CN109494878A - A kind of intelligence check and method of disposal based on electric power monitoring system blended data - Google Patents
A kind of intelligence check and method of disposal based on electric power monitoring system blended data Download PDFInfo
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Abstract
The intelligence based on electric power monitoring system blended data that the invention discloses a kind of is checked and method of disposal, study the data call relationship between each system application of electric power monitoring system, the data relationship between each system application, advanced application is analyzed, the data source relational tree of electric power monitoring system, network security management system is formed；Analyze electric power monitoring system data acquisition information, including information such as telemetering, remote signalling, remote control and alarms, the standardization process of data source change is formed, the present invention realizes the functions such as process is realized automatically, process intelligently generates, result actively differentiates, abnormal Real-time Alarm in dispatching automation O&M, debugging process.
Description
Technical field
The present invention relates to the dispatching automation debugging technique fields of electric power monitoring system, in particular to a kind of to be supervised based on electric power
The intelligence for controlling System Admixture Data is checked and method of disposal.
Background technique
Electric power monitoring system detects for real-time data acquisition, the switch state of dispatching automation and long-range control provides base
Plinth platform, major function have telemetering, remote signalling, remote control and communication etc..But in actual operation, dispatching automation debugs work
Work is related to that each system, equipment are numerous, and the importance of especially secondary security protection is outstanding day by day, and the access of network security management system must not
It can lack.Debugging efforts are cumbersome simultaneously, cannot judge and position rapidly when something goes wrong.
Summary of the invention
The intelligence based on electric power monitoring system blended data that the purpose of the present invention is to provide a kind of is checked and method of disposal,
The data call relationship between each system application of electric power monitoring system is studied, the number between each system application, advanced application is analyzed
According to relationship, the data source relational tree of electric power monitoring system, network security management system is formed；Analysis electric power monitoring system data are adopted
Collect the information such as information, including telemetering, remote signalling, remote control and alarm, the standardization process of data source change is formed, in dispatching automation
The functions such as process is realized automatically, process intelligently generates, result actively differentiates, abnormal Real-time Alarm are realized in O&M, debugging process.
In order to achieve the above object, the invention is realized by the following technical scheme:
It is a kind of in electric power monitoring system blended data intelligence check and method of disposal, include following procedure:
Intelligent check and disposition are carried out to the telemetry in the master of Automation of Electric Systems, plant stand joint debugging, include: operation
Intelligence is checked and treatment procedures, and by comparing, whether multiplex telemetering data are consistent and whether data transmission period meets
It is required that judge whether telemetry passes through；
And/or intelligent check and disposition, packet are carried out to the remote signalling data in the master of Automation of Electric Systems, plant stand joint debugging
Contain: operation intelligence is checked and treatment procedures, and whether confirmation remote signalling point number is consistent with remote signalling ID, and obtains main in electric power monitoring system
It stands all initial remote signalling states that should adopt equipment in side, is stored in for subsequent comparison and analysis in database, and before obtaining main website side
The message data that data and plant stand side are uploaded by longitudinal encryption in machine is set, remote signalling Bitwise is compared and whether point number is consistent,
To judge whether remote signalling parameter evidence passes through；
And/or intelligent check and disposition, packet are carried out to the remote-control data in the master of Automation of Electric Systems, plant stand joint debugging
Contain: operation intelligence is checked and treatment procedures, and whether confirmation remote control point number and remote control ID are consistent, and obtains main in electric power monitoring system
It stands all initial remote signalling states that should adopt equipment in side, is stored in database for subsequent comparison and analysis, and is preset by being remotely controlled
And after executing, the message data that data and plant stand side are uploaded by longitudinal encryption in the front end processor of main website side is obtained, remote signalling is compared and becomes
Whether position state and point number are consistent, to judge whether remote-control data passes through.
