CN117559631A - Debugging method and system for power distribution automation master station and power distribution terminal - Google Patents
Debugging method and system for power distribution automation master station and power distribution terminal Download PDFInfo
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Abstract
The application discloses a debugging method and system for a power distribution automation master station and a power distribution terminal, mainly relates to the technical field of power distribution terminal debugging, and is used for solving the problems that the existing debugging process between the power distribution terminal and the power distribution automation master station needs manual participation, and time and labor are consumed and the error rate is large. Comprising the following steps: the power distribution automation master station is enabled to acquire a parameter file uploaded by a power distribution terminal; based on the authentication information in the parameter file, the authentication of the power distribution terminal is completed; after successful authentication, monitoring data corresponding to the power distribution terminal are obtained, a debugging task list is generated, and the debugging task list is sent to the joint debugging device; based on the monitoring data in the debugging task sheet, generating debugging request information and sending the debugging request information to a power distribution automation master station, acquiring terminal data in a power distribution terminal to test the terminal data, acquiring a test result and sending the test result to a joint debugging device; and generating a test report containing the debugging request information, the debugging result and the terminal data.
Description
Technical Field
The application relates to the technical field of power distribution terminal debugging, in particular to a debugging method and system for a power distribution automation master station and a power distribution terminal.
Background
With the continuous promotion of the construction of the distribution network system of the electric power system and the practical function, the higher and higher requirements are put forward on the distribution network management system. The distribution network management system is a management information system widely applied to power resource management at present, and a power distribution automation main Station (SCADA) system and a power distribution network Geographic Information System (GIS) are two important subsystems, so that real-time monitoring and operation management of the distribution network are completed together. The integration, mutual support and data sharing of the two determine the overall performance of the distribution network management system to a great extent. The power distribution automation master station is used for automatically managing power distribution terminals of power grid equipment, so that the operation reliability of a power distribution system is improved, early warning and self-healing of accidents are realized, the working efficiency is improved, and a system platform of an economic operation target is achieved. The terminal of the power distribution automation master station is a power distribution terminal of the power grid equipment.
The traditional terminal access system is realized by manually debugging the terminal access and transmitting a three-remote information point list through a serial port of field communication, a unified data model is not available, the terminals are lack of necessary relevance, the distribution area of the distribution terminal is wide, the debugging between the distribution terminal and a distribution automation master station needs to trigger actions by inputting analog quantity one by one according to signal definition through dialing telephone calls of field personnel, and then master station personnel observe the master station system reaction and give out the result of whether signal change is normal or not.
Disclosure of Invention
Aiming at the defects in the prior art, the application provides a debugging method and system for a power distribution automation master station and a power distribution terminal, so as to solve the problems that the existing debugging process between the power distribution terminal and the power distribution automation master station needs manual participation, and the problems of time consumption, labor consumption and high error rate exist.
In a first aspect, the present application provides a method for debugging a power distribution automation master station and a power distribution terminal, the method comprising: establishing a communication link between the joint debugging device and the power distribution automation master station based on IEC 104 protocol; the method comprises the steps that a parameter file pushing request uploaded by a tested power distribution terminal is obtained through a joint debugging device and is sent to a power distribution automation master station, so that the power distribution automation master station obtains the parameter file uploaded by the power distribution terminal; based on the authentication information in the parameter file, the authentication of the power distribution terminal is completed; after successful authentication, monitoring data corresponding to the power distribution terminal are obtained from a power distribution automation master station, a debugging task sheet corresponding to the monitoring data is generated and sent to a joint debugging device; the monitoring data at least comprises a remote signaling point, a remote sensing point, a time-setting remote signaling X point and a fixed value calling remote signaling X point; when a command for starting the joint debugging task is obtained, generating debugging request information based on monitoring data in a debugging task list and sending the debugging request information to a power distribution automation master station, so that the power distribution automation master station obtains terminal data in a power distribution terminal based on the debugging request information to test the terminal data, and obtaining a test result and sending the test result to the joint debugging device; after the distribution automation master station completes debugging terminal data in the distribution terminal, a test report containing debugging request information, a debugging result and the terminal data is generated, and the test report is sent to the joint debugging device.
Further, after establishing the joint debugging device communication link with the power distribution automation master station, the method further comprises: when no data interaction of the communication link in the preset communication time is detected, the communication link is detected through a heartbeat message, so that abnormal alarm information is sent to the preset maintenance terminal when the communication link is detected to be interrupted or no response data in the preset response time is detected.
