay protection test use-case of selection.
In one embodiment, the test case is set with different failures, is generated according to the failure of setting corresponding
SMV messages and GOOSE message, and SMV messages and GOOSE message are sent to tested protective relaying device.
It should be noted that herein, relational terms such as first and second and the like are used merely to a reality
Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation
In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to
Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those
Element, but also include other elements that are not explicitly listed, or further include for this process, method, article or equipment
Intrinsic element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that
There is also other identical elements in process, method, article or equipment including the element.
The above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although with reference to the foregoing embodiments
Invention is explained in detail, it will be understood by those of ordinary skill in the art that：It still can be to aforementioned each implementation
Technical solution recorded in example is modified or equivalent replacement of some of the technical features；And these modification or
It replaces, the spirit and scope for various embodiments of the present invention technical solution that it does not separate the essence of the corresponding technical solution.
Claims (10)
1. intelligent substation automatization test system, for being connected with relay-protection tester and tested protective relaying device,
It is characterised in that it includes：
Test template module, for being stored with relay protection test use-case；
Test case setting module is obtained the protection definite value for being tested protective relaying device, and is protected based on protection definite value setting relay
Protect test case；
Control module, for exporting test voltage according to the relay protection test case driving relay protection tester set
With test electric current；
Test result generation module, the action message for reading tested protective relaying device generate test based on action message
As a result.
2. intelligent substation automatization test system as described in claim 1, which is characterized in that the test template module is used
In the tested protective relaying device for different model, multiple relay protection test use-cases are set；It is described to be based on protection definite value
Setting relay protection test use-case includes：Obtain and be tested protective relaying device model, and according to the selection of relay protector model with
The corresponding relay protection test use-case of relay protection model, and used according to the relay protection test for protecting definite value to set selection
Example.
3. intelligent substation automatization test system as described in claim 1, which is characterized in that the relay protection test is used
The test parameter of example is associated with protection definite value, described to include based on protection definite value setting relay protection test use-case：According to protection
Definite value obtains test parameter associated with it, and setting relay protection test use-case is generated according to test.
4. intelligent substation automatization test system as described in claim 1, which is characterized in that the test case is set with
Different failures generates corresponding SMV messages and GOOSE message according to the failure of setting, and by SMV messages and GOOSE message
It is sent to tested protective relaying device.
5. intelligent substation automatization test system as described in claim 1, which is characterized in that system by MMS interface with
Tested protective relaying device, which is established, to be communicated to connect and obtains the protection definite value.
6. intelligent substation automatization test system as described in claim 1, which is characterized in that described based on action message life
Include at test result：Based on action message, obtain relay be tested protective relaying device action, it is described action include adjust,
It overlaps or accelerates motion afterwards；Judge whether action error meets sets requirement and actuation time whether in setting range, with
And whether action logic correct, if action error meet sets requirement and actuation time in setting range and action logic just
Really, then judge that tested protective relaying device is normal, otherwise judge that measured relay protective device is abnormal.
7. intelligent substation automatization test system as described in claim 1, which is characterized in that the test case sets mould
Block obtains the I CD files of measured relay protective device, and the protection for obtaining based on I CD files measured relay protective device is fixed
Value.
8. intelligent substation automated testing method, which is characterized in that including：
Relay protection test use-case is set, and the test parameter of relay protection test use-case is associated with protection definite value；
The protection definite value for being tested protective relaying device is obtained, test parameter is obtained based on protection definite value and is set based on test parameter
Relay protection test use-case；
According to the relay protection test case driving relay protection tester output test voltage and test electric current set；
The action message for being tested protective relaying device is read, test result is generated based on action message.
9. intelligent substation automated testing method as described in claim 1, which is characterized in that for the tested of different model
Protective relaying device is provided with multiple relay protection test use-cases；It is described that test parameter is obtained based on protection definite value, it is described
Test parameter is obtained based on protection definite value and includes based on test parameter setting relay protection test use-case：It obtains and is tested relay guarantor
Protection unit model selects relay protection test use-case corresponding with relay protection model according to relay protector model, is based on
It protects definite value to obtain test parameter, the relay protection test use-case of selection is set according to test parameter.
10. intelligent substation automated testing method as described in claim 1, which is characterized in that the test case setting
There is different failures, corresponding SMV messages and GOOSE message is generated according to the failure of setting, and SMV messages and GOOSE are reported
Text is sent to tested protective relaying device.
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