Preferably, intelligent check and disposition are carried out to the remote signalling data in the master of Automation of Electric Systems, plant stand joint debugging
In the process, it further includes:
S1, operation intelligence is checked and treatment procedures；
S2, the message translation data that real-time telemetry data and plant stand in front end processor upload are read, recording real-time data refreshes
Time and Quality Codes；
S3, when detecting that channel or message upload data and have refreshing, then compare whether multiplex telemetering data one are shown
And channel telemetry and message data it is whether consistent: when data error≤1%, then generate normal data report, illustrate to adjust
It pinged；As data error > 1%, if then channel is exited at this time, generates warning information or be not that channel is exited at this time
But data transmission period is greater than 4s and then generates warning information, and generates abnormal data report, illustrates that debugging does not pass through；
S4, after normal data report and abnormal data report are integrated into complete comparing report, journey is continued to execute
Sequence detects whether the variation transmission of other telemetering amounts, if so, continuing step S1, circulation is carried out, until completing all telemeterings
The check and disposition of data, enter step S5；
S5, final comparison report is uploaded to work station, analyzes and handle for automatically working personnel.
Preferably, intelligent check and disposition are carried out to the remote signalling data in the master of Automation of Electric Systems, plant stand joint debugging
In the process, it further includes:
T1, operation intelligence is checked and treatment procedures；
Whether T2, confirmation remote signalling point number and remote signalling ID correspond and correctly: if so, T3 is entered step, if it is not, generating different
Constant it was reported that；
T3, obtain electric power monitoring system in all initial remote signalling states that should adopt equipment in main website side, be stored in database in
For subsequent comparison and analysis；
T4, the initial remote signalling data that the initial remote signalling state and the plant stand side that obtain in the step S3 upload is compared
Compared with: if the two original state is consistent, enter step T5；If the two original state is inconsistent, analysis is the original that channel is exited
Cause or other reasons, and generate abnormal data report；
T5, the message data that data and plant stand side are uploaded by longitudinal encryption in the front end processor of main website side is obtained, compares remote signalling
Whether Bitwise is consistent with point number: if so, generating normal data report；If it is not, then generating abnormal data report；
T6, after normal data report and abnormal data report are integrated into complete comparing report, journey is continued to execute
Sequence detects whether the variation transmission of other remote signalling amounts, if so, continuing step T1, circulation is carried out, until completing all remote signalling
The check and disposition of amount, enter step T7；
T7, final comparison report are uploaded to work station, analyze and handle for automatically working personnel.
Preferably, it is further included in the step T5:
If remote signalling Bitwise and point number are inconsistent, judge whether main website side multichannel remote signalling displacement is consistent: if so,
Then generate abnormal data report；If it is not, then continuing to judge to conjugate whether remote signalling data is error signal, if remote signalling displacement data are to miss
Signal then generates abnormal data report, if remote signalling displacement data are not error signals, judge whether it is that channel is exited, finally will
Abnormal data report is written in comparison result.
Preferably, intelligent check and disposition are carried out to the remote-control data in the master of Automation of Electric Systems, plant stand joint debugging
In the process, it further includes:
P1, operation intelligence is checked and treatment procedures；
P2, it reads parameter and confirms whether remote control point number and remote control ID correspond and correctly, if so, entering step
P3, if it is not, generating abnormal data report；
P3, obtain electric power monitoring system in all initial remote signalling states that should adopt equipment in main website side, be stored in database in
For subsequent comparison and analysis；
P4, the initial remote signalling data that the initial remote signalling state and the plant stand side that obtain in the step P3 upload is compared
Compared with entering step P5 if original state is consistent；If original state is inconsistent, analysis be the reason of channel is exited or its
His reason generates abnormal data report；
P5, remote control is preset and executes: after remote control is preset and runs succeeded, P6 is entered step, when remote control is preset and executes
At failure, then assert it is that channel is exited and generates abnormal data report；
P6, the message data that data and plant stand side are uploaded by longitudinal encryption in the front end processor of main website side is obtained, compares remote signalling
Whether Bitwise is consistent with point number: if (1) consistent, generating normal data report；(2) if it is inconsistent, generating different
Constant it was reported that；
P7, after normal data report and abnormal data report are integrated into complete comparing report, journey is continued to execute
Sequence, detects whether the variation transmission of other remote control amounts, if so, continuing step P1, until last all channels have all been remotely controlled
Bi Hou enters step P8；
P8, final comparison report is uploaded to work station, analyzes and handle for automatically working personnel.