Further, the authentication information in the parameter file at least includes device identification information and device status information; based on the authentication information in the parameter file, the authentication of the power distribution terminal is completed, and the method specifically comprises the following steps: retrieving equipment identification information in the power distribution automation master station, and returning failure information to the joint debugging device when the equipment identification information does not exist; when the equipment identification information exists, checking the equipment state information; and if the equipment state information check meets the preset state condition, the authentication of the power distribution terminal is successful, otherwise, failure information is returned to the joint debugging device.
Further, the debug request information includes remote signaling test request information; based on the monitoring data in the debugging task sheet, generating debugging request information and sending the debugging request information to the distribution automation master station, so that the distribution automation master station obtains terminal data in a distribution terminal based on the debugging request information to test the terminal data, obtains a test result and sends the test result to the joint debugging device, and the method specifically comprises the following steps: based on remote signaling points in the debugging task sheet, acquiring remote signaling messages between a power distribution automation master station and a power distribution terminal about the remote signaling points; acquiring remote signaling points and test separation and combination information corresponding to the remote signaling messages to generate remote signaling test request information and sending the remote signaling test request information to a distribution automation master station; acquiring remote signaling displacement information corresponding to a remote signaling point of a power distribution terminal through a power distribution automation main station; when the remote signaling deflection information is consistent with the remote signaling point and the test separation and combination information in the remote signaling test request information, generating a remote control message containing a successful information debugging result, and sending the remote control message to the joint debugging device; when the remote signaling deflection information corresponding to the power distribution terminal is inconsistent or not acquired, a remote control message containing a failure information debugging result is generated and sent to the joint debugging device.
Further, the debug request information includes telemetry test request information; based on the monitoring data in the debugging task sheet, generating debugging request information and sending the debugging request information to the distribution automation master station, so that the distribution automation master station obtains terminal data in a distribution terminal based on the debugging request information to test the terminal data, obtains a test result and sends the test result to the joint debugging device, and the method specifically comprises the following steps: based on the remote measurement points in the debugging task sheet, acquiring remote measurement messages between the power distribution automation master station and the power distribution terminal about the remote measurement points; acquiring a remote point corresponding to the remote message and test telemetry expected data to generate telemetry test request information and send the telemetry test request information to a power distribution automation master station; acquiring telemetry change information corresponding to telemetry points of a power distribution terminal through a power distribution automation master station; when the telemetry change information is consistent with the telemetry point and the test telemetry expected data, generating a remote control message containing successful information debugging results to the joint debugging device; when the remote measurement change information corresponding to the power distribution terminal is inconsistent or not acquired, a remote control message containing the failure information debugging result is generated and sent to the joint debugging device.
Further, the debug request information includes remote control test request information; based on the monitoring data in the debugging task sheet, generating debugging request information and sending the debugging request information to the distribution automation master station, so that the distribution automation master station obtains terminal data in a distribution terminal based on the debugging request information to test the terminal data, obtains a test result and sends the test result to the joint debugging device, and the method specifically comprises the following steps: based on remote control points in the debugging task sheet, obtaining remote signaling messages corresponding to the remote control points between the power distribution automation master station and the power distribution terminal; acquiring remote control points and test switching information corresponding to the remote signaling message to generate remote control test request information and sending the remote control test request information to a power distribution automation master station; when the power distribution automation master station receives remote control test request information, a control instruction corresponding to the test switching information is sent to the power distribution terminal, and adjusted switching information uploaded by the power distribution terminal is obtained; when the test switching information is consistent with the switching information after adjustment, generating a remote control message containing a successful information debugging result to the joint debugging device; when the adjustment is inconsistent or the split information is not obtained, generating a remote control message containing the failure information debugging result, and sending the remote control message to the joint debugging device.
Further, the debugging request information comprises time synchronization remote signaling X point testing request information; based on the monitoring data in the debugging task sheet, generating debugging request information and sending the debugging request information to the distribution automation master station, so that the distribution automation master station obtains terminal data in a distribution terminal based on the debugging request information to test the terminal data, obtains a test result and sends the test result to the joint debugging device, and the method specifically comprises the following steps: based on the time synchronization remote signaling X point in the debugging task sheet, generating time synchronization remote signaling X point test request information containing the time synchronization remote signaling X point, and sending the time synchronization remote signaling X point test request information to a power distribution automation master station; when the power distribution automation master station receives the time synchronization remote signaling X point test request information, the power distribution automation master station sends a time synchronization message to a power distribution terminal so as to obtain the return time corresponding to the power distribution terminal; when the return time falls into a preset return interval, generating a remote control message containing a successful information debugging result to the joint debugging device; when the return time does not fall into a preset return time or the return time corresponding to the power distribution terminal is not obtained, a remote control message containing the failure information debugging result is generated and sent to the joint debugging device.