Preferably, it is further included in the step P6:
When comparing remote signalling Bitwise and point number is inconsistent, judge whether that remote control dislocation occurs: if judging result is distant
Control dislocation then generates abnormal data report；If judging result is not remote control dislocation, at this point, if conjugating the time is greater than 10s,
Abnormal data report is generated to continue to analyse whether that reason is exited in channel, will finally analyze knot if the displacement time is not more than 10s
Abnormal data report is written in fruit.
Preferably, anti-interference mechanism is introduced in the step P6, it is accidentally distant to prevent channel switching or configuration error from generating
Control.
Compared with prior art, the invention has the benefit that the present invention by combing data between correlation and
Sequentially, judge the integrality and correctness of data in automation O&M and debugging process, form electric power monitoring system data source and become
Standardization process more realizes that O&M and the automatic realization of debugging process, process intelligently generate, result actively differentiates, abnormal real
When alarm etc. functions.
Detailed description of the invention
Fig. 1 intelligence of the invention based on electric power monitoring system blended data is checked and the signal for the treatment of procedures network structure
Figure；
The intelligence of telemetry is checked and disposal process in the master of Automation of Electric Systems Fig. 2 of the invention, plant stand joint debugging
Schematic diagram；
In the master of Automation of Electric Systems of the invention Fig. 3 of the invention, plant stand joint debugging the intelligence of remote signalling data check and
Disposal process schematic diagram；
In the master of Automation of Electric Systems of the invention Fig. 4 of the invention, plant stand joint debugging the intelligence of remote-control data check and
Disposal process schematic diagram；
Multichannel remote signalling data Fig. 5 of the invention compares schematic diagram.
Specific embodiment
In order to keep the present invention more obvious and easy to understand, the present invention is done furtherly below in conjunction with the drawings and specific embodiments
It is bright.
As shown in Figure 1, the intelligence of the invention based on electric power monitoring system blended data is checked and method of disposal passes through electricity
Power monitoring system data analysis (data acquisition information includes the information such as telemetering, remote signalling, remote control and alarm) and network security management
Syslog analysis forms the data source relational tree of electric power monitoring system, network security management system.Main website, power supply company side electricity
Power monitoring system uses D5000 system as technical support, by the various ways such as RTU and computer communication to real-time, history
It is acquired and handles with alarm data, realize the monitoring and control to electric power monitoring system real-time running state.Network security
Supervising platform runs on the safe area II using C/S framework, and disposes acquisition module in the acquisition device in the area I, II, main website, and acquisition comes
From operation information, operation information and the warning information of safety equipment, host equipment and the network equipment in electric power monitoring system,
And uniformly summarize acquisition data to the area II Platform Server, showed by man-machine work station concentration.
Meanwhile on the basis of the analysis of electric power monitoring system data and network security management system log analysis, research electricity
The Automatic implementation of power monitoring system debugging process and the information and network security management system for studying electric power monitoring system
The coordinated scheme aimed at day in three distant function debugging automatic sequences controls, realized in dispatching automation O&M, debugging efforts
The functions such as Cheng Zidong is realized, process intelligently generates, result actively differentiates, abnormal Real-time Alarm.The plant stand side report that the present invention obtains
Text, is the data message transmitted by longitudinal encryption device, and the message format and data content of network supervision platform are lower single orders
The primary study content of section.Network security supervising platform can save as txt text document to specification monitoring result, define its portion
Cellular is as follows: [time] transmission direction (measures type): (data type, data amount check, transmission are former for message source code and parsing
Cause, point number, value)；Such as:
[10 11:10:50 2018 of Wed Oct] sends (telemetering): 685A3ED16802 0D < data type: short floating-point
Number>0A<data amount check: 10>03000100<transmission reason: being sent in active>104000AC30B64000<15:5.693>；
[10 11:10:51 2018 of Wed Oct] sends (remote signalling): 01 < data type of 68160E000A00: single-point letter
Breath>03<data amount check: 3>0,300 0100<transmission reason: being sent in active>01000001<1:1>02000001<2:1>
03000001<3:1>；
[10 11:10:51 2018 of Wed Oct] sends (remote control): 680E12000E00 2E < data type: two point life
Enable>01<data amount check: 1>0,600 0100<transmission reason: activation>01000081<1:1>.
Embodiment one:
Telemetering, that is, distant place measurement, is transmitted to remote main website layer for the close-in measurement value of substation level to realize long distance
Technology from measurement.Telemetry is generally divided into short floating-point number and normalized value.
As shown in Fig. 2, telemetering ID is to automatically generate, therefore only need manual entry point number, and guarantee with plant stand end one
Cause property.If inconsistent, because of the uniqueness of telemetering ID and point number, can by software program judge generate alarm, the later period by
Manual intervention.For telemetry, data transmission channel is divided into special line channel and data Netcom road, therefore it is required that different logical
The data error that road transmits is no more than 1%, while data transmission period should not exceed 4s.
From the foregoing, it will be observed that the intelligence of telemetry is checked and is located in the master of Automation of Electric Systems of the invention, plant stand joint debugging
It is specific as follows to set method:
S1, the operation intelligence of the invention based on electric power monitoring system blended data is checked and treatment procedures.
S2, software program read parameter (the message translation number that real time data and plant stand upload i.e. in reading front end processor first
According to), recording real-time data refresh time and Quality Codes.
S3, when detecting that channel or message upload data and have refreshing, then compare whether multiplex telemetering data one are shown
And channel telemetry and message data it is whether consistent: generate data report 1 if consistent (i.e. data error≤1% when),
I.e. by comparison result write-in normal data report, illustrates that this telemetry is debugged and pass through；If inconsistent (i.e. data error
When > 1%) if then at this time channel exit and generate warning information or be not channel exit but data transmission period be greater than
4s then generates warning information, and record point number, telemetering ID, Refresh Data time, numerical value, Quality Codes etc., data report 2 is generated,
I.e. by comparison result write-in abnormal data report, illustrates that this telemetry is debugged and do not pass through.
S4, normal data report (data report 1, qualified comparison report) and abnormal data are reported (data report 2,
Underproof comparison report) be integrated into complete comparing report after, continue to execute program, detected whether other telemetering amounts
Variation transmission, if so, continuing step S1, circulation is carried out, until the check and disposition of all telemetries are completed, into step
Rapid S5.
S5, final comparison report is uploaded to work station, analyzes and handle for automatically working personnel.
Embodiment two:
Remote signalling, that is, distant place status signal gives the status signal Long Distant Transmit of the equipment of substation level to main website side.Remote signalling
State generally uses binary number " 0 " and " 1 ", represents state " dividing " (exiting) and " conjunction " (investment).For displacement remote signalling state, together
The being consistent property of data and synchronism, data transmission period that sample requires different channel transfers to come should not exceed 3s.It conjugates distant
Letter data divides position signal and protection signal again, and program can be by time series, the judgement of remote signalling ID and remote signalling point number, automatically
Discriminant classification, while meeting different remote signalling displacement conditions.
Wherein, in obtaining displacement remote signalling state procedure, present invention introduces anti-interference mechanism, because in practical debugging process
In, plant stand end is possible to carry out other electrical tests, to prevent generating interference to debugging process.Anti-interference mechanism is a plurality of distant when having
When letter displacement data upload, discriminated whether according to the accuracy of the uniqueness and sequence of event of point number and remote signalling ID
Pass through.
Shown in combining such as Fig. 3 and Fig. 5, remote signalling data in the master of the Automation of Electric Systems in the present invention, plant stand joint debugging
Intelligence is checked and method of disposal is specific as follows:
T1, the operation intelligence of the invention based on electric power monitoring system blended data is checked and treatment procedures；
Whether T2, confirmation remote signalling point number and remote signalling ID correspond and correctly: if so, T3 is entered step, if it is not, then giving birth to
At data report 2 i.e. by comparison result write-in abnormal data report.