Further, the debugging request information comprises fixed-value calling remote signaling X point testing request information; based on the monitoring data in the debugging task sheet, generating debugging request information and sending the debugging request information to the distribution automation master station, so that the distribution automation master station obtains terminal data in a distribution terminal based on the debugging request information to test the terminal data, obtains a test result and sends the test result to the joint debugging device, and the method specifically comprises the following steps: based on the fixed value in the debugging task list, the remote signaling X point is called, fixed value called remote signaling X point testing request information is generated, and the fixed value called remote signaling X point testing request information is sent to the distribution automation master station; when a distribution automation master station receives fixed-value calling remote signaling X-point test request information, a first fixed-value calling message is sent to a distribution terminal so as to obtain first calling data uploaded by the distribution terminal; acquiring modified call data based on a preset modification rule, and returning the modified call data to the power distribution terminal; sending a second fixed value recall message to the power distribution terminal to obtain uploaded second recall data; when the second calling data is consistent with the modified calling data, returning the first calling data to the power distribution terminal; then, a third fixed value calling message is sent to the power distribution terminal so as to obtain uploaded third calling data; when the third calling data is consistent with the first calling data, generating a remote control message containing a successful information debugging result to the joint debugging device; otherwise, generating a remote control message containing the failure information debugging result and sending the remote control message to the joint debugging device.
Further, the method further comprises: when the joint debugging device receives the debugging stop instruction, the joint debugging device immediately empties the debugging request information buffer to be sent, and sends the response stop instruction as the last message to the power distribution automation master station.
In a second aspect, the present application provides a commissioning system for a power distribution automation master station and a power distribution terminal, the system comprising: the building module is used for building a communication link between the joint debugging device and the power distribution automation master station based on an IEC 104 protocol; the uploading module is used for acquiring a parameter file pushing request uploaded by the tested power distribution terminal through the joint debugging device and sending the parameter file pushing request to the power distribution automation master station so that the power distribution automation master station acquires the parameter file uploaded by the power distribution terminal; the task list sending module is used for completing authentication of the power distribution terminal based on authentication information in the parameter file; after successful authentication, monitoring data corresponding to the power distribution terminal are obtained from a power distribution automation master station, a debugging task sheet corresponding to the monitoring data is generated and sent to a joint debugging device; the monitoring data at least comprises a remote signaling point, a remote sensing point, a time-setting remote signaling X point and a fixed value calling remote signaling X point; the transmission result module is used for generating debugging request information based on monitoring data in the debugging task list and transmitting the debugging request information to the distribution automation master station when the instruction for starting the joint debugging task is obtained, so that the distribution automation master station obtains terminal data in a distribution terminal based on the debugging request information to test the terminal data, and a test result is obtained and transmitted to the joint debugging device; and the sending report module is used for generating a test report containing debugging request information, a debugging result and terminal data after the power distribution automation master station completes debugging the terminal data in the power distribution terminal, and sending the test report to the joint debugging device.
As can be appreciated by those skilled in the art, the present application has at least the following beneficial effects:
the utility model provides a debugging method and system for distribution automation master station and distribution terminal, after the joint debugging device sent survey distribution terminal parameter file propelling movement request, distribution automation master station accomplished distribution terminal's authentication in distribution automation master station, and distribution automation master station obtains the monitor data that the distribution terminal corresponds, generates the debugging task list that monitor data corresponds to make joint debugging device carry out the debugging control of monitor data according to the debugging task list. The method realizes automatic debugging, reduces the problems of acceptance errors, complex workload and the like when telephone comparison data information is manually carried out, improves the working efficiency of terminal debugging, saves time and labor, and improves the safety and the automation degree of power distribution terminal debugging.
Drawings
Some embodiments of the present disclosure are described below with reference to the accompanying drawings, in which:
fig. 1 is a flowchart of a debugging method for a power distribution automation master station and a power distribution terminal according to an embodiment of the present application.
Fig. 2 is a schematic diagram of an internal structure of a debug system for a power distribution automation master station and a power distribution terminal according to an embodiment of the present application.
Detailed Description
It should be understood by those skilled in the art that the embodiments described below are only preferred embodiments of the present disclosure, and do not represent that the present disclosure can be realized only by the preferred embodiments, which are merely for explaining the technical principles of the present disclosure, not for limiting the scope of the present disclosure. Based on the preferred embodiments provided by the present disclosure, all other embodiments that may be obtained by one of ordinary skill in the art without inventive effort shall still fall within the scope of the present disclosure.
It should also be noted that the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising one … …" does not exclude the presence of other like elements in a process, method, article or apparatus that comprises an element.
The following describes in detail the technical solution proposed in the embodiments of the present application through the accompanying drawings.