T3, obtain electric power monitoring system in all initial remote signalling states that should adopt equipment in main website side, be stored in database in
For subsequent comparison and analysis.
T4, the initial remote signalling data that the initial remote signalling state and the plant stand side that obtain in the step S3 upload is compared
Compared with: if the two original state is consistent, enter step T5；If the two original state is inconsistent, needing to analyze is that channel is exited
The reason of or other reasons (such as substation level Equipment), if generating data report 2, i.e., for example, channel is exited
By comparison result write-in abnormal data report.
T5, the message data that data and plant stand side are uploaded by longitudinal encryption in the front end processor of main website side is obtained, compares remote signalling
Whether Bitwise is consistent with point number: if (1) consistent, generating data report 1, i.e., normal data report is written in comparison result
It accuses；(2) if it is inconsistent, continuing to judge whether main website side multichannel remote signalling displacement is consistent, (i) if it is data stand-off error
Reason then generates data report 2, i.e., by comparison result write-in abnormal data report, (ii) is former if not data stand-off error
Cause then judges to conjugate whether remote signalling data is that error signal (specifically includes: being error signal when remote signalling conjugates data, then generate data
Report 2, i.e., by comparison result write-in abnormal data report；It is not error signal when remote signalling conjugates data, then judges whether to be channel
It exits, finally by the report of comparison result write-in abnormal data).
T6, after normal data report and abnormal data report are integrated into complete comparing report, journey is continued to execute
Sequence detects whether the variation transmission of other remote signalling amounts, if so, continuing step T1, circulation is carried out, until completing all remote signalling
The check and disposition of amount, enter step T7.
T7, final comparison report are uploaded to work station, analyze and handle for automatically working personnel.
Embodiment three:
Remote control is distant place control, it is from main website side transmitting order to lower levels to realize the operation to substation level remote device.It is distant
Control step is generally divided into preset remote control, remote control execution, is remotely controlled and returns to school.Remote control command has " dividing " and " conjunction ", uses binary zero respectively
" 1 " represents.Remote control result is embodied with remote signalling state, so anti-interference mechanism has also been introduced in remote control process.
Meanwhile remote signalling table and digital control table triggering respective switch whether remote control, channel switching or configuration in order to prevent
Mistake, which generates, to be accidentally remotely controlled, and is equally introduced anti-interference mechanism, is established preposition remote signalling by remote signalling table and define table and downlink remote information
The strong relationship of one-to-one correspondence between table.
As shown in Fig. 4 and Fig. 5 combination, it is remotely controlled preset and execution as a result, being returned to school by remote control to analyze, influences result
It is exited or other reasons (such as substation level Equipment) because being known as channel.The remote signalling state displacement time is general in remote control process
No more than 10s, the being consistent property of data and synchronism that different channel transfers come are also required that, while remote control request difference is logical
The switching in road is debugged, can it is all should adopt equipment remote-control after the completion of, switch different channels investment states, then batch is suitable again
Sequence remote control.Distinct device is remotely controlled time interval, and the present invention is set as 70s, it is contemplated that the time that channel transfer and equipment execute is abundant
Amount.
In remote control process, can be returned to school according to remote control with remote signalling displacement differentiates whether remote control succeeds.For example, preset fault
Three times, a warning information is generated；Mistake of returning to school executes failure three times, generates a warning information；Remote signalling Bitwise is not
Unanimously, a warning information is generated；By automatically switching channel module, the intelligent order switching in five channels is realized.
From the foregoing, it will be observed that the intelligence of remote-control data is checked and is located in the master of Automation of Electric Systems of the invention, plant stand joint debugging
It is specific as follows to set method:
P1, the operation intelligence of the invention based on electric power monitoring system blended data is checked and treatment procedures；
P2, software program read parameter first, and whether confirmation remote control point number and remote control ID correspond and correctly, if so,
P3 is then entered step, if it is not, data report 2 is generated, by comparison result write-in abnormal data report.