The embodiment of the application provides a debugging method for a power distribution automation master station and a power distribution terminal, as shown in fig. 1, the method mainly comprises the following steps:
step 110, establishing a communication link between the joint debugging device and the power distribution automation master station based on the IEC 104 protocol.
The IEC 104 protocol is an international standard widely used in industries such as electric power and urban rail transit, and the specific content of the IEC 104 protocol is not limited in this application.
In addition, after establishing the joint debugging device and the power distribution automation master station communication link, the application can detect whether the communication link runs normally or not, and the detection process can be specifically as follows: when no data interaction of the communication link in the preset communication time is detected, the communication link is detected through a heartbeat message, so that abnormal alarm information is sent to the preset maintenance terminal when the communication link is detected to be interrupted or no response data in the preset response time is detected.
And 120, acquiring a parameter file pushing request uploaded by the tested power distribution terminal through the joint debugging device, and transmitting the parameter file pushing request to the power distribution automation master station so that the power distribution automation master station acquires the parameter file uploaded by the power distribution terminal.
It should be noted that, the parameter file pushing request is request data for requesting the distribution automation master station to obtain the parameter file uploaded by the distribution terminal, and the specific content thereof can be determined by those skilled in the art according to actual situations.
130, based on authentication information in the parameter file, completing authentication of the power distribution terminal; after the authentication is successful, monitoring data corresponding to the power distribution terminal are obtained from the power distribution automation master station, a debugging task sheet corresponding to the monitoring data is generated, and the debugging task sheet is sent to the joint debugging device.
It should be noted that, the authentication information of the parameter file at least includes equipment identification information and equipment status information; the equipment identification information at least comprises a debug terminal ID, an IP address and the like, and the equipment state information at least comprises automatic joint debugging data, hanging debug card data, online data, matching data of a tested power distribution terminal binding joint debugging device, a user name password and the like.
In the step, based on the authentication information in the parameter file, the authentication of the power distribution terminal is completed, which may be specifically:
retrieving equipment identification information in the power distribution automation master station, and returning failure information to the joint debugging device when the equipment identification information does not exist; when the equipment identification information exists, checking the equipment state information; and if the equipment state information check meets the preset state condition, the authentication of the power distribution terminal is successful, otherwise, failure information is returned to the joint debugging device.
It should be noted that, the preset state condition may be specifically that: the specific contents corresponding to the automatic joint debugging data, the hanging debugging card data, the online data, the monitoring data of the tested power distribution terminal binding joint debugging device and the user name password in the equipment state information are as follows: the system can automatically connect the debugging cards, is normally on line, and is matched with the tested power distribution terminal binding connection debugging device, and the user name and password are correct.
The debug task list can use xlsx format, and the debug task list name can be the tested power distribution terminal id+taskList. According to the monitoring data at least comprising a remote signaling point, a remote control point, a time-setting remote signaling X point and a fixed value calling remote signaling X point, task types in a debugging task list can be divided into: remote signaling type, telemetry type, remote control point type, time-setting remote signaling X point type and fixed value calling remote signaling X point type. In addition, the debugging task sheet can also comprise description data or debugging values corresponding to the power distribution terminal. The specific contents of different description modes and debugging values of the distribution terminal corresponding to the distribution terminal and describing the data extension at different intervals can be determined by the person skilled in the art.
And 140, when the instruction for starting the joint debugging task is obtained, generating debugging request information based on the monitoring data in the debugging task list and sending the debugging request information to the distribution automation master station, so that the distribution automation master station obtains terminal data in a distribution terminal based on the debugging request information to test the terminal data, and obtaining a test result and sending the test result to the joint debugging device.
It should be noted that, the instruction for starting the joint debugging task may be triggered manually. The joint debugging device is provided with a corresponding manual trigger button.
As an example, the debug request information includes telemetry test request information; the method comprises the following steps:
based on remote signaling points in the debugging task sheet, acquiring remote signaling messages between a power distribution automation master station and a power distribution terminal about the remote signaling points; acquiring remote signaling points and test separation and combination information corresponding to the remote signaling messages to generate remote signaling test request information and sending the remote signaling test request information to a distribution automation master station; acquiring remote signaling displacement information corresponding to a remote signaling point of a power distribution terminal through a power distribution automation main station; when the remote signaling deflection information is consistent with the remote signaling point and the test separation and combination information in the remote signaling test request information, generating a remote control message containing a successful information debugging result, and sending the remote control message to the joint debugging device; when the remote signaling deflection information corresponding to the power distribution terminal is inconsistent or not acquired, a remote control message containing a failure information debugging result is generated and sent to the joint debugging device.
It should be noted that, the judgment basis of "the remote signaling deflection information corresponding to the power distribution terminal is not obtained" may be that the remote signaling deflection information corresponding to the power distribution terminal is not obtained in the preset first obtaining period. In addition, the specific data corresponding to the preset first acquisition time period can be determined by a person skilled in the art according to the actual requirement, for example, 60s.
As an example two, the debug request information includes telemetry test request information; the method comprises the following steps:
based on the remote measurement points in the debugging task sheet, acquiring remote measurement messages between the power distribution automation master station and the power distribution terminal about the remote measurement points; acquiring a remote point corresponding to the remote message and test telemetry expected data to generate telemetry test request information and send the telemetry test request information to a power distribution automation master station; acquiring telemetry change information corresponding to telemetry points of a power distribution terminal through a power distribution automation master station; when the telemetry change information is consistent with the telemetry point and the test telemetry expected data, generating a remote control message containing successful information debugging results to the joint debugging device; when the remote measurement change information corresponding to the power distribution terminal is inconsistent or not acquired, a remote control message containing the failure information debugging result is generated and sent to the joint debugging device.
It should be noted that, the judgment basis of "the telemetry change information corresponding to the power distribution terminal is not acquired" herein may be a preset second acquisition period, and the telemetry change information corresponding to the power distribution terminal is not acquired in the preset second acquisition period. In addition, the specific data corresponding to the preset second acquisition time period can be determined by a person skilled in the art according to the actual requirement, for example, 60s.
As an example three, the debug request information includes remote control test request information; the method comprises the following steps:
based on remote control points in the debugging task sheet, obtaining remote signaling messages corresponding to the remote control points between the power distribution automation master station and the power distribution terminal; acquiring remote control points and test switching information corresponding to the remote signaling message to generate remote control test request information and sending the remote control test request information to a power distribution automation master station; when the power distribution automation master station receives remote control test request information, a control instruction corresponding to the test switching information is sent to the power distribution terminal, and adjusted switching information uploaded by the power distribution terminal is obtained; when the test switching information is consistent with the switching information after adjustment, generating a remote control message containing a successful information debugging result to the joint debugging device; when the adjustment is inconsistent or the split information is not obtained, generating a remote control message containing the failure information debugging result, and sending the remote control message to the joint debugging device.
It should be noted that, the judgment basis of "the information of the split and the combination after not obtaining the adjustment" herein may be a preset third obtaining period, and the information of the split and the combination after not obtaining the adjustment is not obtained in the preset third obtaining period. In addition, the specific data corresponding to the preset third acquisition time period can be determined by a person skilled in the art according to the actual requirement, for example, 60s.
As an example four, the debug request information includes time-remote signaling X-point test request information; the method comprises the following steps:
based on the time synchronization remote signaling X point in the debugging task sheet, generating time synchronization remote signaling X point test request information containing the time synchronization remote signaling X point, and sending the time synchronization remote signaling X point test request information to a power distribution automation master station; when the power distribution automation master station receives the time synchronization remote signaling X point test request information, the power distribution automation master station sends a time synchronization message to a power distribution terminal so as to obtain the return time corresponding to the power distribution terminal; when the return time falls into a preset return interval, generating a remote control message containing a successful information debugging result to the joint debugging device; when the return time does not fall into a preset return time or the return time corresponding to the power distribution terminal is not obtained, a remote control message containing the failure information debugging result is generated and sent to the joint debugging device.
The specific numerical value of X is determined by a point value manually configured in advance in the power distribution automation master station, and the specific content of X is not limited in the present application. The judgment basis of the "obtain return time corresponding to the power distribution terminal" here may be a preset fourth acquisition period, and the return time corresponding to the "obtain power distribution terminal" is not obtained in the preset second acquisition period. In addition, the specific data corresponding to the preset fourth acquisition time period can be determined by a person skilled in the art according to the actual requirement, for example, 60s.
As an example five, the debug request information includes fixed-value call remote signaling X-point test request information; the method comprises the following steps:
based on the fixed value in the debugging task list, the remote signaling X point is called, fixed value called remote signaling X point testing request information is generated, and the fixed value called remote signaling X point testing request information is sent to the distribution automation master station; when a distribution automation master station receives fixed-value calling remote signaling X-point test request information, a first fixed-value calling message is sent to a distribution terminal so as to obtain first calling data uploaded by the distribution terminal; acquiring modified call data based on a preset modification rule, and returning the modified call data to the power distribution terminal; sending a second fixed value recall message to the power distribution terminal to obtain uploaded second recall data; when the second calling data is consistent with the modified calling data, returning the first calling data to the power distribution terminal; then, a third fixed value calling message is sent to the power distribution terminal so as to obtain uploaded third calling data; when the third calling data is consistent with the first calling data, generating a remote control message containing a successful information debugging result to the joint debugging device; otherwise, generating a remote control message containing the failure information debugging result and sending the remote control message to the joint debugging device.