P3, obtain electric power monitoring system in all initial remote signalling states that should adopt equipment in main website side, be stored in database in
For subsequent comparison and analysis.
P4, the initial remote signalling data that the initial remote signalling state and the plant stand side that obtain in the step P3 upload is compared
Compared with entering step P5 if original state is consistent；If original state is inconsistent, analysis be the reason of channel is exited or its
His reason (such as substation level Equipment), if generating data report 2, i.e., writing comparison result for example, channel is exited
Enter abnormal data report.
P5, remote control is preset and executes: after remote control is preset and runs succeeded, P6 is entered step, when remote control is preset and executes
At failure, it is concluded that channel is exited and generates data report 2, i.e., by comparison result write-in abnormal data report.
P6, the message data that data and plant stand side are uploaded by longitudinal encryption in the front end processor of main website side is obtained, compares remote signalling
Whether Bitwise is consistent with point number: if (1) consistent, generating data report 1 and normal data report is written in comparison result
It accuses；(2) if it is inconsistent, continuing to determine whether that remote control dislocation occurs, (2-1) is generated if judging result is remote control dislocation
Data report 2, i.e., by comparison result write-in abnormal data report；(2-2) if judging result be not remote control dislocation, at this point, if
The time is conjugated greater than 10s, then generates data report 2, i.e., by comparison result write-in abnormal data report, if the displacement time is little
In 10s, then continue to analyse whether that reason is exited in channel, will finally analyze result write-in abnormal data report.
P7, after normal data report and abnormal data report are integrated into complete comparing report, journey is continued to execute
Sequence, detects whether the variation transmission of other remote control amounts, if so, continuing step P1, until last all channels have all been remotely controlled
Bi Hou enters step P8.
P8, final comparison report is uploaded to work station, analyzes and handle for automatically working personnel.
It is discussed in detail although the contents of the present invention have passed through above preferred embodiment, but it should be appreciated that above-mentioned
Description is not considered as limitation of the present invention.After those skilled in the art have read above content, for of the invention
A variety of modifications and substitutions all will be apparent.Therefore, protection scope of the present invention should be limited to the appended claims.
Claims (7)
1. a kind of intelligence based on electric power monitoring system blended data is checked and method of disposal, which is characterized in that this method includes
Following procedure:
Intelligent check and disposition are carried out to the telemetry in the master of Automation of Electric Systems, plant stand joint debugging, include: operation intelligence
It checks and treatment procedures, by comparing, whether multiplex telemetering data are consistent and whether data transmission period meets and want
It asks, to judge whether telemetry passes through；
And/or intelligent check and disposition are carried out to the remote signalling data in the master of Automation of Electric Systems, plant stand joint debugging, include: fortune
Row intelligence is checked and treatment procedures, and whether confirmation remote signalling point number is consistent with remote signalling ID, and obtains main website side in electric power monitoring system
All initial remote signalling states that should adopt equipment are stored in for subsequent comparison and analysis in database, and obtain main website side front end processor
The message data that middle data and plant stand side are uploaded by longitudinal encryption, compares remote signalling Bitwise and whether point number is consistent, to
Judge whether remote signalling parameter evidence passes through；
And/or intelligent check and disposition are carried out to the remote-control data in the master of Automation of Electric Systems, plant stand joint debugging, include: fortune
Row intelligence is checked and treatment procedures, and whether confirmation remote control point number and remote control ID are consistent, and obtain main website side in electric power monitoring system
All initial remote signalling states that should adopt equipment are stored in database for subsequent comparison and analysis, and by being remotely controlled preset and holding
After row, the message data that data and plant stand side are uploaded by longitudinal encryption in the front end processor of main website side is obtained, remote signalling is compared and conjugates shape
Whether state is consistent with point number, to judge whether remote-control data passes through.