The specific numerical value of X is determined by a point value manually configured in advance in the power distribution automation master station, and the specific content of X is not limited in the present application. The preset modification rule may be any feasible rule capable of modifying the first call data, for example, modifying the first character in the first call data to 0.
And 150, after the distribution automation master station completes debugging the terminal data in the distribution terminal, generating a test report containing the debugging request information, the debugging result and the terminal data, and sending the test report to the joint debugging device.
It should be noted that, the specific format of the test report may be determined by those skilled in the art according to the requirements of the electric company.
In addition, the method can control the joint debugging device to stop the whole joint debugging process, and can specifically,
when the joint debugging device receives the debugging stop instruction, the joint debugging device immediately empties the debugging request information buffer to be sent, and sends the response stop instruction as the last message to the power distribution automation master station.
It should be noted that, the receiving condition of the debug stop instruction may be that a preset stop key in the external issuing or joint debugging device is triggered.
In addition, fig. 2 is a debug system for a power distribution automation master station and a power distribution terminal according to an embodiment of the present application. As shown in fig. 2, the system provided in the embodiment of the present application mainly includes:
an establishment module 210 in the system establishes a joint debugging device communication link with the power distribution automation master station based on the IEC 104 protocol.
It should be noted that, the establishing module 210 may be any feasible device or apparatus capable of establishing a communication link between the joint debugging device and the power distribution automation master station.
The uploading module 220 in the system obtains the parameter file pushing request uploaded by the tested power distribution terminal through the joint debugging device and sends the parameter file pushing request to the power distribution automation master station, so that the power distribution automation master station obtains the parameter file uploaded by the power distribution terminal.
It should be noted that, the uploading module 220 may be any feasible device or apparatus capable of performing data scheduling to enable the power distribution automation master station to obtain the parameter file uploaded by the power distribution terminal.
The sending task list module 230 in the system completes the authentication of the power distribution terminal based on the authentication information in the parameter file; after the authentication is successful, monitoring data corresponding to the power distribution terminal are obtained from the power distribution automation master station, a debugging task sheet corresponding to the monitoring data is generated, and the debugging task sheet is sent to the joint debugging device.
It should be noted that, the task sheet sending module 230 may be any feasible device or apparatus capable of controlling the power distribution automation master station to perform authentication of the power distribution terminal, so as to obtain monitoring data corresponding to the power distribution terminal from the power distribution automation master station, and generate a debug task sheet corresponding to the monitoring data. In addition, the monitoring data at least comprises a remote signaling point, a remote control point and a remote control point.
When the transmission result module 240 in the system obtains the instruction for starting the joint debugging task, based on the monitoring data in the debugging task list, debugging request information is generated and transmitted to the distribution automation master station, so that the distribution automation master station obtains terminal data in the distribution terminal based on the debugging request information, tests the terminal data, obtains a test result and transmits the test result to the joint debugging device.
It should be noted that, the transmission result module 240 may be any feasible device or apparatus capable of obtaining a test result of terminal data in the power distribution terminal.
The sending report module 250 in the system generates a test report including the debugging request information, the debugging result and the terminal data after the distribution automation master station completes debugging the terminal data in the distribution terminal, and sends the test report to the joint debugging device.
It should be noted that, the sending report module 250 may be any feasible device or apparatus capable of generating a test report and sending the test report to the joint debugging apparatus.
Thus far, the technical solution of the present disclosure has been described in connection with the foregoing embodiments, but it is easily understood by those skilled in the art that the protective scope of the present disclosure is not limited to only these specific embodiments. The technical solutions in the above embodiments may be split and combined by those skilled in the art without departing from the technical principles of the present disclosure, and equivalent modifications or substitutions may be made to related technical features, which all fall within the scope of the present disclosure.
Claims (10)
1. A method for commissioning a power distribution automation master station and a power distribution terminal, the method comprising:
establishing a communication link between the joint debugging device and the power distribution automation master station based on IEC 104 protocol;
the method comprises the steps that a parameter file pushing request uploaded by a tested power distribution terminal is obtained through a joint debugging device and is sent to a power distribution automation master station, so that the power distribution automation master station obtains the parameter file uploaded by the power distribution terminal;
based on the authentication information in the parameter file, the authentication of the power distribution terminal is completed; after successful authentication, monitoring data corresponding to the power distribution terminal are obtained from a power distribution automation master station, a debugging task sheet corresponding to the monitoring data is generated and sent to a joint debugging device; the monitoring data at least comprises a remote signaling point, a remote sensing point, a time-setting remote signaling X point and a fixed value calling remote signaling X point;
when a command for starting the joint debugging task is obtained, generating debugging request information based on monitoring data in a debugging task list and sending the debugging request information to a power distribution automation master station, so that the power distribution automation master station obtains terminal data in a power distribution terminal based on the debugging request information to test the terminal data, and obtaining a test result and sending the test result to the joint debugging device;
after the distribution automation master station completes debugging terminal data in the distribution terminal, a test report containing debugging request information, a debugging result and the terminal data is generated, and the test report is sent to the joint debugging device.
2. The commissioning method for a power distribution automation master station and a power distribution terminal of claim 1, wherein after establishing a joint tone device and power distribution automation master station communication link, the method further comprises:
when no data interaction of the communication link in the preset communication time is detected, the communication link is detected through a heartbeat message, so that abnormal alarm information is sent to the preset maintenance terminal when the communication link is detected to be interrupted or no response data in the preset response time is detected.
3. The method for commissioning a power distribution automation master station and a power distribution terminal of claim 1, wherein the authentication information in the parameter file comprises at least device identification information and device status information;
based on the authentication information in the parameter file, the authentication of the power distribution terminal is completed, and the method specifically comprises the following steps:
retrieving equipment identification information in the power distribution automation master station, and returning failure information to the joint debugging device when the equipment identification information does not exist;
when the equipment identification information exists, checking the equipment state information; and if the equipment state information check meets the preset state condition, the authentication of the power distribution terminal is successful, otherwise, failure information is returned to the joint debugging device.
4. The debugging method for a power distribution automation master station and a power distribution terminal of claim 1, wherein the debugging request information comprises a telemetry test request information;
based on the monitoring data in the debugging task sheet, generating debugging request information and sending the debugging request information to the distribution automation master station, so that the distribution automation master station obtains terminal data in a distribution terminal based on the debugging request information to test the terminal data, obtains a test result and sends the test result to the joint debugging device, and the method specifically comprises the following steps:
based on remote signaling points in the debugging task sheet, acquiring remote signaling messages between a power distribution automation master station and a power distribution terminal about the remote signaling points;
acquiring remote signaling points and test separation and combination information corresponding to the remote signaling messages to generate remote signaling test request information and sending the remote signaling test request information to a distribution automation master station;
acquiring remote signaling displacement information corresponding to a remote signaling point of a power distribution terminal through a power distribution automation main station;
when the remote signaling deflection information is consistent with the remote signaling point and the test separation and combination information in the remote signaling test request information, generating a remote control message containing a successful information debugging result, and sending the remote control message to the joint debugging device;
when the remote signaling deflection information corresponding to the power distribution terminal is inconsistent or not acquired, a remote control message containing a failure information debugging result is generated and sent to the joint debugging device.
5. The commissioning method for a power distribution automation master station and a power distribution terminal of claim 1, wherein the commissioning request information comprises telemetry test request information;
based on the monitoring data in the debugging task sheet, generating debugging request information and sending the debugging request information to the distribution automation master station, so that the distribution automation master station obtains terminal data in a distribution terminal based on the debugging request information to test the terminal data, obtains a test result and sends the test result to the joint debugging device, and the method specifically comprises the following steps:
based on the remote measurement points in the debugging task sheet, acquiring remote measurement messages between the power distribution automation master station and the power distribution terminal about the remote measurement points;
acquiring a remote point corresponding to the remote message and test telemetry expected data to generate telemetry test request information and send the telemetry test request information to a power distribution automation master station;
acquiring telemetry change information corresponding to telemetry points of a power distribution terminal through a power distribution automation master station; when the telemetry change information is consistent with the telemetry point and the test telemetry expected data, generating a remote control message containing successful information debugging results to the joint debugging device;
when the remote measurement change information corresponding to the power distribution terminal is inconsistent or not acquired, a remote control message containing the failure information debugging result is generated and sent to the joint debugging device.
6. The commissioning method for a power distribution automation master station and a power distribution terminal of claim 1, wherein,
the debugging request information comprises remote control test request information;
based on the monitoring data in the debugging task sheet, generating debugging request information and sending the debugging request information to the distribution automation master station, so that the distribution automation master station obtains terminal data in a distribution terminal based on the debugging request information to test the terminal data, obtains a test result and sends the test result to the joint debugging device, and the method specifically comprises the following steps:
based on remote control points in the debugging task sheet, obtaining remote signaling messages corresponding to the remote control points between the power distribution automation master station and the power distribution terminal;
acquiring remote control points and test switching information corresponding to the remote signaling message to generate remote control test request information and sending the remote control test request information to a power distribution automation master station;
when the power distribution automation master station receives remote control test request information, a control instruction corresponding to the test switching information is sent to the power distribution terminal, and adjusted switching information uploaded by the power distribution terminal is obtained; when the test switching information is consistent with the switching information after adjustment, generating a remote control message containing a successful information debugging result to the joint debugging device; when the adjustment is inconsistent or the split information is not obtained, generating a remote control message containing the failure information debugging result, and sending the remote control message to the joint debugging device.