2. the intelligence based on electric power monitoring system blended data is checked as described in claim 1 and method of disposal, feature exist
In,
During carrying out intelligent check and disposition to the remote signalling data in the master of Automation of Electric Systems, plant stand joint debugging, into one
Step includes:
S1, operation intelligence is checked and treatment procedures；
S2, the message translation data that real-time telemetry data and plant stand in front end processor upload, recording real-time data refresh time are read
And Quality Codes；
S3, when detecting that channel or message upload data and have refreshing, then it is whether consistent and logical to compare multiplex telemetering data
Whether road telemetry is consistent with message data: when data error≤1%, then generating normal data report, illustrates that debugging is logical
It crosses；As data error > 1%, if then channel is exited at this time, generates warning information or be not that channel is exited still at this time
Data transmission period is greater than 4s and then generates warning information, and generates abnormal data report, illustrates that debugging does not pass through；
S4, after normal data report and abnormal data report are integrated into complete comparing report, program is continued to execute, is examined
Whether have the variation of other telemetering amounts transmit, if so, continuing step S1, circulation is carried out if surveying, until completing all telemetries
Check and disposition, enter step S5；
S5, final comparison report is uploaded to work station, analyzes and handle for automatically working personnel.
3. the intelligence based on electric power monitoring system blended data is checked as described in claim 1 and method of disposal, feature exist
In,
During carrying out intelligent check and disposition to the remote signalling data in the master of Automation of Electric Systems, plant stand joint debugging, into one
Step includes:
T1, operation intelligence is checked and treatment procedures；
Whether T2, confirmation remote signalling point number and remote signalling ID correspond and correctly: if so, T3 is entered step, if it is not, generating abnormal number
It was reported that；
T3, all initial remote signalling states that should adopt equipment in main website side in electric power monitoring system are obtained, be stored in database for rear
It is continuous to compare and analyze；
T4, the initial remote signalling state obtained in the step S3 is compared with the initial remote signalling data that plant stand side uploads: if
The two original state is consistent, then enters step T5；If the two original state is inconsistent, analysis be the reason of channel is exited or
Other reasons, and generate abnormal data report；
T5, the message data that data and plant stand side are uploaded by longitudinal encryption in the front end processor of main website side is obtained, compares remote signalling displacement
Whether state is consistent with point number: if so, generating normal data report；If it is not, then generating abnormal data report；
T6, after normal data report and abnormal data report are integrated into complete comparing report, program is continued to execute, is examined
Whether have the variation of other remote signalling amounts transmit, if so, continuing step T1, circulation is carried out if surveying, until completing all remote signalling amounts
It checks and disposes, enter step T7；
T7, final comparison report are uploaded to work station, analyze and handle for automatically working personnel.
4. the intelligence based on electric power monitoring system blended data is checked as claimed in claim 3 and method of disposal, feature exist
In,
It is further included in the step T5:
If remote signalling Bitwise and point number are inconsistent, judge whether main website side multichannel remote signalling displacement is consistent: if so, raw
It is reported at abnormal data；If it is not, then continuing to judge to conjugate whether remote signalling data is error signal, if remote signalling displacement data are accidentally to believe
Number, then abnormal data report is generated, if remote signalling displacement data are not error signals, judge whether it is that channel is exited, will finally compare
To result write-in abnormal data report.
5. the intelligence based on electric power monitoring system blended data is checked as described in claim 1 and method of disposal, feature exist
In,
During carrying out intelligent check and disposition to the remote-control data in the master of Automation of Electric Systems, plant stand joint debugging, into one
Step includes:
P1, operation intelligence is checked and treatment procedures；
P2, it reads parameter and confirms whether remote control point number and remote control ID correspond and correctly, if so, P3 is entered step, if
It is no, generate abnormal data report；
P3, all initial remote signalling states that should adopt equipment in main website side in electric power monitoring system are obtained, be stored in database for rear
It is continuous to compare and analyze；
P4, the initial remote signalling state obtained in the step P3 is compared with the initial remote signalling data that plant stand side uploads, if
Original state is consistent, then enters step P5；If original state is inconsistent, analysis is the reason of channel is exited or other are former
Cause generates abnormal data report；
P5, remote control is preset and executes: after remote control is preset and runs succeeded, P6 is entered step, when remote control is preset and executes into mistake
It loses, then assert it is that channel is exited and generates abnormal data report；
P6, the message data that data and plant stand side are uploaded by longitudinal encryption in the front end processor of main website side is obtained, compares remote signalling displacement
Whether state is consistent with point number: if (1) consistent, generating normal data report；
(2) if it is inconsistent, generating abnormal data report；
P7, after normal data report and abnormal data report are integrated into complete comparing report, program is continued to execute, is examined
Whether survey has the variation of other remote control amounts to transmit, if so, continue step P1, until after last all channels are all remotely controlled,
Enter step P8；
P8, final comparison report is uploaded to work station, analyzes and handle for automatically working personnel.