7. The debugging method for a power distribution automation master station and a power distribution terminal of claim 1, wherein the debugging request information comprises time-remote signaling X-point testing request information;
based on the monitoring data in the debugging task sheet, generating debugging request information and sending the debugging request information to the distribution automation master station, so that the distribution automation master station obtains terminal data in a distribution terminal based on the debugging request information to test the terminal data, obtains a test result and sends the test result to the joint debugging device, and the method specifically comprises the following steps:
based on the time synchronization remote signaling X point in the debugging task sheet, generating time synchronization remote signaling X point test request information containing the time synchronization remote signaling X point, and sending the time synchronization remote signaling X point test request information to a power distribution automation master station;
when the power distribution automation master station receives the time synchronization remote signaling X point test request information, the power distribution automation master station sends a time synchronization message to a power distribution terminal so as to obtain the return time corresponding to the power distribution terminal; when the return time falls into a preset return interval, generating a remote control message containing a successful information debugging result to the joint debugging device;
when the return time does not fall into a preset return time or the return time corresponding to the power distribution terminal is not obtained, a remote control message containing the failure information debugging result is generated and sent to the joint debugging device.
8. The debugging method for a power distribution automation master station and a power distribution terminal according to claim 1, wherein the debugging request information comprises fixed-value calling remote signaling X-point testing request information;
based on the monitoring data in the debugging task sheet, generating debugging request information and sending the debugging request information to the distribution automation master station, so that the distribution automation master station obtains terminal data in a distribution terminal based on the debugging request information to test the terminal data, obtains a test result and sends the test result to the joint debugging device, and the method specifically comprises the following steps:
based on the fixed value in the debugging task list, the remote signaling X point is called, fixed value called remote signaling X point testing request information is generated, and the fixed value called remote signaling X point testing request information is sent to the distribution automation master station;
when a distribution automation master station receives fixed-value calling remote signaling X-point test request information, a first fixed-value calling message is sent to a distribution terminal so as to obtain first calling data uploaded by the distribution terminal; acquiring modified call data based on a preset modification rule, and returning the modified call data to the power distribution terminal; sending a second fixed value recall message to the power distribution terminal to obtain uploaded second recall data; when the second calling data is consistent with the modified calling data, returning the first calling data to the power distribution terminal; then, a third fixed value calling message is sent to the power distribution terminal so as to obtain uploaded third calling data; when the third calling data is consistent with the first calling data, generating a remote control message containing a successful information debugging result to the joint debugging device; otherwise, generating a remote control message containing the failure information debugging result and sending the remote control message to the joint debugging device.
9. The commissioning method for a power distribution automation master station and a power distribution terminal of claim 1, further comprising:
when the joint debugging device receives the debugging stop instruction, the joint debugging device immediately empties the debugging request information buffer to be sent, and sends the response stop instruction as the last message to the power distribution automation master station.
10. A commissioning system for a power distribution automation master station and a power distribution terminal, the system comprising:
the building module is used for building a communication link between the joint debugging device and the power distribution automation master station based on an IEC 104 protocol;
the uploading module is used for acquiring a parameter file pushing request uploaded by the tested power distribution terminal through the joint debugging device and sending the parameter file pushing request to the power distribution automation master station so that the power distribution automation master station acquires the parameter file uploaded by the power distribution terminal;
the task list sending module is used for completing authentication of the power distribution terminal based on authentication information in the parameter file; after successful authentication, monitoring data corresponding to the power distribution terminal are obtained from a power distribution automation master station, a debugging task sheet corresponding to the monitoring data is generated and sent to a joint debugging device; the monitoring data at least comprises a remote signaling point, a remote sensing point, a time-setting remote signaling X point and a fixed value calling remote signaling X point;
the transmission result module is used for generating debugging request information based on monitoring data in the debugging task list and transmitting the debugging request information to the distribution automation master station when the instruction for starting the joint debugging task is obtained, so that the distribution automation master station obtains terminal data in a distribution terminal based on the debugging request information to test the terminal data, and a test result is obtained and transmitted to the joint debugging device;
and the sending report module is used for generating a test report containing debugging request information, a debugging result and terminal data after the power distribution automation master station completes debugging the terminal data in the power distribution terminal, and sending the test report to the joint debugging device.
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