6. the intelligence based on electric power monitoring system blended data is checked as claimed in claim 5 and method of disposal, feature exist
In,
It is further included in the step P6:
When comparing remote signalling Bitwise and point number is inconsistent, judge whether that remote control dislocation occurs: if judging result is wrong for remote control
Position then generates abnormal data report；If judging result is not remote control dislocation, at this point, being generated if the displacement time is greater than 10s
Abnormal data report continues to analyse whether that reason is exited in channel, will finally analyze result if the displacement time is not more than 10s
Abnormal data report is written.
7. such as the intelligence check and method of disposal described in claim 5 or 6 based on electric power monitoring system blended data, feature
It is,
Anti-interference mechanism is introduced in the step P6, to prevent channel from switching or configuration error generation accidentally remote control.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110009885A (en) * | 2019-04-08 | 2019-07-12 | 郑州轨道交通信息技术研究院 | A kind of method of real-time system alarm false alarm prevention |
| CN110531724A (en) * | 2019-09-17 | 2019-12-03 | 国网辽宁省电力有限公司辽阳供电公司 | A kind of automatic sample definition method of telemetering based on smart grid Dispatching Control System |
| CN112579628A (en) * | 2020-12-07 | 2021-03-30 | 国网四川省电力公司天府新区供电公司 | Power monitoring information autonomous checking system and method |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104850581A (en) * | 2015-04-09 | 2015-08-19 | 国电南瑞科技股份有限公司 | Multi-source data verification method for power dispatching automation system |
| CN107612998A (en) * | 2017-09-19 | 2018-01-19 | 国电南瑞科技股份有限公司 | A kind of transformer station's telemechanical forwarding remote data nucleus correcting system and method |
| CN108322374A (en) * | 2018-02-28 | 2018-07-24 | 国电南瑞科技股份有限公司 | A kind of boss station monitoring information check method based on wide-area services bus |
-
2018
- 2018-12-10 CN CN201811503966.1A patent/CN109494878A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104850581A (en) * | 2015-04-09 | 2015-08-19 | 国电南瑞科技股份有限公司 | Multi-source data verification method for power dispatching automation system |
| CN107612998A (en) * | 2017-09-19 | 2018-01-19 | 国电南瑞科技股份有限公司 | A kind of transformer station's telemechanical forwarding remote data nucleus correcting system and method |
| CN108322374A (en) * | 2018-02-28 | 2018-07-24 | 国电南瑞科技股份有限公司 | A kind of boss station monitoring information check method based on wide-area services bus |
Non-Patent Citations (1)
| Title |
|---|
| 陆承宇等: "智能变电站远动信息快速校核方法", 《电力系统保护与控制》 * |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110009885A (en) * | 2019-04-08 | 2019-07-12 | 郑州轨道交通信息技术研究院 | A kind of method of real-time system alarm false alarm prevention |
| CN110531724A (en) * | 2019-09-17 | 2019-12-03 | 国网辽宁省电力有限公司辽阳供电公司 | A kind of automatic sample definition method of telemetering based on smart grid Dispatching Control System |
| CN112579628A (en) * | 2020-12-07 | 2021-03-30 | 国网四川省电力公司天府新区供电公司 | Power monitoring information autonomous checking system and method |
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